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Mensuration Pyq

The document outlines key concepts in mensuration, covering both 2D and 3D shapes, including triangles, quadrilaterals, and circles. It provides formulas for calculating area, perimeter, and volume, as well as special cases for various types of triangles and quadrilaterals. Additionally, it includes notes on properties of shapes and relationships between their dimensions.

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0% found this document useful (0 votes)
17 views35 pages

Mensuration Pyq

The document outlines key concepts in mensuration, covering both 2D and 3D shapes, including triangles, quadrilaterals, and circles. It provides formulas for calculating area, perimeter, and volume, as well as special cases for various types of triangles and quadrilaterals. Additionally, it includes notes on properties of shapes and relationships between their dimensions.

Uploaded by

shubhayan484
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as PDF, TXT or read online on Scribd
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬

‭●‬ ‭Height of triangle = P1+P2+P3‬ ‭Try remembering them.‬


‭Mensuration‬
‭ )‬ ‭Scalene‬ ‭Triangle‬ ‭–‬ ‭All‬ ‭sides‬ ‭will‬ ‭be‬
2 ‭QUADRILATERAL‬
‭2- D: Under 2 dimensions we will study‬ ‭unequal lengths.‬
‭●‬ ‭Triangles‬ ‭ ‬ ‭figure‬ ‭enclosed‬‭by‬‭four‬‭sides‬‭is‬‭called‬
A
‭●‬ ‭Quadrilateral‬ ‭a‬ ‭quadrilateral.‬ ‭A‬ ‭quadrilateral‬ ‭has‬ ‭four‬
‭●‬ ‭Polygons‬ ‭angles‬‭and‬‭sum‬‭of‬‭these‬‭angles‬‭is‬‭equal‬
‭●‬ ‭Circle‬ ‭to 360‬‭° ‭.‬ ‬

‭3 - D: Under 3 dimensions we will study‬ ‭Area‬ ‭=‬ ‭𝑠 ‬(‭𝑠 ‬ − ‭𝑎‬)(‭𝑠 ‬ − ‭𝑏‬)(‭𝑠 ‬ − ‭𝑐 ‬)‭,‬ ‭Special Cases:‬
‭‬
● ‭ ube
C ‬ ‭ his‬ ‭formula‬ ‭is‬ ‭called‬ ‭Heron's‬
T ‭ )‬ ‭Parallelogram‬ ‭-‬ ‭It‬ ‭is‬ ‭a‬ ‭quadrilateral‬
1
‭●‬ ‭Cuboids‬ ‭formula.‬ ‭with opposite sides parallel and equal.‬
‭●‬ ‭Box ‬ ‭Where, Semi-perimeter,‬
‭●‬ ‭Cylinder‬
‭𝑎‭‬‬+‭‬‭𝑏‭‬+
‬ ‭‬‭𝑐‬
‭●‬ ‭Prism‬ ‭𝑠 ‬‭=‬
‭2‬
‭●‬ ‭Cone‬
‭●‬ ‭Perimeter =‬‭𝑎‬ + ‭𝑏‬ + ‭𝑐 ‬
‭●‬ ‭Pyramid ‬
‭●‬ ‭Frustum‬
‭ )‬ ‭Isosceles‬ ‭Triangle‬ ‭:-‬ ‭two‬ ‭sides‬ ‭and‬
3 ‭●‬ ‭Area = base x height‬
‭●‬ ‭Sphere ‬
‭two‬‭angles‬‭are‬‭equal.‬‭Altitude‬‭bisects‬‭the‬ ‭●‬ ‭Perimeter = 2 (a + b)‬
‭●‬ ‭Hemisphere‬
‭base.‬
‭●‬ ‭Tetrahedral‬ ‭●‬
‭2‬ ‭2‬ ‭2‬
‭𝑑‬‭1‬ ‭+‬‭𝑑‬‭2‬ ‭= 2(‬‭𝑎‬ ‭+‬‭𝑏‬ ‭)‬
‭2‬

‭ ote:‬ ‭For‬‭2D‬‭figures,‬‭area‬‭and‬‭perimeter‬
N ‭●‬ I‭n‬ ‭a‬ ‭parallelogram,‬ ‭opposite‬
‭are‬‭calculated‬‭and‬‭for‬‭3D‬‭figures,‬‭volume‬ ‭sides‬‭are‬‭equal,‬‭opposite‬‭angles‬
‭and surface area are calculated.‬ ‭are‬ ‭equal‬ ‭and‬ ‭diagonals‬ ‭bisect‬
‭each other.‬
‭TWO DIMENSIONAL FIGURES‬
‭ ) Rhombus‬‭- It is a parallelogram with‬
2
‭‬
𝑏 ‭2‬ ‭2‬
‭●‬ ‭Area =‬ ‭4‬‭𝑎‬ − 𝑏
‭‬ ‭all four sides equal. The opposite angles‬
‭TRIANGLE‬ ‭4‬
‭in a rhombus are equal.‬
‭𝑏‬ ‭2‬
‭For a triangle with height, h, and base, b;‬ ‭●‬ ‭Height =‬
‭2‬
‭𝑎‬ − ( ) ‭‬
2
‭‬
1
‭Area =‬ ‭‬‭× ‬‭‬‭𝑏‬‭‬‭× ‬‭‬‭ℎ‬ ‭‬
1 ‭2‬ ‭2‬
‭2‬ ‭=‬ ‭4‬‭𝑎‬ − 𝑏
‭‬
‭2‬
‭Perimeter = Sum of all sides‬
‭●‬ ‭Perimeter =‬‭𝑎‬ + ‭𝑎‬ + ‭𝑏‬
= ‭2‬‭𝑎‬ + ‭𝑏‬
‭Special cases:‬
‭ )‬ ‭Right‬ ‭angled‬ ‭Triangle‬ ‭:-‬ ‭One‬ ‭of‬ ‭the‬
4 ‭Here, a = side;‬‭𝑑‬‭1‬ ‭and‬‭𝑑‬‭2‬ ‭are diagonals.‬
‭ )‬ ‭Equilateral‬ ‭Triangle‬ ‭-‬ ‭All‬ ‭sides‬ ‭are‬
1
‭angles is 90‬‭° ‬‭.‬
‭equal and each angle is‬‭60°‬‭.‬ ‭‬
1
‭●‬ ‭Area =‬ ‭‬ × ‭𝑑‬‭1‬ × ‭𝑑‭2‬ ‬
‭2‬
‭‬
1 ‭2‬ ‭2‬
‭●‬ ‭Side (a) =‬ ‭𝑑‭1‬ ‬ + ‭𝑑‭2‬ ‬
‭2‬
‭●‬ ‭Perimeter = 4a‬
‭2‬ ‭2‬ ‭2‬
‭●‬ ‭4‬‭𝑎‬ = ‭𝑑‬‭1‬ + ‭𝑑‬‭2‬

‭3‬ ‭2‬ ‭Diagonals bisect each other‬


‭●‬ ‭Area =‬ ‭𝑎‬
‭4‬ ‭Here, p = perpendicular , b = base and‬ ‭at right angles .‬
‭3‬ ‭h = hypotenuse‬
‭●‬ ‭Height =‬ ‭𝑎‬ ‭ )‬ ‭Trapezium‬ ‭–‬ ‭It‬‭is‬‭a‬‭quadrilateral‬‭with‬
3
‭2‬
‭‬
1 ‭one pair of opposite sides parallel.‬
‭●‬ ‭Perimeter =‬ ‭3‬‭𝑎‬ ‭●‬ ‭Area =‬ ‭‬‭× ‬‭‬‭𝑏‬‭‬‭× ‭‬‬‭𝑝‬
‭2‬
‭𝑎‬ ‭●‬ ‭Perimeter =‬‭𝑝‬ + ‭𝑏‬ + ‭ℎ‬
‭●‬ ‭Inradius(r) =‬
‭2‬ ‭3‬ ‭●‬ ‭Pythagoras Theorem:‬
‭𝑎‬ ‭2‬ ‭2‬ ‭2‬
‭●‬ ‭Circumradius(R) =‬ ‭ℎ‬ = ‭𝑝‬ + ‭𝑏‬
‭3‬
‭𝑝‬‭‬+‭‭𝑏
‬ ‭‬‬−‭‬‭ℎ‬
‭●‬ ‭Inradius(r) =‬
‭2‬
‭ ere,‬ ‭a‬ ‭and‬ ‭b‬‭are‬‭parallel‬‭sides‬‭and‬‭h‬‭is‬
H
‭‬

‭●‬ ‭Circumradius(R) =‬ ‭the‬ ‭height‬ ‭or‬ ‭perpendicular‬ ‭distance‬
‭2‬
‭between a and b.‬
‭Note:‬‭Common Pythagoras triplets:‬
‭‬
1
(‭ 1,‬‭1,‬ ‭2‬‭)‬‭;‬‭(1,‬‭2,‬ ‭5‬‭)‬‭;‬ ‭(3,‬‭4,‬‭5);‬‭(5,‬‭12,‬‭13);‬ ‭●‬ ‭Area =‬ ‭× ‬‭‬‭ℎ𝑒𝑖𝑔ℎ𝑡‬
‭2‬
‭(7, 24, 25); (20, 21, 29), (9, 40, 41);‬ × (‭𝑠 𝑢𝑚‬‭𝑜𝑓‬‭𝑝𝑎𝑟𝑎𝑙𝑙𝑒𝑙‬‭𝑠 𝑖𝑑𝑒𝑠‬)
I‭f‬ ‭P1,‬ ‭P2‬ ‭and‬ ‭P3‬ ‭are‬ ‭perpendicular‬ ‭to‬ ‭a‬ ‭(8, 15, 17) (12, 35, 37) (60, 11, 61)‬ ‭‬
1
‭side from a point inside the triangle, then‬ ‭=‬ ‭‭×
‬ ‬‭‭ℎ
‬ ‬‭‭‬‬‭× ‭‬‬(‭𝑎‬ + ‭𝑏‬)
‭(65, 72 97) (96, 110, 146).‬ ‭2‬

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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭4)‬‭Rectangle‬‭– It is a parallelogram with‬ ‭= 180‬‭° ‬ − ‭‬‭Exterior angle‬ ‭ gure has changed (increased or‬
fi
‭equal opposite sides and each angle is 90‬‭° ‬ ‭●‬ ‭Number of diagonals‬ ‭decreased) by a% then its perimeter‬
‭●‬ ‭Area = Length‬× ‭Breadth = L‬× ‭B‬ ‭𝑛(‬ ‭𝑛‬‭−
‬ ‭‭3
‬ )‬ ‭also changes by a%. In the case of a‬
‭=‬ ‭circle such changes take place‬
‭●‬ ‭Perimeter = 2 (L + B)‬ ‭2‬
‭because of the change in radius (or‬
‭2‬ ‭2‬
‭●‬ ‭Sum of all interior angles‬
‭●‬ ‭Diagonal (d) =‬ ‭𝐿‬ + ‭𝐵‬ ‭diameter).‬
‭=‬(‭𝑛‬ − ‭2)‬ ‭× 180‬
‭●‬ ‭ rea‬ ‭of‬ ‭the‬ ‭walls‬ ‭of‬ ‭a‬
A ‭5. If the area of a square is ‘a’ square‬
‭●‬ ‭Sum of all exterior angle = 360°‬ ‭unit. Then the area of the circle formed‬
‭rectangular room‬
‭with the same perimeter is given by‬
‭=‬‭2‬‭‬‭× ‬‭‬(‭𝐿‬ + ‭𝐵‬)‭‭×
‬ ‭‬‬‭𝐻‬ ‭CIRCLE‬
‭square units.‬
‭6. Area of a square inscribed in a‬
‭ )‬‭Square‬‭–‬‭It‬‭is‬‭a‬‭parallelogram‬‭with‬‭all‬
5 I‭t‬ ‭is‬ ‭a‬‭plane‬‭figure‬‭enclosed‬‭by‬‭a‬‭line‬‭on‬
‭2‬
‭four‬‭sides‬‭equal‬‭and‬‭each‬‭angle‬‭is‬‭equal‬ ‭which‬‭every‬‭point‬‭is‬‭equally‬‭distant‬‭from‬ ‭ ircle of radius ‘r’ is equal to‬‭2‬‭𝑟‬ ‭.‬
c
‭to 90‬‭° ‭.‬ ‬ ‭a fixed point (centre) inside the circle.‬ ‭7. The area of the largest triangle‬
‭inscribed in a semicircle of radius r is‬
‭2‬
‭ qual to‬‭𝑟‬ ‭.‬
e
‭8. If a pathway of width x is made inside‬
‭or outside a rectangular plot of length‬
‭L and breath B, then area of the‬
‭2‬
‭2‬ ‭2‬ ‭1‬ ‭2‬ ‭●‬ ‭Area‬= ‭π‬‭𝑟‬ ‭pathway is‬
‭●‬ ‭Area =‬(‭𝑠 𝑖𝑑𝑒‬) = ‭𝑎‬ ‭=‭‬‬ ‭2‬ ‭𝑑‬
‭●‬ ‭Circumference (perimeter )‬ ‭(i)‬ ‭2‭𝑥 ‬ ‬)‭, if path is‬
‬ ‬(‭𝐿‬ + ‭𝐵‬ + ‭2‭𝑥
‭●‬ ‭Perimeter = 4‬× ‭side = 4a‬ ‭made outside the plot‬
‭=‬‭2π‬‭𝑟‬
‭●‬ ‭Diagonal (d) = a‬ ‭2‬ ‭(ii)‬‭2‬‭𝑥‬(‭𝐿‬ + ‭𝐵‬ − ‭2‬‭𝑥‬)‭, if a path is‬
‭●‬ ‭Diameter = 2r‬
‭made inside the plot.‬
‭●‬ ‭Length of Arc (AB)‬
‭9.‬‭If‬‭two‬‭paths,‬‭each‬‭of‬‭width‬‭x‬‭are‬‭made‬
‭ OTE:‬
N ‭Important‬ ‭points‬ ‭about‬
θ ‭parallel‬ ‭to‬ ‭length‬ ‭(L)‬ ‭and‬ ‭breadth‬ ‭(B)‬ ‭of‬
‭Quadrilaterals‬ ‭=‬‭2π‬‭𝑟‬‭‬‭× ‬‭ ‬
‭360°‬ ‭the‬ ‭rectangular‬ ‭plot‬ ‭in‬‭the‬‭middle‬‭of‬‭the‬
‭●‬ ‭Area of sector AOB‬ ‭plot crossing each other, then,‬
‭1. The diagonals of a parallelogram‬
‭2‬ θ ‭Area of the path =‬‭𝑥‬(‭𝐿‬ + ‭𝐵‬ − ‭𝑥‬)
‭bisect each other.‬ ‭=‬π‭𝑟‬ ×
‭360°‬
‭2. Diagonal of a parallelogram divides it‬ ‭THREE DIMENSIONAL FIGURES‬
‭●‬ L‭ ength‬ ‭of‬‭Arc‬ ‭(AB)‬‭=‬ ‭𝑎𝑛𝑔𝑙𝑒‬ ‭×‬
‭into two triangles of equal area.‬ ‭CUBE‬
‭𝑟𝑎𝑑𝑖𝑢𝑠‬‭, (where angle in radian)‬
‭3. The diagonals of a rectangle are of‬
‭equal lengths and bisect each other.‬ ‭CIRCULAR RING‬
‭4. The diagonals of a square are equal‬
‭and bisect each other at right angles.‬
‭5. A rhombus has unequal diagonals and‬ ‭ ll‬ ‭sides‬ ‭are‬ ‭equal.‬ ‭It‬ ‭has‬‭six‬‭faces‬‭and‬
A
‭they bisect each other at right angles.‬ ‭12 edges.‬
‭3‬
‭6. A parallelogram and a rectangle have‬ ‭●‬ ‭Volume =‬‭𝑎‬
‭equal areas if they are on the same‬ ‭Here, R = radius of bigger ring ,‬ ‭●‬ ‭Total surface area = 6‬‭𝑎‬
‭2‬

‭base and between the same parallel‬ ‭r = radius of smaller ring‬


‭●‬ ‭Diagonal =‬‭𝑎‬ ‭3‬
‭2‬ ‭2‬
‭Lines.‬ ‭●‬ ‭Area =‬‭π‬(‭𝑅‬ − ‭𝑟‬ ) ‭●‬ ‭Sum of all edges = 12a‬
‭●‬ ‭ ifference‬ ‭in‬ ‭circumference‬ ‭of‬
D ‭Here, a = length of the side‬
‭REGULAR POLYGON‬ ‭both the rings =‬‭2π‬‭𝑅‬ − ‭2π‬‭𝑟‬
‭CUBOID‬
I‭n‬ ‭a‬ ‭regular‬ ‭polygon‬ ‭all‬ ‭sides‬ ‭and‬ ‭all‬ ‭Short Cut methods/Tricks‬
‭interior‬ ‭angles‬ ‭are‬ ‭equal.‬ ‭A‬ ‭polygon‬ ‭is‬
‭ ‬‭rectangular‬‭body‬‭having‬‭3D‬‭rectangular‬
A
‭called‬ ‭a‬ ‭pentagon,‬ ‭hexagon‬ ‭,‬‭heptagon‬‭,‬ ‭1. If the length and breadth of a rectangle‬ ‭shape, is called a cuboid.‬
‭octagon,‬‭nonagon‬‭and‬‭a‬‭decagon‬‭as‬‭they‬ ‭are increased by a% and b%, the area‬
‭have 5, 6, 7 , 8, 9, 10 sides, respectively.‬ ‭of the rectangle will be increased by‬
I‭f‬ ‭each‬ ‭side‬ ‭of‬ ‭a‬ ‭regular‬ ‭polygon‬ ‭of‬ ‭‘n’‬ ‭𝑎𝑏‬
‭(‬‭𝑎‬ + ‭𝑏‬‭+‬ ‭)%‬
‭sides is equal to ‘a’ then:‬ ‭100‬
‭●‬ ‭Area of regular pentagon‬ ‭2. If any of the two sides of the‬ ‭●‬ ‭Volume =‬‭𝑙‬‭‬‭× ‬‭‬‭𝑏‬‭‬‭× ‬‭‬‭ℎ‬
‭6‬.‭9‬ ‭2‬
‭rectangle is decreased then use ‘–ve’‬ ‭●‬ ‭Total surface area =‬
‭=‬ ‭× ‬‭𝑎‬ ‭values for that side.‬
‭4‬ ‭2‬(‭𝑙𝑏‬ + ‭𝑏ℎ‬ + ‭𝑙ℎ‬)
‭●‬ ‭Area of regular hexagon‬ ‭3. All the sides of any two dimensional‬
‭2‬ ‭2‬ ‭2‬
‭figure changed by a%, then its area will‬ ‭●‬ ‭Diagonal =‬ ‭𝑙‬ + ‭𝑏‬ + ‭ℎ‬
‭3‬ ‭2‬ ‭2‬
‭=‬‭6‬‭×‬ ‭𝑎‬ ‭‬
𝑎
‭4‬ ‭change by (2‬‭a‬‭+‭‬ ‬ ‭)%‬ ‭BOX‬
‭100‬
‭360°‬ ‭A box has its shape like a cube or cuboid.‬
‭●‬ ‭ ach exterior angle =‬
E ‭ henever there is a decrease, use‬
W
‭𝑛‬
‭negative value for ‘a’‬ ‭The amount that a box can hold or‬
‭●‬ ‭Each interior angle‬ ‭ . If all the sides of any two dimensional‬
4
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭contain is called the capacity of the box.‬ ‭●‬ ‭Volume of hollow cylinder‬ ‭●‬ ‭ imilarly,‬ ‭Cone‬ ‭formed‬ ‭by‬
S
‭Capacity means internal volume.‬ ‭2‬ ‭2‬ ‭rotating‬ ‭right‬ ‭angled‬ ‭triangle‬
‭=‬π(‭𝑅‬ − ‭𝑟‬ )‭ℎ‬
‭about its hypotenuse :‬
‭●‬ ‭Curved surface area‬
‭Volume of cone so formed‬
‭=‬‭2π‬(‭𝑅‬ + ‭𝑟‬)‭ℎ‬
‭ ‬ ‭2‬
1
‭●‬ ‭Total surface area‬ ‭=‬ π‭𝑟‬ ‭𝑐 ‬‭,‬‭(where‬‭r‬‭is‬‭the‬‭altitude‬
‭3‬
‭2‬ ‭2‬
‭=‬‭2π‬(‭𝑅‬ + ‭𝑟)‭
‬ ℎ‬ + ‭2π‬(‭𝑅‬ − ‭𝑟‬ ) ‭𝑎‬‭×
‬ ‭‬‭𝑏‬
‭ n hypotenuse and r =‬
o ‭)‬
‭𝑐‬
‭=‬‭2‬π(‭𝑅‬ + ‭𝑟‬){‭ℎ‬ + ‭𝑅‬ − ‭𝑟}‬
‭●‬ ‭ urface area of an open box‬
S ‭ ote:‬ ‭If‬ ‭the‬ ‭base‬ ‭is‬ ‭not‬ ‭round,‬ ‭it‬‭will‬‭be‬
N
‭=‬‭2‬‭(‬‭length‬‭+‬‭breadth‬‭)‬× ‭height‬ ‭ here,‬ ‭R‬ ‭=‬ ‭External‬ ‭radius‬ o
W ‭ f‬ ‭called‬ ‭a‬ ‭pyramid.‬ ‭A‬ ‭pyramid‬ ‭can‬ ‭have‬
‭+ length‬‭‬ × ‭‬‭breadth‬ ‭various‬ ‭shapes‬ ‭of‬ ‭the‬ ‭base‬ ‭example:‬
‭cylinder‬ ‭,‬ ‭r‬ ‭=‬ ‭internal‬ ‭radius‬ ‭of‬
‭=‬‭2(‬ ‭𝑙‬ + ‭𝑏)‭
‬ ‬‭× ‭‬‬‭ℎ‬ + ‭𝑙‬‭× ‬‭𝑏‬ ‭square, rectangular, triangular etc.‬
‭cylinder , h = height‬
‭●‬ ‭ apacity of box‬
C
‭=‬(‭𝑙‬ − ‭2‬‭𝑡)‬ ‭(‬ ‭𝑏‬ − ‭2‭𝑡‬ ‬)(‭ℎ‬ − ‭2‬‭𝑡‬)‭;‬ ‭PRISM‬ ‭PYRAMID‬
‭where, t = thickness of box‬

‭●‬ ‭ olume‬ ‭of‬ ‭the‬ ‭material‬ ‭of‬ ‭the‬


V ‭●‬ ‭Volume of prism‬ ‭●‬ ‭ yramid‬‭means‬‭a‬‭structure‬‭with‬
P
‭box‬‭=‬‭External‬‭volume‬‭–‬‭Internal‬ ‭= area of base‬× ‭height‬ ‭regular‬ ‭polygon‬‭as‬‭its‬‭base‬‭and‬
‭volume(‬ ‭or‬ ‭capacity)‬ ‭=‬ ‭sloping‬ ‭sides‬ ‭that‬ ‭meet‬ ‭in‬ ‭a‬
‭●‬ ‭ ateral‬‭surface‬‭area‬‭=‬‭Perimeter‬
L
‭𝑙𝑏ℎ‬ − (‭𝑙‬ − ‭2‬‭𝑡‬)(‭𝑏‬ − ‭2‬‭𝑡‬) ‭point at the top.‬
(‭ℎ‬ − ‭2‬‭𝑡‬) ‭of base‬× ‭height‬
‭●‬ ‭In‬‭Pyramid,‬‭with‬‭n‬‭sided‬‭regular‬
‭●‬ ‭ otal‬ ‭surface‬ ‭Area‬ ‭=‬ ‭Lateral‬
T ‭polygon‬ ‭at‬ ‭its‬ ‭base,‬ ‭total‬
‭ROOM‬ ‭surface‬‭area‬‭+‬‭area‬‭of‬‭base‬‭and‬ ‭number of vertices = n + 1‬
‭top surface‬
‭ ‬ ‭rectangular‬ ‭room‬ ‭has‬ ‭four‬ ‭walls‬
A ‭‬
1
‭●‬ ‭Volume =‬ ‭×base area × height‬
‭(surfaces)‬‭and‬‭opposite‬‭walls‬‭have‬‭equal‬ ‭3‬
‭CONE‬
‭area.‬ ‭2‬ ‭2‬
‭●‬ ‭Slant height (l) =‬ ‭𝑟‬ + ‭ℎ‬
‭●‬ ‭Total Area of walls‬
‭ ‬‭solid‬‭and‬‭round‬‭body‬‭with‬‭a‬‭round‬‭base‬
A ‭●‬ ‭Lateral surface area‬
‭=‬‭2‬(‭𝑙‬ + ‭𝑏‬)‭‬‭× ‭‬‬‭ℎ‬ ‭and pointed peak.‬ ‭𝑃𝑒𝑟𝑖𝑚𝑒𝑡𝑒𝑟‬‭‭×
‬ ‭‬‬‭𝑠𝑙𝑎𝑛𝑡‬‭‭ℎ
‬ 𝑒𝑖𝑔ℎ𝑡‬
‭●‬ ‭Total volume of the room‬ ‭=‬
‭2‬
‭=‬‭𝑙‬‭‬‭× ‬‭‬‭𝑏‬‭‬‭× ‬‭‬‭ℎ‬ ‭●‬ ‭ otal‬ ‭Surface‬ ‭area‬ ‭=‬ ‭Lateral‬
T
‭●‬ ‭Area of floor or roof =‬‭𝑙‬‭‬‭× ‬‭‬‭𝑏‬ ‭surface area + Area of base‬

‭CYLINDER‬ ‭TETRAHEDRON‬
‭‬
1
‭●‬ ‭Volume‬ ‭=‬ ‭×‬ ‭𝑏𝑎𝑠𝑒‬‭‬‭𝑎𝑟𝑒𝑎‬ ‭× ‬ I‭t‬ ‭is‬ ‭a‬ ‭3D‬ ‭figure‬ ‭made‬ ‭by‬ ‭joining‬ ‭four‬
‭3‬
‭ ‬ ‭2‬
1 ‭equilateral triangles.‬
‭height =‬ π‭𝑟‬ ‭ℎ‬
‭3‬
‭2‬ ‭2‬
‭●‬ ‭Slant height (‬‭
‭𝑙‬) =‬ ‭𝑟‬ + ‭ℎ‬
‭●‬ ‭Volume‬ ‭of‬ ‭cylinder‬ ‭=‬ ‭area‬ ‭of‬ ‭●‬ ‭Curved surface area =‬‭π‬‭𝑟𝑙‬
‭2‬ ‭2‬ ‭2‬
‭base‬× ‭height =‬π‭𝑟‬ ‭ℎ‬ = ‭π‬‭𝑟‬ ‭𝑟‬ + ‭ℎ‬ ‭●‬ ‭Volume (V)‬
‭●‬ ‭ urved‬‭surface‬‭area‬‭=‬‭Perimeter‬
C ‭2‬ ‭1‬
‭●‬ ‭ otal‬ ‭surface‬ ‭area‬ ‭=‬ ‭π‬‭𝑟𝑙‬ + ‭π‭𝑟‬ ‬
T ‭=‬ ‭3‬ ‭‬‭×‬‭‬‭𝑏𝑎𝑠𝑒‬‭‬‭𝑎𝑟𝑒𝑎‬‭‬‭×‬‭‬‭ℎ𝑒𝑖𝑔ℎ𝑡‬
‭of base‬× ‭height =‬‭2π‬‭𝑟ℎ‬
= ‭π‬‭𝑟‬(‭𝑙‬ + ‭𝑟‬)
‭●‬ ‭ otal‬ ‭surface‬ ‭Area‬ ‭=‬ ‭curved‬
T ‭‬
1 ‭3‬
‭●‬ ‭ one‬ ‭formed‬ ‭by‬ ‭rotating‬ ‭right‬
C ⇒ ‭V =‬‭ ‬ × 4‭ ‬
‭surface‬ ‭area‬ ‭+‬‭area‬‭of‬‭both‬‭the‬ ‭3‬
‭angled triangle about its height:‬
‭circles‬
‭2‬
‭=‬‭2π‬‭𝑟ℎ‬ + ‭2π‬‭𝑟‬ = ‭2π‬(‭𝑟‬ + ‭ℎ‬)‭𝑟‬
‭2‬
‭𝑎‬ × ( ‭6‬
‭12‬
‭𝑎‬ +
‭6‬
‭4‬ )
‭𝑎‬
‭●‬ ‭ hen‬ ‭the‬ ‭rectangular‬ ‭sheet‬ ‭is‬
W ‭2‬ ‭3‬
‭folded‬‭along‬‭its‬‭length,‬‭then‬‭the‬ ⇒ ‭V =‬ ‭𝑎‬ ‭(Remember this formula)‬
‭12‬
‭length‬ ‭becomes‬ ‭the‬
‭3‬ ‭2‬
‭circumference‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭●‬ ‭Lateral surface area =‬‭3‭‬‬‭× ‬ ‭a‬
‭4‬
‭the‬ ‭cylinder‬ ‭and‬ ‭breadth‬
‭●‬ ‭Volume of cone so formed‬ ‭●‬ ‭Total surface area‬
‭becomes‬ ‭the‬ ‭height‬ ‭of‬ ‭the‬
‭cylinder.‬ ‭‬
1 ‭2‬ ‭3‬ ‭2‬
‭=‬ π‭𝑏‬ ‭𝑎‬ ‭= 4 ×‬‭ ‬ ‭a‬
‭3‬ ‭4‬
‭HOLLOW CYLINDER‬ ‭●‬ ‭ imilarly,‬ ‭Cone‬ ‭formed‬ ‭by‬
S ‭6‬
‭●‬ ‭Height of Tetrahedron =‬ ‭3‬ ‭𝑎‬
‭rotating‬ ‭right‬ ‭angled‬ ‭triangle‬
‭about its base:‬
‭FRUSTUM OF CONE‬
‭Volume of cone so formed‬
‭‬
1 ‭2‬ I‭f‬ ‭a‬ ‭cone‬ ‭is‬‭cut‬‭by‬‭a‬‭plane‬‭parallel‬‭to‬‭its‬
‭=‬ π‭𝑎‬ ‭𝑏‬
‭3‬ ‭base,‬ ‭so‬ ‭as‬ ‭to‬ ‭divide‬ ‭the‬ ‭cone‬ ‭into‬ ‭two‬

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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ arts:‬‭upper‬‭part‬‭and‬‭lower‬‭part,‬‭then‬‭the‬
p ‭ .9.‬ ‭The‬ ‭inner‬ ‭and‬ ‭outer‬ ‭radii‬ ‭of‬ ‭a‬
Q
‭Variety Questions‬
‭lower part is called frustum.‬ ‭hemispherical‬ ‭wooden‬ ‭bowl‬ ‭are‬ ‭6‬ ‭cm‬
‭ .1.‬ ‭At‬ ‭what‬ ‭angle‬‭is‬‭the‬‭arc‬‭length‬‭half‬
Q ‭and‬‭8‬‭cm,‬‭respectively.‬‭Its‬‭entire‬‭surface‬
‭the perimeter of the circle?‬ ‭has‬ ‭to‬ ‭be‬ ‭polished‬ ‭and‬ ‭the‬ ‭cost‬ ‭of‬
‭SSC CGL 17/09/2024 (1st Shift)‬ ‭polishing‬ ‭π‬‭cm‬‭2‬ ‭is‬‭Rs.50.‬‭How‬‭much‬‭will‬
‭(a) 120° (b) 180° (c) 90° (d) 270°‬ ‭it cost to polish the bowl?‬
‭SSC CHSL 08/07/2024 (4th Shift)‬
‭ .2.‬‭What‬‭is‬‭the‬‭central‬‭angle‬‭of‬‭a‬‭sector‬
Q ‭(a) Rs.11,600‬ ‭(b) Rs.11,400‬
‭●‬ ‭Slant height (l)‬
‭of‬‭a‬‭circle‬‭whose‬‭area‬‭and‬‭perimeter‬‭are,‬ ‭(c) Rs.10,000‬ ‭(d) Rs.12,000‬
‭2‬ ‭2‬
‭=‬ ‭ℎ‬ + (‭𝑅‬ − ‭𝑟)‬ ‭respectively,‬‭equal‬‭to‬‭209‬‭cm‬‭2‬ ‭and‬‭63‬‭cm‬
‭ .10.‬‭Which‬‭of‬‭the‬‭following‬‭statements‬
Q
‭●‬ ‭Curved Surface Area‬ ‭if‬ ‭it‬ ‭is‬ ‭given‬ ‭that‬ ‭its‬ ‭radius‬ ‭is‬ ‭a‬
‭is INCORRECT about the circle?‬
‭non-negative‬ ‭integer‬ ‭(roundup‬ ‭to‬ ‭one‬
‭=‬π(‭𝑅‬ + ‭𝑟)‭
‬ 𝑙‬ ‭SSC CHSL 08/07/2024 (4th Shift)‬
‭decimal place) ?‬
‭●‬ ‭Total surface area‬ ‭‬
1
‭SSC CGL 10/09/2024 (3rd Shift)‬ ‭(a) The area of a sector =‬ ‭(arc length‬
‭2‬ ‭2‬ ‭2‬
‭=‬π(‭𝑅‬ + ‭𝑟)‭
‬ 𝑙‬ + ‭π‬‭𝑅‬ + ‭π‬‭𝑟‬ ‭(a) 55.5° (b) 53.5° (c) 49.5° (d) 51.5°‬ ‭× R)‬
‭2‬
‭=‬‭π‬{(‭𝑅‬ + ‭𝑟‬)‭𝑙‬ + ‭𝑅‬ + ‭𝑟‬ }
‭2‬
‭(b) The radius of an incircle of an‬
‭ .3.‬‭The‬‭area‬‭of‬‭a‬‭square‬‭is‬‭16‬‭𝑥‬‭²‬‭+‬‭40‬‭𝑥‬‭+‬
Q
‭𝑠‬
‭‬
1 ‭2‬ ‭2‬ ‭25‬‭square‬‭units.‬‭Find‬‭the‬‭perimeter‬‭of‬‭the‬ ‭equilateral triangle of side 's' is‬
‭●‬ ‭ ‭‬ ‬ ‭π‬‭h(‭
‭Volume‬ = ‬ 𝑟‬ + 𝑅
‭ ‬ + ‭𝑟𝑅‬) ‭2‬ ‭3‬
‭3‬ ‭square.‬ ‭(c) The length of an arc =‬
‭SSC CGL 10/09/2024 (3rd Shift)‬ ‭𝑐𝑒𝑛𝑡𝑟𝑎𝑙‬‭‬‭𝑎𝑛𝑔𝑙𝑒‬‭‭𝑚
‬ 𝑎𝑑𝑒‬‭‭𝑏
‬ 𝑦‬‭‭𝑡‬ ℎ𝑒‬‭‬‭𝑎𝑟𝑐‬
‭SPHERE‬ ‭(a) 3(10‬‭𝑥‬‭+ 8)‬ ‭(b) 3(8‬‭𝑥‬‭+ 10)‬ ‭× πr‬‭2‬‭.‬
‭360°‬
‭(c) 2(10‬‭𝑥‬‭+ 8)‬ ‭(d) 2(8‬‭𝑥‬‭+ 10)‬ ‭(d) Circles are congruent if they have‬
‭ ‬ ‭3‬
4 ‭same radii while similar circles may‬
‭●‬ ‭ olume of sphere =‬ π‭𝑟‬
V
‭3‬ ‭ .4.‬ ‭A‬ ‭right‬ ‭triangle‬ ‭with‬ ‭sides‬ ‭3‬ ‭cm,‬ ‭4‬
Q ‭have different radii.‬
‭●‬ ‭Curved Surface area‬ ‭cm‬ ‭and‬ ‭5‬ ‭cm‬ ‭is‬‭rotated‬‭about‬‭the‬‭sides‬
‭of‬ ‭3‬ ‭cm‬ ‭to‬ ‭form‬ ‭a‬ ‭cone.‬ ‭The‬‭volume‬‭of‬ ‭ .11.‬ ‭The‬ ‭average‬ ‭of‬ ‭the‬ ‭areas‬ ‭of‬ ‭2‬
Q
‭2‬
‭= Total surface area =‬‭4π‬‭𝑟‬ ‭similar‬ ‭triangles‬ ‭is‬ ‭706.5‬ ‭m²‬ ‭whose‬
‭the cone so formed is:‬
‭SSC CGL 10/09/2024 (2nd Shift)‬ ‭perimeters‬‭are‬‭in‬‭the‬‭ratio‬‭of‬‭6‬‭:‬‭11.‬‭What‬
‭HOLLOW SPHERE OR‬ ‭(a) 20π cm‬‭3‬ ‭(b) 16π cm‬‭3‬ ‭is‬ ‭20%‬ ‭of‬ ‭the‬‭difference‬‭(in‬‭m²)‬‭in‬‭areas‬
‭SPHERICAL SHELL:‬ ‭(c) 25π cm‬ ‭3‬
‭(d) 28π cm‬‭3‬ ‭of both triangles ?‬
‭SSC CHSL 08/07/2024 (1st Shift)‬
‭●‬ ‭Volume of hollow sphere‬ ‭Q.5.‬ ‭Find‬ ‭the‬‭area‬‭(in‬‭cm²)‬‭of‬‭the‬‭sector‬ ‭(a) 164 (b) 149 (c) 153 (d) 157‬
‭‬
4 ‭64‬
‭3‬ ‭3‬
‭ ‬ π(‭𝑅‬ − 𝑟‭ ‬ )
= ‭whose‬ ‭perimeter‬ ‭is‬ ‭cm‬ ‭and‬ ‭central‬ ‭ .12.‬ ‭Two‬ ‭equal‬ ‭circles‬ ‭are‬ ‭drawn‬ ‭on‬‭a‬
Q
‭3‬ ‭3‬
‭2‬ ‭22‬ ‭square‬ ‭in‬ ‭such‬ ‭a‬‭way‬‭that‬‭opposite‬‭side‬
‭●‬ ‭Internal surface area =‬‭4π‬‭𝑟‬ ‭ ngle is 60°. (Use π =‬
a ‭)‬ ‭of‬‭the‬‭square‬‭forms‬‭the‬‭diameter‬‭of‬‭each‬
‭7‬
‭●‬ ‭External surface area =‬‭4π‬‭𝑅‬
‭2‬
‭SSC CGL 09/09/2024 (3rd Shift)‬ ‭circle.‬‭If‬‭the‬‭remaining‬‭area‬‭of‬‭the‬‭square‬
‭Here R = external radius and‬ ‭47‬ ‭77‬ ‭68‬ ‭85‬ ‭is‬ ‭42‬ ‭cm‬‭2‭,‬ ‬ ‭what‬ ‭is‬ ‭the‬ ‭measurement‬‭(in‬
‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭3‬ ‭3‬ ‭3‬ ‭3‬ ‭cm) of the diameter of each circle?‬
‭r = internal radius‬
‭SSC CHSL 02/07/2024 (2nd Shift)‬
‭ .6.‬ ‭A‬ ‭cuboid‬ ‭with‬ ‭dimensions‬ ‭20cm,‬
Q
‭(a) 14 (b) 2.5 (c) 7 (d) 3.5‬
‭HEMISPHERE‬ ‭12cm,‬ ‭and‬ ‭10‬ ‭cm‬ ‭is‬ ‭cut‬ ‭into‬ ‭8‬‭identical‬
‭pieces‬ ‭by‬ ‭3‬ ‭cuts.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭total‬ ‭ .13.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭diameters‬ ‭of‬‭two‬
Q
‭surface area of all the pieces?‬ ‭spheres‬ ‭is‬ ‭given‬ ‭as‬ ‭1‬ ‭:‬ ‭4.‬ ‭The‬ ‭larger‬
‭SSC CHSL 10/07/2024 (3rd Shift)‬ ‭sphere‬ ‭is‬ ‭melted‬ ‭and‬ ‭125‬ ‭identical‬
‭(a) 2240 cm²‬ ‭(b) 1220 cm²‬ ‭spheres‬ ‭are‬ ‭made‬ ‭out‬ ‭of‬ ‭the‬ ‭molten‬
‭(c) 3360 cm²‬ ‭(d) 1680 cm²‬ ‭material.‬ ‭The‬ ‭smaller‬ ‭sphere‬ ‭is‬ ‭melted‬
‭●‬ ‭Volume of the hemisphere‬ ‭and‬‭27‬‭identical‬‭spheres‬‭are‬‭made‬‭out‬‭of‬
‭‬
2 ‭ .7.‬ ‭A‬ ‭rectangle‬ ‭with‬ ‭the‬‭largest‬‭area‬‭is‬
Q
‭=‬ ‭‬π‭‬‭𝑟‭3‬ ‬ ‭the‬ ‭molten‬ ‭material.‬ ‭If‬ ‭the‬ ‭ratio‬ ‭of‬ ‭the‬
‭3‬ ‭cut‬ ‭out‬ ‭of‬ ‭a‬ ‭circle‬ ‭with‬ ‭radius‬ ‭5‬ ‭units.‬
‭volume‬ ‭of‬ ‭each‬ ‭of‬ ‭the‬ ‭125‬ ‭identical‬
‭2‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭remaining‬
‭●‬ ‭Total surface area =‬‭3π‬‭𝑟‬ ‭spheres‬ ‭to‬‭the‬‭volume‬‭of‬‭each‬‭of‬‭the‬‭27‬
‭portion?‬
‭2‬ ‭identical‬ ‭spheres‬‭is‬‭given‬‭as‬‭1‬‭:‬‭m,‬‭what‬
‭●‬ ‭Curved surface area =‬‭2π‬‭𝑟‬ ‭SSC CHSL 10/07/2024 (1st Shift)‬
‭is the value of m ?‬
‭Where, r = radius‬ ‭(a) 25(2π - 3)‬ ‭(b) 25(2π - 5)‬
‭SSC CHSL 01/07/2024 (1st Shift)‬
‭(c) 25(π - 3)‬ ‭(d) 25(π - 2)‬ ‭1728‬ ‭ 25‬
1 ‭27‬ ‭64‬
‭IMP. UNIT CONVERSION :‬ ‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭125‬ ‭1728‬ ‭8000‬ ‭3375‬
‭ .8.‬ ‭A‬ ‭cylinder‬ ‭has‬ ‭a‬ ‭curved‬ ‭surface‬
Q
‭3‬
‭●‬ ‭1‭𝑚
‬ ‬ ‭= 1000 litres and‬ ‭area‬‭equal‬‭to‬‭350%‬‭of‬‭the‬‭curved‬‭surface‬ ‭ .14.‬ ‭Two‬ ‭rectangular‬ ‭sheets‬ ‭of‬ ‭paper,‬
Q
‭‬
● ‭ litre = 1000‬‭𝑐 𝑚‬
1
‭3‬
‭area‬ ‭of‬‭another‬‭cylinder.‬‭If‬‭their‬‭radii‬‭are‬ ‭each‬ ‭60‬ ‭cm‬‭×‬‭36‬‭cm,‬‭are‬‭made‬‭into‬‭two‬
‭●‬ ‭1 meter = 10 decimeter‬ ‭in‬ ‭the‬ ‭ratio‬ ‭3‬‭:‬‭1,‬‭then‬‭the‬‭volume‬‭of‬‭the‬ ‭right‬‭circular‬‭cylinders,‬‭one‬‭by‬‭rolling‬‭the‬
‭= 100 cm = 1000 millimeter‬ ‭smaller‬ ‭cylinder‬ ‭is‬‭approximately‬‭_____%‬ ‭paper‬ ‭along‬ ‭its‬ ‭length‬ ‭and‬ ‭the‬ ‭other‬
−‭1‬
‭of‬‭the‬‭larger‬‭cylinder‬‭(the‬‭smaller‬‭cylinder‬ ‭along‬ ‭the‬ ‭breadth.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬
‭●‬ ‭1 meter =‬ ‭1‬‭0‬ ‭decameter‬ ‭has‬ ‭its‬ ‭radius‬ ‭and‬ ‭height‬ ‭smaller‬ ‭when‬ ‭volumes‬ ‭of‬ ‭the‬ ‭two‬ ‭cylinders,‬ ‭thus‬
−‭2‬
‭=‬‭1‬‭0‬ ‭hectometer‬ ‭compared to the larger).‬ ‭formed, is:‬
−‭3‬ ‭SSC CHSL 09/07/2024 (1st Shift)‬ ‭SSC CPO 29/06/2024 (3rd Shift)‬
‭=‬‭1‬‭0‬ ‭kilometer‬
‭(a) 10.16 (b) 8.86 (c) 7.28 (d) 9.52‬ ‭(a) 5 : 6 (b) 8 : 3 (c) 7 : 4 (d) 5 : 3‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ .15‬‭.‬ ‭Three‬‭circles‬‭each‬‭of‬‭radius‬‭5‬‭cm‬
Q ‭ iameter‬ ‭36‬ ‭cm.‬ ‭When‬ ‭the‬ ‭container‬ ‭is‬
d ‭ SC MTS 12/09/2023 (3rd Shift)‬
S
‭touch‬ ‭one‬ ‭another.‬ ‭The‬ ‭area‬ ‭(in‬ ‭cm²)‬ ‭full‬ ‭of‬ ‭medicine,‬ ‭the‬ ‭medicine‬ ‭is‬ ‭(a) 3 : 2 (b) 2 : 3 (c) 1 : 2 (d) 2 : 1‬
‭subtended between them is:‬ ‭transferred‬‭to‬‭small‬‭cylindrical‬‭bottles‬‭of‬
‭SSC CPO 28/06/2024 (3rd Shift)‬ ‭diameter‬ ‭6‬ ‭cm‬ ‭and‬ ‭height‬ ‭6‬ ‭cm.‬ ‭How‬ ‭ .29.‬‭A‬‭hemispherical‬‭dome‬‭of‬‭a‬‭building‬
Q
π π ‭many‬ ‭bottles‬ ‭are‬ ‭required‬ ‭to‬ ‭empty‬ ‭the‬ ‭needs‬‭to‬‭be‬‭painted.‬‭If‬‭the‬‭circumference‬
‭(a) 50 (‬ ‭3‬‭‭-‬ ‬ ‭)‬ ‭(b) 25 (‬ 3
‭ ‭‬‬‭+‬ ‭)‬ ‭of‬‭the‬‭base‬‭of‬‭the‬‭dome‬‭is‬‭154‬‭cm,‬‭then‬
‭2‬ ‭2‬ ‭container ?‬
π π ‭SSC CPO 04/10/2023 (2nd Shift)‬ ‭find‬ ‭the‬ ‭cost‬ ‭of‬ ‭painting‬ ‭it‬‭if‬‭the‬‭cost‬‭of‬
‭(c) 25 ( 2‬ 3
‭ ‬‭‬‭-‬ ‭) (d) 25 (‬ 3 ‭ ‬‭‭-‬ ‬ ‭)‬ ‭22‬
‭2‬ ‭2‬ ‭(a) 70‬ ‭(b) 75‬ ‭(c) 72‬ ‭(d) 76‬ ‭painting is ₹4 per 100 cm² (use‬π = ‭).‬
‭7‬
‭ .16.‬ ‭A‬ ‭gear‬ ‭15‬ ‭cm‬ ‭in‬ ‭diameter‬ ‭is‬
Q ‭ .23.‬ ‭The‬‭length‬‭and‬‭the‬‭breadth‬‭of‬‭the‬
Q ‭ SC CHSL 10/08/2023 (4th Shift)‬
S
‭turning‬ ‭a‬ ‭gear‬ ‭21‬ ‭cm‬‭in‬‭diameter.‬‭When‬ ‭floor‬ ‭of‬ ‭a‬ ‭rectangular‬ ‭hall‬ ‭are‬ ‭126‬ ‭feet‬ ‭(a) ₹150.92‬ ‭(b) ₹ 150.66‬
‭the‬ ‭smaller‬ ‭gear‬ ‭has‬ ‭105‬ ‭revolutions,‬ ‭and‬‭90‬‭feet,‬‭respectively.‬‭What‬‭will‬‭be‬‭the‬ ‭(c) ₹ 105.29‬ ‭(d) ₹ 105.66‬
‭how many has the larger one made?‬ ‭area‬ ‭(in‬ ‭square‬ ‭feet)‬ ‭of‬ ‭each‬ ‭of‬ ‭the‬
‭SSC CPO 28/06/2024 (3rd Shift)‬ ‭largest‬ ‭identical‬ ‭square‬‭tiles‬‭that‬‭can‬‭be‬ ‭ .30.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭sector‬‭of‬‭a‬‭circle‬‭is‬
Q
‭(a) 75‬ ‭(b) 100‬ ‭(c) 85‬ ‭(d) 90‬ ‭used‬‭to‬‭tile‬‭this‬‭floor‬‭in‬‭a‬‭way‬‭that‬‭no‬‭part‬ ‭616‬‭cm‬‭2‬ ‭with‬‭a‬‭central‬‭angle‬‭of‬‭10°.‬‭The‬
‭of the floor remains uncovered?‬ ‭22‬‭‬
‭radius of the circle is _____.(use π =‬ ‭)‬
‭ .17.‬ ‭A‬ ‭solid‬ ‭metal‬ ‭cylinder‬ ‭of‬ ‭12‬ ‭cm‬
Q ‭7‬‭‬
‭SSC CPO 03/10/2023 (3rd Shift)‬
‭height‬ ‭and‬ ‭7‬ ‭cm‬ ‭radius‬ ‭is‬ ‭melted‬ ‭and‬ ‭ SC CHSL 08/08/2023 (2nd Shift)‬
S
‭(a) 196‬ ‭(b) 256‬ ‭(c) 324‬ ‭(d) 484‬
‭recast‬‭into‬‭two‬‭cones‬‭in‬‭the‬‭proportion‬‭of‬ ‭(a) 84 cm (b) 21 cm (c) 48 cm (d) 28 cm‬
‭1‬‭:‬‭2‬‭(volume),‬‭keeping‬‭the‬‭height‬‭12‬‭cm.‬ ‭ .24.‬ ‭The‬ ‭radii‬‭of‬‭the‬‭ends‬‭of‬‭a‬‭frustum‬
Q
‭ .31.‬‭Find‬‭the‬‭volume‬‭of‬‭the‬‭largest‬‭right‬
Q
‭What‬‭would‬‭be‬‭the‬‭percentage‬‭change‬‭in‬ ‭of‬ ‭a‬ ‭solid‬‭right-circular‬‭cone‬‭45‬‭cm‬‭high‬
‭circular‬ ‭cone‬ ‭that‬‭can‬‭be‬‭cut‬‭out‬‭from‬‭a‬
‭the‬ ‭flat‬ ‭surface‬ ‭area‬ ‭before‬ ‭and‬ ‭after‬ ‭are‬ ‭28‬ ‭cm‬ ‭and‬ ‭7‬ ‭cm.‬ ‭If‬ ‭this‬ ‭frustum‬ ‭is‬
‭‬
1
‭22‬ ‭melted‬ ‭and‬ ‭reconstructed‬ ‭into‬ ‭a‬ ‭solid‬ ‭cube‬ ‭whose‬ ‭edge‬ ‭is‬ ‭3‬
‭cm,‬ ‭correct‬ ‭to‬
‭[use‬π ‭=‬ ‭] ?‬ ‭2‬
‭7‬ ‭right‬ ‭circular‬ ‭cylinder‬ ‭whose‬ ‭radius‬ ‭of‬
‭22‬‭‬
‭ SC CPO 28/06/2024 (3rd Shift)‬
S ‭base‬‭and‬‭height‬‭are‬‭in‬‭the‬‭ratio‬‭3‬‭:‬‭5,‬‭find‬ ‭two places of decimals (use π =‬ ‭).‬
‭7‬‭‬
‭(a) 35%‬ ‭(b) 20% (c) 45% (d) 50%‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬ ‭(in‬ ‭cm‬‭2‬‭)‬ ‭of‬‭this‬
‭ SC CHSL 07/08/2023 (4th Shift)‬
S
‭22‬
‭ .18.‬ ‭Three‬ ‭solid‬ ‭iron‬ ‭cubes‬‭of‬‭edges‬‭8‬
Q ‭cylinder. [Use‬π ‭=‬ ‭.]‬ ‭(a) 13.21 cm³‬ ‭(b) 21.31 cm³‬
‭7‬
‭cm,‬ ‭10‬ ‭cm‬ ‭and‬ ‭12‬ ‭cm‬ ‭are‬ ‭melted‬ ‭(c) 11.23 cm³‬ ‭(d) 12.13 cm³‬
‭ SC CPO 03/10/2023 (1st Shift)‬
S
‭together‬ ‭to‬ ‭make‬ ‭a‬ ‭new‬ ‭cube.‬ ‭It‬ ‭is‬ ‭(a) 4610‬ ‭(b) 4620 (c) 4580 (d) 4640‬ ‭ .32.‬ ‭The‬‭sum‬‭of‬‭the‬‭radius‬‭of‬‭the‬‭base‬
Q
‭observed‬ ‭that‬ ‭496‬ ‭cm³‬ ‭of‬ ‭the‬ ‭melted‬ ‭and‬‭the‬‭height‬‭of‬‭a‬‭cylinder‬‭is‬‭42‬‭m.‬‭If‬‭the‬
‭material‬‭is‬‭lost‬‭due‬‭to‬‭improper‬‭handling.‬ ‭ .25.‬ ‭A‬‭square‬‭and‬‭a‬‭rhombus‬‭have‬‭the‬
Q
‭total‬‭surface‬‭area‬‭of‬‭the‬‭cylinder‬‭is‬‭6336‬
‭The‬‭area‬‭(in‬‭cm²)‬‭of‬‭the‬‭whole‬‭surface‬‭of‬ ‭same‬ ‭base‬ ‭and‬ ‭the‬ ‭rhombus‬ ‭is‬‭inclined‬ ‭2‬
‭at‬ ‭45°,‬ ‭then‬ ‭what‬ ‭will‬‭be‬‭the‬‭ratio‬‭of‬‭the‬ ‭ ‬ ‭,‬ ‭find‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬
𝑚
‭the newly formed cube is :‬
‭area‬ ‭of‬ ‭the‬ ‭square‬ ‭to‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭cylinder‬ ‭correct‬ ‭to‬ ‭two‬ ‭places‬ ‭of‬
‭Matriculation Level 26/06/2024 (Shift - 1)‬
‭rhombus?‬ ‭22‬‭‬
‭(a) 1331 (b) 1176 (c) 2197 (d) 3375‬ ‭decimals (use π =‬ ‭)‬
‭7‭‬‬
‭SSC MTS 14/09/2023 (3rd Shift)‬
‭ .19.‬‭If‬‭the‬‭semi-perimeter‬‭and‬‭area‬‭of‬‭a‬
Q ‭SSC CHSL 02/08/2023 (4th Shift)‬
‭(a)‬ ‭3‬‭‭:‬ 1‬ ‭(b) 1 :‬ ‭3‬ ‭(c)‬ ‭2‭‬‬‭:‬ ‭3‬ ‭(d)‬ ‭2‬‭‬‭: 1‬ ‭2‬ ‭2‬
‭rectangular‬ ‭field‬ ‭whose‬ ‭length‬ ‭and‬ ‭(a) 2157.43‬‭𝑚‬ ‭(b) 2571.43‬‭𝑚‬
‭breadth‬ ‭are‬ ‭'x'‬ ‭and‬ ‭'y'‬ ‭is‬ ‭12‬ ‭cm‬ ‭and‬ ‭28‬ ‭ .26.‬ ‭A‬ ‭closed‬ ‭wooden‬ ‭box‬ ‭measures‬
Q ‭(c) 2715.43‬‭𝑚‬
‭2‬
‭(d) 2517.43‬‭𝑚‬
‭2‬

‭cm²,‬‭respectively,‬‭then‬‭find‬‭the‬‭value‬‭of‬‭x‭4‬ ‬ ‭externally‬‭10‬‭cm‬‭long.‬‭8‬‭cm‬‭broad‬‭and‬‭6‬
‭+ x²y² + y‬‭4‭.‬ ‬ ‭cm‬ ‭high.‬ ‭If‬ ‭the‬‭thickness‬‭of‬‭the‬‭wood‬‭is‬ ‭ .33.‬‭Three‬‭cubes‬‭with‬‭sides‬‭in‬‭the‬‭ratio‬
Q
‭Graduate Level 20/06/2024 (Shift - 3)‬ ‭0.5‬ ‭cm,‬ ‭then‬ ‭the‬ ‭volume‬ ‭of‬ ‭wood‬ ‭of‬ ‭3‬ ‭:‬ ‭4‬ ‭:‬ ‭5‬ ‭are‬ ‭melted‬ ‭to‬ ‭form‬ ‭a‬ ‭single‬
‭(a) 6690 (b) 6960 (c) 6609 (d) 6906‬ ‭required is‬ ‭cube‬ ‭whose‬ ‭diagonal‬ ‭is‬ ‭18√3‬ ‭cm.‬ ‭The‬
‭SSC MTS 14/09/2023 (3rd Shift)‬ ‭sides of the three cubes are:‬
‭ .20.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭right‬ ‭prism‬ ‭is‬ ‭an‬
Q ‭(a) 165 cm‬‭3‬ ‭(b) 300 cm‬‭3‬ ‭SSC CGL 20/07/2023 (1st shift)‬
‭equilateral‬ ‭triangle‬ ‭with‬ ‭each‬ ‭side‬ ‭3‬
‭(c) 230 cm‬ ‭(d) 150 cm‬‭3‬ ‭(a) 21 cm, 28 cm and 35 cm‬
‭measuring‬ ‭4‬ ‭cm.‬ ‭If‬ ‭the‬ ‭lateral‬ ‭surface‬ ‭(b) 9 cm, 12 cm and 15 cm‬
‭area‬‭is‬‭120‬‭cm‬‭2‬‭,‬‭find‬‭the‬‭volume‬‭(in‬‭cm‬‭3‭)‬ ‬ ‭ .27.‬‭The‬‭weight‬‭of‬‭a‬‭cube‬‭varies‬‭directly‬
Q
‭(c) 18 cm, 24 cm and 30 cm‬
‭of the prism.‬ ‭as‬ ‭the‬ ‭product‬ ‭of‬ ‭its‬ ‭volume‬ ‭and‬ ‭its‬
‭(d) 12 cm, 16 cm and 20 cm‬
‭SSC CHSL Tier II (10/01/2024)‬ ‭density.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭densities‬ ‭of‬ ‭the‬
‭(a) 30‬ ‭3‬ ‭(b) 40‬ ‭3‬ ‭(c) 10‬ ‭3‬ ‭(d) 20‬ ‭3‬ ‭materials‬ ‭of‬ ‭the‬ ‭first‬ ‭cube‬ ‭and‬ ‭second‬ ‭Q.34.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭equilateral‬
‭cube‬ ‭is‬ ‭27:16.‬ ‭If‬ ‭the‬ ‭weight‬ ‭of‬ ‭the‬ ‭first‬ ‭4‬ ‭16‬
‭ .21.‬ ‭Some‬ ‭ice‬ ‭pieces,‬ ‭spherical‬ ‭in‬
Q ‭cube‬‭is‬‭4‬‭times‬‭the‬‭weight‬‭of‬‭the‬‭second‬ ‭triangle‬‭is‬‭3‬‭×‬ ( ) ‭units.‬‭Determine‬
‭3‬
‭shape,‬‭of‬‭diameter‬‭6‬‭cm‬‭are‬‭dropped‬‭in‬‭a‬ ‭cube,‬‭then‬‭what‬‭is‬‭the‬‭ratio‬‭of‬‭the‬‭edges‬ t‭ he area of the triangle.‬
‭cylindrical‬ ‭container‬ ‭containing‬ ‭some‬ ‭of the first cube and second cube?‬ ‭Matriculation Level 30/06/2023 (Shift - 4)‬
‭juice‬ ‭and‬ ‭are‬ ‭fully‬ ‭submerged.‬ ‭If‬ ‭the‬ ‭SSC MTS 14/09/2023 (2nd Shift)‬ ‭(a) 4 unit‬‭2‬ ‭(b) 1 unit‬‭2‬ ‭(c) 3 unit‬‭2‬ ‭(d) 2 unit‬‭2‬
‭diameter‬ ‭of‬ ‭the‬ ‭container‬ ‭is‬ ‭18‬ ‭cm‬ ‭and‬ ‭(a) 2 : 3‬ ‭(b) 3 : 2‬ ‭(c) 3 : 4‬ ‭(d) 4 : 3‬
‭level‬ ‭of‬ ‭juice‬ ‭rises‬ ‭by‬ ‭40‬ ‭cm,‬ ‭then‬ ‭how‬ ‭ .35.‬ ‭A‬‭spherical‬‭ball‬‭of‬‭diameter‬‭8‬‭cm‬
Q
‭many‬ ‭ice‬ ‭pieces‬ ‭are‬ ‭dropped‬ ‭in‬ ‭the‬ ‭ .28.‬‭The‬‭weight‬‭of‬‭a‬‭circular‬‭disc‬‭varies‬
Q ‭is‬ ‭cut‬ ‭into‬ ‭two‬ ‭equal‬ ‭parts.‬ ‭The‬ ‭curved‬
‭container ?‬ ‭directly‬ ‭as‬ ‭the‬ ‭product‬ ‭of‬ ‭the‬ ‭square‬ ‭of‬ ‭area‬ ‭of‬ ‭one‬ ‭such‬‭part‬‭has‬‭to‬‭be‬‭painted‬
‭SSC CPO 05/10/2023 (3rd Shift)‬ ‭the‬ ‭radius‬ ‭and‬ ‭its‬ ‭thickness.‬ ‭Two‬ ‭with‬ ‭green‬ ‭colour,‬ ‭while‬ ‭the‬ ‭other‬ ‭part‬
‭(a) 90‬ ‭(b) 80‬ ‭(c) 85‬ ‭(d) 95‬ ‭identical/similar‬ ‭discs‬ ‭have‬ ‭their‬ ‭has‬ ‭to‬ ‭be‬ ‭painted‬ ‭with‬ ‭red‬ ‭colour.‬ ‭The‬
‭thickness‬ ‭in‬ ‭the‬ ‭ratio‬ ‭of‬ ‭16‬ ‭:‬ ‭9.‬ ‭What‬‭is‬ ‭bases‬‭of‬‭both‬‭the‬‭hemispheres‬‭are‬‭to‬‭be‬
‭ .22.‬ ‭Some‬ ‭medicine‬ ‭in‬ ‭liquid‬ ‭form‬ ‭is‬
Q ‭the‬‭ratio‬‭of‬‭their‬‭radii‬‭if‬‭the‬‭weight‬‭of‬‭the‬ ‭painted‬ ‭with‬ ‭blue‬ ‭colour.‬ ‭The‬ ‭cost‬ ‭of‬
‭prepared‬‭in‬‭a‬‭hemispherical‬‭container‬‭of‬ ‭first is four times that of the second ?‬ ‭painting‬ ‭with‬ ‭blue‬ ‭is‬ ‭₹2/cm²,‬ ‭while‬ ‭the‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬
‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ ost‬ ‭of‬ ‭painting‬ ‭the‬ ‭curved‬ ‭area‬ ‭is‬
c ‭(c) 500π - 350‬ ‭3‬ ‭cm²‬ ‭ SC CHSL 19/04/2021 (Morning)‬
S
‭₹3/cm².‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭cost‬ ‭(in₹)‬ ‭of‬ ‭(a) 108‬ ‭(b) 180‬ ‭(c) 216‬ ‭(d) 144‬
‭(d) 600π - 450‬ ‭3‬‭cm²‬
‭painting the hemispheres? Take л = 3.14‬
‭Matriculation Level 28/06/2023 (Shift - 4)‬ ‭ .51.‬‭A‬‭bicycle‬‭wheel‬‭has‬‭a‬‭radius‬‭of‬‭42‬
Q
‭ .43.‬ ‭If‬ ‭the‬ ‭sum‬ ‭of‬ ‭the‬ ‭diagonals‬ ‭of‬ ‭a‬
Q
‭(a) ₹451.92‬ ‭(b) ₹492.92‬ ‭cm.‬ ‭It‬ ‭makes‬ ‭40‬ ‭revolutions‬ ‭in‬ ‭25‬
‭rhombus‬‭is‬‭L‬‭and‬‭the‬‭perimeter‬‭is‬‭4P,‬‭find‬
‭(c) ₹803.84‬ ‭(d) ₹401.92‬ ‭seconds.‬ ‭What‬ ‭is‬‭its‬‭speed‬‭(in‬‭kmph,‬‭up‬
‭the area of the rhombus?‬
‭to one decimal place) ?‬
‭SSC CPO 11/11/2022 (Morning)‬
‭ .36.‬ ‭A‬ ‭cube‬ ‭of‬ ‭side‬ ‭5‬ ‭cm,‬ ‭has‬ ‭been‬
Q ‭SSC CHSL 16/04/2021 (Morning)‬
‭‬
1 ‭‬
1
‭assembled‬ ‭using‬ ‭125‬ ‭cubes‬ ‭each‬ ‭of‬ ‭1‬ ‭(a)‬ ‭(L² - P²)‬ ‭(b)‬ ‭(L² - 4P²)‬ ‭(a) 3.5‬ ‭(b) 11.6‬ ‭(c) 15.2‬ ‭(d) 9.5‬
‭4‬ ‭4‬
‭cm‬‭edge.‬‭One‬‭cube‬‭is‬‭removed‬‭from‬‭the‬
‭1‬ ‭1‬
‭middle‬‭of‬‭each‬‭of‬‭the‬‭faces‬‭of‬‭the‬‭cube.‬ ‭(c)‬ ‭(L² - 4P²)‬ ‭(d)‬ ‭(L² + 3P²)‬ ‭Q.52.‬ ‭A‬ ‭wire‬‭is‬‭bent‬‭to‬‭form‬‭a‬‭square‬‭of‬
‭2‬ ‭4‬ ‭2‬
‭What‬ ‭is‬ ‭the‬ ‭surface‬‭area‬‭(in‬‭cm²)‬‭of‬‭the‬ ‭area‬‭169‬ ‭𝑐 𝑚‬ . ‭If‬‭the‬‭same‬‭wire‬‭is‬‭bent‬‭to‬
‭remaining solid?‬ ‭ .44.‬ ‭Water‬ ‭is‬ ‭flowing‬ ‭through‬ ‭a‬
Q ‭2‬
f‭ orm‬‭a‬‭circle,‬‭then‬‭what‬‭is‬‭its‬‭area‬‭in‬‭𝑐 𝑚‬
‭SSC CHSL Tier II (26/06/2023)‬ ‭cylindrical‬ ‭canal‬ ‭with‬ ‭an‬ ‭internal‬
‭(to the nearest whole number) ?‬
‭(a) 155‬ ‭(b) 144‬ ‭(c) 150‬ ‭(d) 174‬ ‭diameter‬‭of‬‭7‬‭m‬‭at‬‭the‬‭speed‬‭of‬‭18‬‭km/h.‬
‭SSC CHSL 13/04/2021 (Afternoon)‬
‭Find‬‭the‬‭volume‬‭of‬‭water‬‭flowing‬‭through‬
‭ .37.‬ ‭A‬ ‭prism‬ ‭and‬ ‭a‬ ‭pyramid‬ ‭have‬ ‭the‬
Q ‭(a) 215‬ ‭(b) 227‬ ‭(c) 532‬ ‭(d) 531‬
‭22‬
‭same‬‭base‬‭and‬‭the‬‭same‬‭height.‬‭Find‬‭the‬ ‭the canal in 30 minutes. (take‬π ‭=‬ ‭)‬
‭7‬ ‭Q.53.‬‭A‬‭sector‬‭of‬‭radius‬‭10.5‬‭cm‬‭with‬‭the‬
‭ratio‬‭of‬‭the‬‭volumes‬‭of‬‭the‬‭prism‬‭and‬‭the‬ ‭ SC CPO 09/11/2022 (Afternoon)‬
S ◦
‭pyramid.‬ ‭ entral‬ ‭angle‬ ‭120‬ ‭is‬ ‭folded‬ ‭to‬ ‭form‬ ‭a‬
c
‭(a) 3,76,500 m³‬ ‭(b) 3,56,500 m³‬
‭SSC CGL Tier II (07/03/2023)‬ ‭cone‬‭by‬‭joining‬‭the‬‭two‬‭bounding‬‭radii‬‭of‬
‭(c) 3,66,500 m³‬ ‭(d) 3,46,500 m³‬ ‭3‬
‭(a) 2 : 3‬ ‭(b) 3 : 1‬ ‭(c) 1 : 3 (d) 3 : 2‬ t‭ he sector. What is the volume (in‬‭𝑐 𝑚‬ ‭) of‬
‭ .45.‬‭ABCDEF is a regular hexagon. Side‬
Q ‭the cone so formed ?‬
‭ .38.‬ ‭How‬ ‭many‬ ‭metres‬ ‭of‬ ‭2‬ ‭m‬ ‭wide‬
Q
‭of the hexagon is 36 cm. What is the area‬ ‭SSC CGL Tier II (13/09/2019)‬
‭cloth‬ ‭will‬ ‭be‬ ‭required‬ ‭to‬ ‭make‬ ‭a‬‭conical‬
‭of the triangle ABC ?‬ ‭343‬ ‭2‬ ‭343‬ ‭3‬
‭tent‬‭with‬‭the‬‭diameter‬‭of‬‭the‬‭base‬‭as‬‭14‬ ‭(a)‬ ‭‬π ‭(b)‬ ‭‬π
‭SSC CGL Tier II (08/08/2022)‬ ‭6‬ ‭6‬
‭m‬ ‭and‬ ‭slant‬ ‭height‬ ‭as‬ ‭9‬ ‭m‬ ‭to‬ ‭ignore‬ ‭2‬ ‭2‬
‭(a) 324‬ ‭3‬‭𝑐 𝑚‬ ‭(b) 360‬ ‭3‬‭𝑐 𝑚‬ ‭343‬ ‭3‬ ‭343‬ ‭2‬
‭wastage ?‬ ‭(c)‬ ‭π‬ ‭(d)‬ ‭π‬
‭2‬ ‭2‬ ‭12‬ ‭12‬
‭SSC CGL 12/12/2022 (1st Shift)‬ ‭(c) 240‬ ‭3‬‭𝑐 𝑚‬ ‭(d) 192‬ ‭3‬‭𝑐 𝑚‬
‭(a) 66 m (b) 88 m (c) 99 m (d) 77 m‬ ‭ .54.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭right‬ ‭prism‬ ‭is‬ ‭a‬
Q
‭ .46.‬‭The‬‭frustum‬‭of‬‭a‬‭right‬‭circular‬‭cone‬
Q
‭has‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭base‬ ‭as‬ ‭5‬ ‭cm,‬ ‭triangle‬ ‭with‬‭sides‬‭20‬‭cm,‬‭21‬‭cm‬‭and‬‭29‬
‭ .39.‬ ‭The‬ ‭minute‬ ‭hand‬ ‭of‬ ‭a‬ ‭clock‬ ‭is‬‭20‬
Q
‭3‬
‭cm‬‭long.‬‭Find‬‭the‬‭area‬‭on‬‭the‬‭face‬‭of‬‭the‬ ‭radius‬‭of‬‭the‬‭top‬‭as‬‭3‬‭cm,‬‭and‬‭height‬‭as‬‭6‬ ‭cm.‬ ‭If‬ ‭its‬ ‭volume‬ ‭is‬ ‭7560‬‭𝑐 𝑚‬ ‭,‬ ‭then‬ ‭its‬
‭clock‬‭swept‬‭by‬‭the‬‭minute‬‭hand‬‭between‬ ‭cm. What is its volume ?‬ ‭2‬
l‭ateral surface area (in‬‭𝑐 𝑚‬ ‭) is :‬
‭8 a.m. and 8:45 a.m.‬ ‭SSC CHSL 27/05/2022 (Afternoon)‬
‭SSC CGL Tier II (12/09/2019)‬
‭3‬ ‭3‬
‭SSC CGL 12/12/2022 (1st Shift)‬ ‭(a) 98 π‬‭𝑐 𝑚‬ ‭(b) 100 π‬‭𝑐 𝑚‬ ‭(a) 2484 (b) 2556 (c) 2520 (d) 2448‬
‭6600‬ ‭6600‬ ‭3‬ ‭3‬
‭(a)‬ ‭ m‬‭2‬
c ‭(b)‬ ‭ m‬‭2‬
c ‭(c) 96 π‬‭𝑐 𝑚‬ ‭(d) 90 π‬‭𝑐 𝑚‬
‭7‬ ‭9‬ ‭ .55.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q
‭6600‬ ‭6600‬ ‭Q.47.‬ ‭Three‬ ‭sides‬ ‭of‬ ‭a‬ ‭triangle‬ ‭are‬ ‭increased‬ ‭by‬ ‭4‬ ‭cm,‬ ‭its‬ ‭surface‬ ‭area‬ ‭is‬
‭(c)‬ ‭cm‬‭2‬ ‭(d)‬ ‭cm‬‭2‬
‭18‬ ‭14‬ ‭2‬
‭2‬ ‭2‬ ‭2‬ ‭2‬ ‭2‬ ‭2‬ ‭increased‬ ‭by‬ ‭464‬π‭𝑐 𝑚‬ . ‭What‬ ‭is‬ ‭the‬
‭ ‬ + ‭𝑏‬ ‭,‬ (‭2‬‭𝑎)‬ + ‭𝑏‬ ‭and‬ ‭𝑎‬ + (‭2‬‭𝑏‬)
𝑎
‭ .40.‬ ‭The‬ ‭external‬ ‭diameter‬ ‭of‬ ‭an‬ ‭iron‬
Q ‭units.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭(in‬‭unit‬‭squares)‬
‭3‬
v‭ olume (in‬‭𝑐 𝑚‬ ‭) of the original sphere ?‬
‭pipe‬ ‭is‬ ‭20‬‭cm‬‭and‬‭its‬‭length‬‭is‬‭12‬‭cm.‬‭If‬ ‭of a triangle?‬ ‭SSC CGL Tier II (11/09/2019)‬
‭the‬‭thickness‬‭of‬‭the‬‭pipe‬‭is‬‭1‬‭cm,‬‭find‬‭the‬ ‭SSC CGL Tier II (03/02/2022)‬ ‭15625‬ ‭35937‬
‭22‬ ‭(a)‬ π ‭(b)‬ π
‭‬
5 ‭‬
3 ‭6‬ ‭8‬
‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭pipe‬ ‭(take‬ π =
‭‬ ‭)‬ ‭(a)‬ 𝑎 ‭ 𝑏‬ ‭(b) 3‬‭𝑎𝑏‬ ‭(c) 4‬‭𝑎𝑏‬ ‭(d)‬ ‭𝑎𝑏‬
‭7‬ ‭2‬ ‭2‬ ‭11979‬ ‭15625‬
‭(c)‬ π ‭(d)‬ π
‭correct to two places of decimal.‬ ‭2‬ ‭8‬
‭SSC CGL 06/12/2022 (2nd Shift)‬ ‭ .48.‬ ‭A‬ ‭square‬ ‭park‬ ‭has‬ ‭been‬ ‭divided‬
Q
‭into‬ ‭two‬ ‭rectangles‬ ‭of‬ ‭equal‬ ‭area.‬‭If‬‭the‬ ‭ .56.‬ ‭The‬ ‭base‬ ‭of‬ ‭right‬ ‭prism‬ ‭is‬ ‭a‬
Q
‭(a) 1,662.67 cm‬‭2‬ ‭(b) 1,552.57 cm‬‭2‬
‭perimeter‬ ‭of‬ ‭each‬‭of‬‭these‬‭rectangles‬‭is‬ ‭trapezium‬ ‭whose‬ ‭parallel‬ ‭sides‬ ‭are‬ ‭11‬
‭(c) 1,442.48 cm‬‭2‬ ‭(d) 1,772.76 cm‬‭2‬
‭39‬ ‭m,‬ ‭then‬‭what‬‭will‬‭be‬‭the‬‭perimeter‬‭of‬ ‭cm‬ ‭and‬‭15cm‬‭and‬‭the‬‭distance‬‭between‬
‭ .41.‬ ‭If‬‭the‬‭length‬‭of‬‭a‬‭certain‬‭rectangle‬
Q ‭the square park ?‬ ‭them‬‭is‬‭9‬‭cm.‬‭If‬‭the‬‭volume‬‭of‬‭the‬‭prism‬
‭3‬
‭is‬ ‭decreased‬ ‭by‬ ‭4‬ ‭cm‬ ‭and‬ ‭breadth‬ ‭is‬ ‭SSC CHSL 09/08/2021 (Afternoon)‬ i‭s‬‭1731.6‬ ‭𝑐 𝑚‬ ‭,‬‭then‬‭the‬‭height‬‭(in‬‭cm)‬‭of‬
‭increased‬ ‭by‬ ‭2‬ ‭cm,‬ ‭it‬ ‭would‬ ‭result‬ ‭in‬ ‭a‬ ‭(a) 104 m (b) 39 m (c) 78 m (d) 52 m‬ ‭the prism will be :‬
‭square‬ ‭of‬ ‭the‬ ‭same‬ ‭area.‬ ‭What‬ ‭is‬ ‭the‬ ‭SSC CGL Tier II (11/09/2019)‬
‭perimeter of the original rectangle ?‬ ‭ .49.‬‭The‬‭circumference‬‭of‬‭a‬‭circle‬‭is‬‭‘aπ’‬
Q ‭(a) 15.6‬ ‭(b) 15.2‬ ‭(c) 14.8 (d) 14.2‬
‭SSC CGL 06/12/2022 (1st Shift)‬ ‭units‬ ‭and‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭circle‬ ‭is‬ ‭'‬‭𝑏‬π‭'‬
‭(a) 15 cm (b) 24 cm (c) 20 cm (d) 10 cm‬ ‭square‬ ‭units.‬ ‭If‬ ‭a:b‬ ‭is‬ ‭equal‬ ‭to‬ ‭4:5,‬‭then‬ ‭ .57.‬‭A‬‭ribbon‬‭of‬‭equal‬‭width‬‭and‬‭length‬
Q
‭the radius of the circle is:‬ ‭𝑙‬ ‭is‬ ‭wrapped‬ ‭around‬ ‭the‬ ‭curved‬ ‭surface‬
‭ .42.‬‭Two‬‭identical‬‭circles‬‭each‬‭of‬‭radius‬
Q ‭SSC CHSL 06/08/2021 (Evening)‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬ ‭cylinder‬ ‭to‬ ‭cover‬ ‭it‬
‭30‬‭cm‬‭intersect‬‭each‬‭other‬‭such‬‭that‬‭the‬ ‭(a) 3 cm‬ ‭(b) 2.5 cm (c) 5 cm (d) 2 cm‬ ‭completely.‬ ‭If‬‭the‬‭base‬‭circumference‬‭of‬
‭circumference‬ ‭of‬ ‭each‬ ‭one‬ ‭passes‬ ‭this‬ ‭cylinder‬ ‭is‬ ‭c,‬ ‭then‬ ‭how‬ ‭many‬ ‭times‬
‭through‬ ‭the‬ ‭center‬ ‭of‬ ‭the‬ ‭other.‬‭What‬‭is‬ ‭ .50.‬‭The‬‭area‬‭of‬‭a‬‭triangular‬‭field‬‭whose‬
Q ‭the‬ ‭ribbon‬ ‭was‬ ‭wrapped‬ ‭around‬ ‭the‬
‭the area of the intersecting region?‬ ‭sides‬‭are‬‭65m,‬‭72m‬‭and‬‭97m‬‭is‬‭equal‬‭to‬ ‭cylinder ?‬
‭SSC CGL 03/12/2022 (4th Shift)‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭rectangular‬ ‭park‬ ‭whose‬ ‭SSC MTS 05/08/2019 (Evening)‬
‭sides‬‭are‬‭in‬‭the‬‭ratio‬‭of‬‭5‬‭:‬‭13.‬‭What‬‭is‬‭the‬
‭(a) 400π - 250‬ ‭3‬‭cm²‬ ‭𝑙‬ ‭𝑙‬ ‭𝑙‬ ‭ ‬‭𝑙‬
2
‭perimeter (in m) of the rectangular park?‬ ‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭(b) 300π - 150‬ ‭3‬ ‭cm²‬ ‭4‬‭𝑐‬ 𝑐‭ ‬ ‭2‭𝑐‬ ‬ ‭𝑐‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬
‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ .58.‬‭ABCD‬‭is‬‭a‬‭rhombus‬‭with‬‭each‬‭side‬
Q ‭ .67.‬ ‭A‬ ‭wire‬ ‭is‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭a‬
Q ‭ f‬‭the‬‭area‬‭between‬‭the‬‭two‬‭inner‬‭circles‬
o
‭being‬‭equal‬‭to‬‭8‬‭cm.‬‭If‬‭BD‬‭=‬‭10‬‭cm,‬‭AC‬‭=‬ ‭rectangle‬‭whose‬‭sides‬‭are‬‭in‬‭the‬‭ratio‬‭7‬‭:‬ ‭to that between the two outer circles ?‬
‭2‬ ‭𝑥‬‭cm, what is the value of‬ ‭𝑥‬ + ‭10‬‭?‬ ‭4.‬ ‭It‬ ‭was‬ ‭initially‬‭in‬‭the‬‭shape‬‭of‬‭a‬‭circle‬ ‭SSC CGL 06/06/2019 (Evening)‬
‭ SC CHSL 11/07/2019 (Afternoon)‬
S ‭of‬ ‭radius‬ ‭,‬ ‭very‬ ‭nearly‬‭equal‬‭to‬‭31.5‬‭cm.‬ ‭(a) 4 : 7‬ ‭(b) 5 : 9‬ ‭(c) 4 : 5‬ ‭(d) 3 : 8‬
‭The‬ ‭length‬ ‭of‬ ‭smaller‬ ‭side‬ ‭of‬ ‭the‬
‭(a) 2‬ ‭3‬ ‭(b) 3‬ ‭2‬ ‭(c) 7 (d) 5‬ ‭ .76.‬ ‭The‬ ‭length‬ ‭of‬ ‭the‬ ‭metallic‬ ‭pipe‬ ‭is‬
Q
‭22‬
‭rectangle is : (Take 𝜋 =‬ ‭)‬ ‭7.56‬‭m.‬‭Its‬‭external‬‭and‬‭internal‬‭radii‬‭are‬
‭ .59.‬ ‭The‬ ‭two‬ ‭diagonals‬ ‭of‬ ‭a‬ ‭rhombus‬
Q ‭7‬
‭2.5‬‭cm‬‭and‬‭1.5‬‭cm‬‭respectively.‬‭If‬‭1‬‭cubic‬
‭are‬ ‭respectively,‬ ‭14‬ ‭cm‬ ‭and‬ ‭48‬ ‭cm.‬‭The‬ ‭ SC CHSL 03/07/2019 (Afternoon)‬
S
‭cm‬ ‭of‬ ‭the‬ ‭metal‬ ‭weigh‬ ‭7.5‬ ‭g,‬ ‭then‬ ‭the‬
‭perimeter of the rhombus is equal to :‬ ‭(a) 44 cm (b) 36 cm (c) 40 cm (d) 32cm‬
‭weight(kg) of the pipe is‬
‭SSC CHSL 11/07/2019 (Morning)‬
‭ .68.‬ ‭A‬ ‭circle‬ ‭circumscribes‬‭a‬‭rectangle‬
Q ‭SSC CGL 06/06/2019 (Afternoon)‬
‭(a) 120cm (b) 160cm (c) 80cm (d) 100cm‬
‭whose‬ ‭sides‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬‭4‬‭:‬‭3.‬‭If‬‭the‬ ‭(a) 72.82‬ ‭(b) 70.14 (c) 71.28 (d) 69.68‬
‭Q.60.‬‭The‬‭area‬‭of‬‭a‬‭sector‬‭of‬‭a‬‭circle‬‭with‬ ‭perimeter‬‭of‬‭the‬‭rectangle‬‭is‬‭56‬‭cm,‬‭then‬
‭Q.77.‬‭The volume of a metallic cylindrical‬

‭ entral‬‭angle‬‭60‬ ‭is‬‭A.‬‭The‬‭circumference‬
c ‭what‬ ‭is‬ ‭the‬ ‭area‬ ‭(In‬ ‭square‬ ‭cm)‬ ‭of‬ ‭the‬ ‭3‬
‭circle ?‬ ‭ ipe‬ ‭is‬ ‭7480‬ ‭𝑐 𝑚‬ ‭.‬ ‭If‬ ‭its‬ ‭length‬ ‭is‬ ‭1.4‬ ‭m‬
p
‭of the circle is C. Then A is equal to :‬
‭SSC CHSL 03/07/2019 (Morning)‬ ‭and‬ ‭its‬ ‭external‬ ‭radius‬ ‭is‬ ‭9‬ ‭cm,‬ ‭then‬ ‭its‬
‭SSC CHSL 10/07/2019 (Evening)‬
‭(a) 70𝜋‬ ‭(b) 96𝜋‬ ‭(c) 90𝜋‬ ‭(d) 100𝜋‬ ‭22‬
‭2‬
𝑐‭ ‬
‭2‬
𝑐‭ ‬ 𝑐‭ ‬
‭2‬ ‭2‬
𝑐‭ ‬ ‭thickness (given π =‬ ‭) is:‬
‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬ ‭7‬
‭6‬π ‭18‬π ‭24‬π ‭4π ‬
‭ .69.‬ ‭The‬ ‭curved‬ ‭surface‬ ‭area‬ ‭and‬
Q ‭ SC CGL 06/06/2019 (Morning)‬
S
‭ .61.‬ ‭Equilateral‬ ‭triangles‬ ‭are‬ ‭drawn‬ ‭on‬
Q ‭volume‬ ‭of‬ ‭a‬ ‭cylindrical‬ ‭pole‬ ‭are‬ ‭132‬ ‭(a) 1 cm‬‭(b) 0.8 cm (c) 0.9 cm (d) 1.2cm‬
‭the‬ ‭hypotenuse‬ ‭and‬ ‭one‬ ‭of‬ ‭the‬ ‭square‬ ‭metres‬ ‭and‬ ‭528‬ ‭cubic‬ ‭metres,‬
‭perpendicular‬ ‭sides‬ ‭of‬ ‭a‬ ‭right-angled‬ ‭respectively.‬‭What‬‭is‬‭the‬‭height‬‭(In‬‭m)‬‭of‬ ‭Q.78.‬ ‭The‬ ‭areas‬ ‭of‬ ‭the‬ ‭three‬ ‭adjacent‬
‭2‬ ‭2‬
‭isosceles triangle. Their areas are H and‬ ‭22‬ ‭faces‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭are‬ ‭32‬‭𝑐 𝑚‬ ‭,‬ ‭24‬‭𝑐 𝑚‬
‭the pole ? (Take 𝜋 =‬ ‭)‬ ‭2‬ ‭3‬
‭𝐴‬ ‭7‬ ‭ nd‬‭48‬‭𝑐 𝑚‬ ‭.‬‭What‬‭is‬‭the‬‭volume‬‭(in‬‭𝑐 𝑚‬ ‭)‬
a
‭A respectively.‬ ‭is equal to :‬
‭ ‬
𝐻 ‭SSC CHSL 02/07/2019 (Afternoon)‬ ‭of the cuboid ?‬
‭SSC CHSL 10/07/2019 (Afternoon)‬ ‭‬
1 ‭5‬ ‭1‬ ‭5‬ ‭SSC CGL 04/06/2019 (Evening)‬
‭(a) 2‬ ‭(b) 3‬ ‭(c) 3‬ ‭(d) 2‬
‭‬
1 ‭‬
1 ‭1‬ ‭1‬ ‭2‬ ‭8‬ ‭2‬ ‭8‬
‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬ ‭(a) 192‬ ‭(b) 256‬ ‭(c) 288 (d) 128‬
‭4‬ ‭2‬ ‭2‬
‭2‬
‭2‬
‭ .70.‬‭The area of a field in the shape of a‬
Q ‭ .79.‬ ‭The‬‭area‬‭of‬‭a‬‭triangle‬‭is‬‭15‬‭sq‬‭cm‬
Q
‭ .62.‬ ‭Twelve‬ ‭sticks,‬ ‭each‬ ‭of‬ ‭length‬ ‭one‬
Q ‭hexagon‬‭is‬‭2400√3‬‭square‬‭meters.‬‭What‬ ‭and‬ ‭the‬ ‭radius‬ ‭of‬‭its‬‭incircle‬‭is‬‭3‬‭cm.‬‭Its‬
‭unit,‬ ‭are‬ ‭used‬ ‭to‬ ‭form‬ ‭an‬ ‭equilateral‬ ‭will‬ ‭be‬ ‭the‬ ‭cost(Rs.)‬ ‭of‬ ‭fencing‬ ‭it‬ ‭at‬‭Rs.‬ ‭perimeter is equal to :‬
‭triangle. The area of the triangle is :‬ ‭18.50 per meter?‬ ‭SSC CGL 04/06/2019 (Evening)‬
‭SSC CHSL 10/07/2019 (Morning)‬ ‭SSC CHSL 01/07/2019 (Evening)‬ ‭(a) 12 cm (b) 20 cm (c) 5 cm (d) 10 cm‬
‭(a) 3‬ ‭3‬‭‬ ‭(b) 2‬ ‭3‬‭‬ ‭(c) 4‬ ‭3‬‭‬ ‭(d)‬‭8‬ ‭3‬ ‭(a) 4440‬ ‭(b) 5920 (c) 5550 (d) 5180‬
‭2‬
‭ .80.‬ ‭How‬ ‭much‬ ‭iron‬ ‭sheet‬ ‭(in‬ ‭𝑚‬ ‭)‬ ‭will‬
Q
‭ .63.‬ ‭If‬ ‭the‬ ‭length‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬
Q ‭ .71.‬ ‭Six‬ ‭cubes,‬‭each‬‭of‬‭edge‬‭2‬‭cm,‬‭are‬
Q
‭be‬ ‭needed‬ ‭to‬ ‭construct‬ ‭a‬ ‭rectangular‬
‭decreased‬ ‭by‬ ‭11%‬ ‭and‬ ‭the‬ ‭breadth‬ ‭is‬ ‭joined‬ ‭end‬ ‭to‬ ‭end.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬
‭tank‬‭measuring‬ ‭10‬‭‬‭𝑚‬‭‬ × ‭8‬‭‬‭𝑚‭‬‬ × ‭6‬‭‬‭𝑚‬‭,‬‭if‬‭a‬
‭increased by 11%, its area will undergo :‬ ‭surface area of the resulting cuboid‬
‭circular‬‭opening‬‭of‬‭radius‬‭one‬‭meter‬‭is‬‭to‬
‭SSC CHSL 09/07/2019 (Afternoon)‬ ‭SSC CGL 13/06/2019 (Morning)‬
‭be‬‭left‬‭at‬‭the‬‭top‬‭of‬‭the‬‭tank?‬‭(correct‬‭to‬
‭(a) 13.13% increase (b) 1.21% increase‬ ‭(a) 96‬‭𝑐 𝑚‬
‭2‬
‭(b) 144‬‭𝑐 𝑚‬
‭2‬
‭one decimal place)‬
‭(c) 1.21%decrease (d) 13.13% decrease‬ ‭2‬ ‭2‬
‭(c) 104‬‭𝑐 𝑚‬ ‭(d) 128‬‭𝑐 𝑚‬ ‭SSC CGL 04/06/2019 (Afternoon)‬
‭ .64.‬‭In triangle ABC, the length of BC is‬
Q ‭(a) 371.6 (b) 370.4 (c) 372.9 (d) 370.8‬
‭less‬‭than‬‭twice‬‭the‬‭length‬‭of‬‭AB‬‭by‬‭2‬‭cm.‬ ‭ .72.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬‭sphere‬‭is‬‭reduced‬
Q ‭3‬
‭by‬ ‭40%.‬ ‭By‬‭what‬‭percent,‬‭will‬‭its‬‭volume‬ ‭ .81.‬‭A‬‭solid‬‭cube‬‭of‬‭volume‬‭13824‬‭𝑐 𝑚‬
Q
‭The‬ ‭length‬ ‭of‬ ‭AC‬ ‭exceeds‬ ‭the‬ ‭length‬ ‭of‬
‭decrease?‬ ‭is‬‭cut‬‭into‬‭8‬‭cubes‬‭of‬‭equal‬‭volumes.‬‭The‬
‭AB‬‭by‬‭10‬‭cm.‬‭The‬‭perimeter‬‭is‬‭32cm.‬‭The‬
‭SSC CGL 10/06/2019 (Afternoon)‬ ‭ratio‬ ‭of‬ ‭the‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭original‬
‭length‬‭(in‬‭cm)‬‭of‬‭the‬‭smallest‬‭side‬‭of‬‭the‬
‭(a) 60%‬ ‭(b) 64%‬ ‭(c) 72.5% (d) 78.4%‬ ‭cube‬ ‭to‬ ‭the‬‭sum‬‭of‬‭the‬‭surface‬‭areas‬‭of‬
‭triangle is :‬
‭three of the smaller cubes is :‬
‭SSC CHSL 05/07/2019 (Afternoon)‬ ‭ .73.‬‭The‬‭area‬‭of‬‭a‬‭field‬‭in‬‭the‬‭shape‬‭of‬‭a‬
Q ‭SSC CGL 04/06/2019 (Morning)‬
‭(a) 4‬ ‭(b) 10‬ ‭(c) 8‬ ‭(d) 6‬ ‭triangle‬ ‭with‬ ‭each‬ ‭side‬ ‭x‬ ‭meter‬ ‭is‬‭equal‬ ‭(a) 2 : 3 (b) 4 : 3 (c) 8 : 3 (d) 2 : 1‬
‭ .65.‬ ‭The‬ ‭parallel‬ ‭sides‬ ‭of‬ ‭a‬ ‭trapezium‬
Q ‭to‬ ‭the‬ ‭area‬ ‭of‬ ‭another‬ ‭triangular‬ ‭field‬
‭having‬ ‭sides‬ ‭50m,‬ ‭70m‬ ‭and‬ ‭80m.‬ ‭The‬ ‭ .82.‬ ‭The‬ ‭unequal‬ ‭side‬ ‭of‬ ‭an‬ ‭isosceles‬
Q
‭are‬‭20‬‭cm‬‭and‬‭10‬‭cm‬‭and‬‭its‬‭non-parallel‬ ‭triangle‬ ‭is‬ ‭2cm.‬ ‭The‬ ‭medians‬ ‭drawn‬ ‭to‬
‭sides‬‭are‬‭equal‬‭to‬‭each‬‭other.‬‭If‬‭its‬‭area‬‭is‬ ‭value of x is closest to :‬
‭SSC CGL 07/06/2019 (Afternoon)‬ ‭the‬ ‭equal‬ ‭sides‬ ‭are‬ ‭perpendicular.‬ ‭The‬
‭2‬
‭ 80‬ ‭𝑐 𝑚‬ ‭,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬‭length‬‭(in‬‭cm)‬
1 ‭area of the triangle is :‬
‭(a) 65.5‬ ‭(b) 63.2 (c) 62.4 (d) 61.8‬
‭of each non parallel side?‬ ‭SSC CPO 16/03/2019 (Evening)‬
‭SSC CHSL 04/07/2019 (Morning)‬ ‭ .74.‬‭A‬‭sector‬‭is‬‭cut‬‭out‬‭from‬‭a‬‭circle‬‭of‬
Q ‭2‬
‭(a) 2‬‭𝑐 𝑚‬
‭2‬ ‭2‬
‭(b) 3‬‭𝑐 𝑚‬ ‭(c) 5‬‭𝑐 𝑚‬ ‭(d)‬‭1‭𝑐‬ 𝑚‬
‭2‬

‭(a) 11‬ ‭(b) 13‬ ‭(c) 12‬ ‭(d) 15‬ ‭diameter‬‭42‬‭cm.‬‭If‬‭the‬‭angle‬‭of‬‭the‬‭sector‬


‭is‬‭150°,‬‭then‬‭its‬‭area‬‭(‬‭in‬‭square‬‭cm‬‭)‬‭is‬‭:‬ ‭ .83.‬‭A‬‭steel‬‭vessel‬‭has‬‭a‬‭base‬‭of‬‭length‬
Q
‭ .66.‬‭The‬‭length‬‭of‬‭a‬‭rectangular‬‭park‬‭is‬
Q ‭60‬ ‭cm‬ ‭and‬ ‭breadth‬ ‭30‬ ‭cm.‬ ‭Water‬ ‭is‬
‭22‬
‭20m‬‭more‬‭than‬‭its‬‭breadth.‬‭If‬‭the‬‭cost‬‭of‬ ‭(Take 𝜋 =‬ )‭ ‬ ‭poured‬‭in‬‭the‬‭vessel.‬‭A‬‭cubical‬‭steel‬‭box‬
‭7‬
‭fencing‬ ‭the‬ ‭park‬ ‭at‬ ‭Rs.‬ ‭53‬ ‭per‬ ‭metre‬ ‭is‬ ‭having‬ ‭an‬ ‭edge‬ ‭of‬ ‭30‬ ‭cm‬ ‭is‬ ‭immersed‬
‭ SC CGL 07/06/2019 (Morning)‬
S
‭Rs.‬ ‭21,200,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭area‬ ‭(In‬ ‭completely‬ ‭in‬ ‭the‬ ‭vessel.‬ ‭By‬ ‭how‬ ‭much‬
‭(a) 564‬ ‭(b) 574‬ ‭(c) 580.6 (d) 577.5‬
‭square metres) of the park ?‬ ‭will the water rise?‬
‭SSC CHSL 03/07/2019 (Evening)‬ ‭ .75.‬‭The‬‭radii‬‭of‬‭three‬‭concentric‬‭circles‬
Q ‭SSC CPO 16/03/2019 (Evening)‬
‭(a) 9504‬ ‭(b) 8925 (c) 9240 (d) 9900‬ ‭are‬‭in‬‭the‬‭ratio‬‭of‬‭4:5:7.‬‭What‬‭is‬‭the‬‭ratio‬ ‭(a) 12 cm (b) 15 cm (c) 10 cm (d) 9 cm‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ .84.‬ ‭Original‬ ‭breadth‬ ‭of‬ ‭a‬ ‭rectangular‬
Q ‭ ide and 11 m high is:‬
w ‭(c) 3456‬ ‭2‬‭cm³‬ ‭(d) 4356‬ ‭2‬‭cm³‬
‭box‬‭is‬‭20cm.‬‭The‬‭box‬‭was‬‭then‬‭remade‬‭in‬ ‭SSC CPO 15/03/2019 (Evening)‬
‭such‬ ‭a‬ ‭way‬ ‭that‬ ‭its‬ ‭length‬ ‭increased‬ ‭by‬ ‭(a) 21 m (b) 20 m (c) 18 m (d) 19 m‬ ‭8‬
‭Q.101.‬‭A‬‭cylinder‬‭has‬‭a‬‭radius‬ ‭cm‬‭and‬
‭30%‬ ‭but‬ ‭the‬ ‭breadth‬ ‭decreased‬ ‭by‬ ‭20%‬ π
‭2‬ ‭Q.93.‬ ‭If‬ ‭the‬ ‭height‬ ‭of‬ ‭an‬ ‭equilateral‬ ‭its‬‭volume‬‭is‬‭448‬‭cm³.‬‭What‬‭is‬‭the‬‭height‬
‭and‬‭the‬‭area‬‭increased‬‭by‬‭100‬‭𝑐 𝑚‬ ‭.‬‭What‬ ‭2‬
t‭ riangle is‬‭10‬ ‭3‬‭cm, the area (in‬‭𝑐 𝑚‬ ‭) is:‬ ‭22‬
‭2‬
i‭s the new area(in‬ ‭𝑐 𝑚‬ ‭) of the box ?‬ ‭of the cylinder (taken‬π ‭=‬ ‭) ?‬
‭SSC CPO 15/03/2019 (Morning)‬ ‭7‬
‭SSC CPO 16/03/2019 (Evening)‬ ‭ SC CHSL Tier II (18/11/2024)‬
S
‭(a) 2500‬ ‭(b) 2200 (c) 2600 (d) 2400‬ ‭(a) 124‬ ‭3‬ ‭(b) 75‬ ‭3‭‬‬‭‬‭(c)‬‭80‬ ‭3‬ ‭(d)‬‭100‬ ‭3‬ ‭(a) 24 cm (b) 21 cm (c) 23 cm (d) 22 cm‬
‭ .85.‬ ‭Find‬ ‭the‬ ‭cost‬ ‭of‬‭carpeting‬‭a‬‭room‬
Q ‭ .94.‬ ‭The‬ ‭dimensions‬ ‭of‬ ‭a‬ ‭swimming‬
Q ‭ .102.‬‭The‬‭radii‬‭of‬‭the‬‭two‬‭spheres‬‭are‬‭in‬
Q
‭which‬ ‭is‬ ‭11m‬ ‭long‬ ‭and‬ ‭6m‬ ‭broad‬ ‭by‬ ‭a‬ ‭pool‬ ‭are‬ ‭66m‬× ‭35‬‭𝑚‬ × ‭3‭𝑚 ‬ ‬‭.‬ ‭How‬ ‭many‬ ‭the‬‭ratio‬‭4‬‭:‬‭5.‬‭Their‬‭volume‬‭will‬‭be‬‭in‬‭the‬
‭carpet‬‭which‬‭is‬‭60cm‬‭broad‬‭at‬‭the‬‭rate‬‭of‬ ‭hours‬‭will‬‭it‬‭take‬‭to‬‭fill‬‭the‬‭pool‬‭by‬‭a‬‭pipe‬ ‭ratio:‬
‭rs 112.50 per meter.‬ ‭of‬ ‭diameter‬‭35‬‭cm‬‭with‬‭water‬‭flowing‬‭at‬ ‭SSC CHSL Tier II (18/11/2024)‬
‭SSC CPO 16/03/2019 (Afternoon)‬ ‭speed 8 m/s ?‬ ‭(a) 64 : 125‬ ‭(b) 125 : 64‬
‭(a) 12,375‬ ‭(b) 13,280‬ ‭SSC CPO 15/03/2019 (Morning)‬ ‭(c) 16 : 25‬ ‭(d) 4 : 5‬
‭(c) 11,695‬ ‭(d) 12,040‬ ‭(a) 2.75 h (b) 3.5 h (c) 2.5 h (d) 3.2 h‬
‭ .103.‬‭For‬‭making‬‭a‬‭toy,‬‭a‬‭hemisphere‬‭is‬
Q
‭ .86.‬ ‭A‬ ‭field‬ ‭is‬ ‭119m‬ × ‭18m‬ ‭in‬
Q ‭ .95.‬ ‭Which‬ ‭of‬ ‭the‬ ‭following‬ ‭has‬ ‭the‬
Q ‭attached‬ ‭at‬ ‭one‬ ‭end‬ ‭of‬ ‭a‬‭cylinder‬‭and‬‭a‬
‭dimension.‬ ‭A‬ ‭tank‬ ‭17m‬ × ‭6m‬ × ‭3m‬ ‭is‬ ‭maximum number of vertices ?‬ ‭cone‬ ‭is‬ ‭attached‬ ‭at‬‭the‬‭other‬‭end‬‭of‬‭the‬
‭dug‬ ‭out‬ ‭in‬ ‭the‬ ‭middle‬ ‭and‬ ‭the‬ ‭soil‬ ‭SSC CPO 14/03/2019 (Evening)‬ ‭cylinder.‬ ‭The‬ ‭cylinder,‬ ‭the‬ ‭cone‬ ‭and‬ ‭the‬
‭removed‬ ‭is‬ ‭evenly‬ ‭spread‬ ‭over‬ ‭the‬ ‭(a) Cuboid‬ ‭hemisphere‬ ‭have‬ ‭a‬ ‭common‬ ‭radius‬ ‭of‬
‭remaining‬ ‭part‬ ‭of‬‭the‬‭field.‬‭The‬‭increase‬ ‭(b) Triangular Prism‬ ‭4.2‬ ‭cm.‬ ‭The‬ ‭height‬ ‭of‬ ‭the‬ ‭cylinder‬ ‭and‬
‭in‬ ‭the‬ ‭level‬ ‭on‬ ‭the‬‭remaining‬‭part‬‭of‬‭the‬ ‭(c) Hexagonal pyramid‬ ‭that‬‭of‬‭the‬‭cone‬‭is‬‭7‬‭cm.‬‭Find‬‭the‬‭volume‬
‭field is: (in cm)‬ ‭(d) Tetrahedron‬ ‭1‬
‭SSC CPO 16/03/2019 (Afternoon)‬ ‭(in cm³) of the toy. (Use π =‬ ‭)‬
‭22‬
‭(a) 14 cm (b) 13 cm (c) 15 cm (d) 12 cm‬ ‭ .96.‬ ‭A‬ ‭diagonal‬‭of‬‭a‬‭quadrilateral‬‭is‬‭40‬
Q
‭ SC CHSL Tier II (18/11/2024)‬
S
‭cm.‬ ‭The‬ ‭length‬ ‭of‬ ‭the‬ ‭perpendicular‬ ‭to‬
‭(a) 358.8‬ ‭(b) 762.255‬
‭ .87.‬‭A‬‭swimming‬‭pool‬‭is‬‭40‬‭m‬‭in‬‭length,‬
Q ‭the‬‭opposite‬‭ends‬‭is‬‭7.5‬‭cm‬‭and‬‭8.6‬‭cm.‬
‭(c) 672.672‬ ‭(d) 863.25‬
‭30‬‭m‬‭in‬‭breadth‬‭and‬‭2.2‬‭m‬‭in‬‭depth.‬‭The‬ ‭What is the area (in cm‬‭2‭)‬ of ​quadrilateral?‬
‭cost of cementing its floor and the four‬ ‭SSC CPO 14/03/2019 (Evening)‬
‭2‬ ‭(a) 434 (b) 322 (c) 368 (d) 28‬ ‭SSC MTS 2024 Tier - 1‬
‭ ides at Rs. 25/‬‭𝑚‬ ‭‭i‬s:‬
s
‭SSC CPO 16/03/2019 (Afternoon)‬
‭Q.97.‬ ‭The‬ ‭area‬ ‭of‬ ‭each‬ ‭square‬ ‭of‬ ‭a‬ ‭Q.104.‬ ‭The‬ ‭area‬ ‭of‬‭a‬‭regular‬‭hexagon‬‭is‬
‭(a) Rs.43,980‬ ‭(b) Rs.37540‬ ‭2‬
‭(c) Rs.34260‬ ‭(d) Rs.37700‬ ‭ hessboard‬ ‭having‬ ‭64‬‭squares‬‭is‬‭4‬ ‭𝑐 𝑚‬ ‭.‬
c ‭ 048‬ ‭3‬ ‭cm².‬ ‭What‬ ‭is‬ ‭the‬ ‭length‬‭(in‬‭cm)‬
2
‭If‬‭there‬‭is‬‭a‬‭border‬‭on‬‭all‬‭the‬‭sides‬‭of‬‭the‬ ‭of each side of the hexagon ?‬
‭ .88.‬ ‭A‬ ‭square‬‭cardboard‬‭with‬‭side‬‭3‬‭m‬
Q ‭chessboard‬ ‭of‬ ‭2‬ ‭cm,‬ ‭then‬ ‭the‬‭perimeter‬ ‭SSC MTS 30/09/2024 (Morning)‬
‭is‬ ‭folded‬ ‭through‬ ‭one‬ ‭of‬ ‭its‬ ‭diagonal‬ ‭to‬ ‭of the chessboard is:‬ ‭64‬ ‭3‬ ‭ 2‬ ‭3‬
3
‭make‬ ‭a‬ ‭triangle,‬ ‭the‬ ‭height(m)‬ ‭of‬ ‭the‬ ‭SSC CPO 14/03/2019 (Morning)‬ ‭(a) 32‬ ‭3‬ ‭(b)‬ ‭(c)‬ ‭(d)‬‭64‬ ‭3‬
‭3‬‭‬ ‭ ‭‬‬
3
‭triangle is :‬ ‭(a)128cm (b) 80cm (c)70cm (d)256cm‬
‭SSC CPO 16/03/2019 (Morning)‬ ‭ .105.‬ ‭A‬ ‭right‬ ‭circular‬ ‭cone‬ ‭of‬ ‭height‬ ‭h‬
Q
‭3‬ ‭2‬ ‭ .98.‬ ‭The‬ ‭sides‬ ‭of‬ ‭a‬ ‭triangle‬ ‭are‬ ‭24cm,‬
Q ‭and‬‭radius‬‭R‬‭is‬‭cut‬‭by‬‭a‬‭plane‬‭parallel‬‭to‬
‭(a)‬ ‭(b) 2‬ ‭3‬ ‭(c) 3‬ ‭2‬ ‭(d)‬ ‭45cm‬ ‭and‬ ‭51cm.‬ ‭At‬ ‭each‬ ‭of‬‭its‬‭vertices,‬ ‭‬

‭2‬ ‭3‬ ‭the‬‭base‬‭at‬‭a‬‭distance‬ ‭from‬‭the‬‭base.‬
‭circles‬‭of‬‭radius‬‭10.5cm‬‭are‬‭drawn.‬‭What‬ ‭4‬
‭Q.89.‬ ‭If‬ ‭the‬‭area‬‭of‬‭a‬‭regular‬‭hexagon‬‭is‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭triangle,‬ ‭excluding‬ ‭the‬ ‭ he‬ ‭ratio‬ ‭of‬ ‭the‬‭curved‬‭surface‬‭areas‬‭of‬
T
‭2‬
‭ 08‬ ‭3‬‭𝑐 𝑚‬ ‭, its perimeter (in cm) is:‬
1 ‭portion covered by sectors of the circles?‬ ‭the resulting cone to the frustum is:‬
‭SSC CPO 15/03/2019 (Evening)‬ ‭SSC CPO 13/03/2019 (Evening)‬ ‭SSC MTS 30/09/2024 (Afternoon)‬
‭2‬ ‭2‬ ‭(a) 7 : 16 (b) 16 : 9 (c) 16 : 7 (d) 9 : 7‬
‭(a) 36‬ ‭2‬ ‭(b) 42‬ ‭3‬ ‭(c) 28‬ ‭3‬ ‭(d) 24‬ ‭(a) 244.75‬‭𝑐 𝑚‬ ‭(b) 366.75‬‭𝑐 𝑚‬
‭2‬ ‭2‬
‭(c) 464.75‬‭𝑐 𝑚‬ ‭(d) 327.75‬‭𝑐 𝑚‬ ‭ .106‬‭.‬‭What‬‭is‬‭the‬‭number‬‭of‬‭gold‬‭coins,‬
Q
‭ .90.‬ ‭A‬ ‭square‬ ‭piece‬ ‭of‬ ‭cardboard‬ ‭with‬
Q
‭each‬ ‭having‬ ‭a‬ ‭radius‬‭of‬‭0.875‬‭cm‬‭and‬‭a‬
‭side‬ ‭12‬ ‭cm‬ ‭has‬ ‭a‬ ‭small‬ ‭square‬ ‭of‬ ‭2‬ ‭cm‬ ‭ .99.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬
Q ‭thickness‬ ‭of‬ ‭2‬ ‭mm,‬ ‭that‬ ‭need‬ ‭to‬ ‭be‬
‭cut‬ ‭out‬ ‭from‬ ‭each‬ ‭of‬ ‭the‬ ‭corners.‬ ‭The‬ ‭increased‬ ‭by‬ ‭150‬ ‭%‬ ‭and‬ ‭its‬ ‭height‬ ‭is‬ ‭melted‬ ‭to‬ ‭create‬ ‭a‬ ‭cuboid‬ ‭with‬
‭resulting‬ ‭flaps‬ ‭are‬ ‭turned‬ ‭up‬ ‭to‬ ‭make‬ ‭a‬ ‭decreased‬ ‭by‬ ‭20‬ ‭%.‬ ‭What‬ ‭is‬ ‭the‬
‭3‬ ‭dimensions 5.5 cm‬× ‭5 cm‬× ‭3.5 cm ?‬
‭ ox‬ ‭2‬ ‭cm‬ ‭deep.‬ ‭The‬ ‭volume‬ ‭(in‬ ‭𝑐 𝑚‬ ‭)‬ ‭of‬
b ‭percentage increase in its volume?‬ ‭‭2
‬ 2‬
‭the box is:‬ ‭SSC CPO 12/03/2019 (Morning)‬ ‭(Use π =‬ ‭)‬
‭7‬
‭SSC CPO 15/03/2019 (Evening)‬ ‭(a) 400% (b) 600% (c) 500% (d) 80%‬ ‭ SC MTS 30/09/2024 (Evening)‬
S
‭(a) 128 (b) 94 (c) 102 (d) 11‬‭‬ ‭(a) 250‬ ‭(b) 175‬ ‭(c) 200‬ ‭(d) 225‬
‭2‬ ‭Practice Questions‬ ‭ .107.‬ ‭A‬ ‭cylindrical‬ ‭tank‬‭of‬‭height‬‭10‬‭m‬
Q
‭ .91.‬ ‭The‬ ‭area‬ ‭(in‬ ‭𝑐 𝑚‬ ‭)of‬‭a‬‭right‬‭angled‬
Q
‭triangle‬ ‭having‬ ‭base‬ ‭24‬ ‭cm‬ ‭and‬ ‭and‬‭radius‬‭5‬‭m‬‭has‬‭a‬‭small‬‭circular‬‭cut‬‭of‬
‭hypotenuse 25 cm is :‬
‭SSC CHSL 2024 Tier - 2‬ ‭0.5‬ ‭m‬ ‭radius‬ ‭on‬ ‭its‬ ‭top‬ ‭surface.‬ ‭What‬
‭SSC CPO 15/03/2019 (Evening)‬ ‭would‬ ‭be‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬
‭ .100.‬ ‭The‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭cube‬ ‭is‬
Q
‭(a) 72‬ ‭(b) 108‬ ‭(c) 92‬ ‭(d) 84‬ ‭tank ?‬
‭1728 cm². Find its volume.‬
‭SSC MTS 01/10/2024 (Morning)‬
‭ .92.‬‭The‬‭length‬‭of‬‭the‬‭longest‬‭pole‬‭that‬
Q ‭SSC CHSL Tier II (18/11/2024)‬
‭599π‬ ‭2‬
‭can be placed in a room 16 m long, 8 m‬ ‭(a) 6453‬ ‭2‬‭cm³‬ ‭(b) 5436‬ ‭2‬‭cm³‬ ‭(a)‬ ‭m‬ ‭(b) 156 π m‬‭2‬
‭4‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭299π‬ ‭2‬ ‭ SC MTS 08/10/2024 (Evening)‬
S ‭ SC MTS 14/10/2024 (Evening)‬
S
‭(c)‬ ‭m‬ ‭(d) 150 π m²‬
‭2‬ ‭(a) 21‬ ‭(b) 10.5‬ ‭(c) 14‬ ‭(d) 7‬ ‭(a) 351‬ ‭(b) 66‬ ‭(c) 75‬ ‭(d)156‬

‭ .108.‬‭A‬‭solid‬‭cylinder‬‭with‬‭a‬‭height‬‭of‬‭8‬
Q ‭Q.115.‬‭ABCDEF‬‭is‬‭a‬‭regular‬‭hexagon,‬‭and‬ ‭ .122.‬ ‭A‬ ‭cone‬ ‭of‬ ‭radius‬ ‭16‬ ‭cm‬ ‭and‬
Q
‭units‬ ‭and‬ ‭a‬ ‭radius‬ ‭of‬ ‭3.5‬ ‭units‬ ‭is‬ ‭to‬ ‭be‬ ‭ ‬ ‭(‬‭𝐴 𝐷‬‭)‬ ‭=‬ ‭12‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭(in‬
m ‭height‬ ‭12‬ ‭cm‬‭is‬‭cut,‬‭parallel‬‭to‬‭the‬‭base,‬
‭covered‬‭with‬‭a‬‭paper‬‭sheet.‬‭If‬‭the‬‭cost‬‭of‬ ‭cm‬‭2‭)‬ of the given hexagon ?‬ ‭at‬ ‭some‬ ‭height‬ ‭closer‬ ‭to‬ ‭the‬ ‭top.‬ ‭If‬ ‭the‬
‭the‬‭paper‬‭sheet‬‭is‬‭₹40‬‭per‬‭5‬‭square‬‭units,‬ ‭SSC MTS 09/10/2024 (Morning)‬ ‭ratio‬ ‭of‬‭the‬‭heights‬‭of‬‭the‬‭solids‬‭is‬‭1‬‭:‬‭3,‬
‭the‬‭cost‬‭(in‬‭₹)‬‭of‬‭covering‬‭the‬‭cylinder‬‭is‬ ‭(a) 216‬ ‭3‬‭(b) 54‬ ‭3‬‭(c) 108‬ ‭3‬‭(d) 162‬ ‭3‬ ‭then‬ ‭the‬ ‭ratio‬ ‭of‬ ‭the‬ ‭total‬ ‭surface‬‭areas‬
‭22‬ ‭of‬ ‭the‬ ‭two‬ ‭solids‬ ‭formed‬ ‭is‬
‭_________ (Take π =‬ ‭)‬ ‭ .116.‬ ‭A‬ ‭right‬ ‭circular‬ ‭cone‬ ‭of‬ ‭height‬ ‭h‬
Q
‭7‬ ‭approximately given by:‬
‭ SC MTS 01/10/2024 (Afternoon)‬
S ‭and‬ ‭radius‬ ‭R‬ ‭is‬ ‭cut‬ ‭by‬ ‭a‬ ‭parallel‬ ‭to‬ ‭the‬ ‭SSC MTS 17/10/2024 (Morning)‬
‭(a) 2268 (b) 1664 (c) 2024 (d) 1012‬ ‭‬
ℎ ‭(a) 9 : 143 (b) 1 : 8 (c) 2 : 15 (d) 7 : 180‬
‭base‬‭at‬‭a‬‭distance‬ ‭from‬‭the‬‭base.‬‭The‬
‭5‬
‭ .109.‬ ‭A‬ ‭hemispherical‬ ‭bowl‬ ‭is‬ ‭264‬‭cm‬
Q r‭ atio‬ ‭of‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭ .123.‬ ‭A‬ ‭conical‬ ‭cavity‬ ‭is‬ ‭drilled‬ ‭in‬ ‭a‬
Q
‭round‬‭at‬‭the‬‭brim.‬‭Suppose‬‭that‬‭the‬‭bowl‬ ‭frustum‬ ‭and‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭solid‬‭circular‬‭cylinder‬‭of‬‭7‬‭cm‬‭height‬‭and‬
‭is‬‭half-full‬‭of‬‭beverage.‬‭If‬‭the‬‭beverage‬‭is‬ ‭resulting cone is:‬ ‭48‬ ‭cm‬ ‭base‬ ‭diameter.‬ ‭The‬ ‭height‬ ‭and‬
‭served‬ ‭in‬‭hemispherical‬‭glasses‬‭6‬‭cm‬‭in‬ ‭SSC MTS 09/10/2024 (Afternoon)‬ ‭base‬ ‭diameter‬‭of‬‭the‬‭cone‬‭are‬‭the‬‭same‬
‭the‬‭diameter‬‭at‬‭the‬‭top,‬‭how‬‭many‬‭people‬ ‭(a) 16 (R + L) : 9L (b) 9 (R + L) : 16L‬ ‭as‬‭those‬‭of‬‭the‬‭cylinder.‬‭What‬‭is‬‭the‬‭total‬
‭would be served ?‬ ‭(c) 16L : 9 (R + L) (d) 9L : 16 (R + L)‬ ‭surface area of the remaining solid ?‬
‭SSC MTS 07/10/2024 (Morning)‬ ‭SSC MTS 17/10/2024 (Afternoon)‬
‭ .117.‬‭The‬‭radius‬‭of‬‭the‬‭base‬‭and‬‭height‬
Q
‭(a) 1170 (b) 1372 (c) 1270 (d) 1470‬ ‭(a) 1512π cm‬‭2‬ ‭(b) 1076π cm‬‭2‬
‭of‬‭a‬‭right‬‭circular‬‭cone‬‭are‬‭in‬‭the‬‭ratio‬‭8‬‭:‬ ‭2‬
‭(c) 1420π cm‬ ‭(d) 1654π cm‬‭2‬
‭ .110.‬‭What‬‭is‬‭the‬‭area‬‭of‬‭the‬‭remaining‬
Q ‭15.‬‭Find‬‭the‬‭slant‬‭height‬‭of‬‭the‬‭cone‬‭if‬‭its‬
‭portion‬ ‭of‬‭a‬‭circle‬‭of‬‭radius‬‭14‬‭cm‬‭when‬ ‭‬
5 ‭ .124.‬‭The‬‭side‬‭of‬‭a‬‭square‬‭exceeds‬‭the‬
Q
‭volume is 1005‬ ‭cm‬‭3‬
‭7‬
‭a‬ ‭square‬ ‭with‬ ‭maximum‬ ‭possible‬ ‭area‬ ‭side‬ ‭of‬ ‭another‬ ‭square‬ ‭by‬‭3‬‭cm‬‭and‬‭the‬
‭inscribed‬‭in‬‭it‬‭is‬‭removed‬‭from‬‭it?‬‭(Use‬‭π‬ ‭ SC MTS 09/10/2024 (Afternoon)‬
S
‭sum‬ ‭of‬ ‭the‬ ‭areas‬ ‭of‬ ‭the‬ ‭two‬ ‭squares‬ ‭is‬
‭(a) 12 cm (b) 17 cm (c) 21 cm (d) 15 cm‬
‭22‬ ‭225‬ ‭cm‬‭2‭.‬ ‬ ‭Find‬‭the‬‭sum‬‭of‬‭the‬‭perimeter‬
‭=‬ ‭)‬
‭7‬ ‭ .118.‬ ‭A‬ ‭rectangular‬ ‭sheet‬ ‭of‬‭length‬‭28‬
Q ‭(in cm) of both squares.‬
‭ SC MTS 07/10/2024 (Morning)‬
S ‭cm‬‭and‬‭breadth‬‭16‬‭cm‬‭is‬‭folded‬‭to‬‭meet‬ ‭SSC MTS 17/10/2024 (Evening)‬
‭(a) 518 cm‬‭2‬ ‭(b) 520 cm‬‭2‬ ‭the‬ ‭edges‬ ‭so‬ ‭that‬ ‭it‬ ‭is‬ ‭made‬ ‭into‬ ‭a‬ ‭(a) 84‬ ‭(b) 74‬ ‭(c) 64‬ ‭(d) 94‬
‭2‬
‭(c) 224 cm‬ ‭(d) 616 cm‬‭2‬ ‭cylindrical‬ ‭pipe‬ ‭in‬ ‭two‬ ‭possible‬ ‭ways‬ ‭–‬
‭ .125.‬ ‭The‬‭external‬‭curved‬‭surface‬‭area‬
Q
‭one‬‭along‬‭the‬‭length‬‭and‬‭the‬‭other‬‭along‬
‭ .111.‬ ‭The‬‭volume‬‭of‬‭the‬‭hemisphere‬‭is‬
Q ‭of‬ ‭a‬ ‭metallic‬ ‭hemispherical‬ ‭bowl‬ ‭is‬ ‭308‬
‭the‬ ‭breadth.‬ ‭The‬ ‭larger‬ ‭volume‬ ‭is‬ ‭how‬
‭486π‬ ‭cm³.‬ ‭If‬ ‭the‬ ‭radius‬ ‭is‬ ‭tripled,‬ ‭then‬ ‭cm‬‭2‬ ‭.‬‭If‬‭the‬‭density‬‭of‬‭metal‬‭is‬‭8.7‬‭gm‬‭per‬
‭much percentage of smaller volume ?‬
‭what‬ ‭will‬ ‭be‬ ‭its‬ ‭curved‬ ‭surface‬ ‭area‬ ‭(in‬ ‭cm‬‭3‬ ‭,‬‭then‬‭the‬‭mass‬‭of‬‭the‬‭bowl‬‭is‬‭equal‬
‭SSC MTS 09/10/2024 (Evening)‬
‭cm²) ?‬ ‭22‬
‭(a) 165% (b) 180% (c) 185% (d) 175%‬ ‭to: (Take‬π‭‬‭=‬ ‭)‬
‭SSC MTS 07/10/2024 (Afternoon)‬ ‭7‬
‭(a) 1458 (b) 1025π (c) 1458π (d) 1546‬ ‭ .119.‬‭A‬‭conical‬‭tent‬‭is‬‭to‬‭accommodate‬
Q ‭ SC MTS 18/10/2024 (Morning)‬
S
‭12‬‭persons.‬‭Each‬‭person‬‭must‬‭have‬‭5‬‭m‬‭2‬ ‭(a) 6254.2 gm‬ ‭(b) 6252.4 gm‬
‭ .112.‬ ‭A‬ ‭hemispherical‬ ‭bowl‬ ‭of‬‭internal‬
Q ‭of‬‭the‬‭space‬‭on‬‭the‬‭ground‬‭and‬‭20‬‭m‬‭3‬ ‭of‬ ‭(c) 5262.4 gm‬ ‭(d) 5264.2 gm‬
‭radius‬‭15‬‭cm‬‭contains‬‭a‬‭liquid.‬‭The‬‭liquid‬ ‭air‬ ‭to‬ ‭breathe.‬ ‭The‬ ‭height‬ ‭of‬ ‭the‬ ‭tent‬
‭is‬ ‭to‬ ‭be‬ ‭filled‬ ‭into‬ ‭cylindrical‬ ‭shaped‬ ‭should be:‬ ‭ .126.‬ ‭From‬ ‭a‬ ‭square‬ ‭with‬ ‭area‬ ‭a‭2‬ ‬
Q
‭bottles‬ ‭of‬ ‭diameter‬ ‭5‬ ‭cm‬ ‭and‬ ‭height‬ ‭6‬ ‭SSC MTS 09/10/2024 (Evening)‬ ‭another‬ ‭square‬ ‭made‬ ‭on‬ ‭mid‬ ‭points‬ ‭of‬
‭cm.‬ ‭The‬ ‭number‬ ‭of‬ ‭bottles‬ ‭required‬ ‭to‬ ‭(a) 12 m (b) 13 m (c) 12.5 m (d) 22 m‬ ‭the‬‭sides‬‭of‬‭the‬‭square‬‭is‬‭removed.‬‭What‬
‭empty the bowl is:‬ ‭is the area left in the square ?‬
‭SSC MTS 08/10/2024 (Morning)‬ ‭ .120.‬‭A‬‭medicine‬‭capsule‬‭is‬‭shaped‬‭like‬
Q ‭SSC MTS 18/10/2024 (Morning)‬
‭(a) 40‬ ‭(b) 30‬ ‭(c) 60‬ ‭(d) 50‬ ‭a‬ ‭cylinder‬ ‭with‬ ‭two‬ ‭hemispheres‬ ‭2‬
‭‬
𝑎
‭2‬
‭2‬‭𝑎‬
‭2‬
‭‬
𝑎
‭2‬
‭3‬‭𝑎‬
‭attached‬ ‭to‬ ‭each‬‭of‬‭its‬‭ends.‬‭The‬‭length‬ ‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭2‬ ‭3‬ ‭4‬ ‭4‬
‭ .113.‬‭A‬‭solid‬‭cone‬‭of‬‭base‬‭radius‬‭7‬‭cm‬
Q ‭of‬ ‭the‬ ‭entire‬ ‭capsule‬ ‭is‬ ‭15‬ ‭mm,‬ ‭and‬ ‭its‬
‭and‬ ‭height‬ ‭18‬ ‭cm‬ ‭is‬ ‭melted‬ ‭and‬ ‭recast‬ ‭ .127.‬ ‭In‬ ‭a‬ ‭lead‬ ‭pipe‬ ‭4.2‬ ‭m‬ ‭long,‬ ‭the‬
Q
‭diameter‬ ‭is‬‭6‬‭mm.‬‭Calculate‬‭the‬‭surface‬
‭into‬ ‭a‬ ‭hollow‬ ‭metal‬ ‭hemisphere‬ ‭of‬ ‭external‬ ‭diameter‬ ‭is‬ ‭5.4‬ ‭cm‬ ‭and‬ ‭the‬
‭area‬ ‭(in‬ ‭mm²,‬ ‭rounded‬ ‭to‬ ‭the‬ ‭nearest‬ ‭thickness‬ ‭of‬ ‭the‬ ‭pipe‬ ‭is‬ ‭3‬ ‭mm.‬‭Find‬‭the‬
‭internal‬ ‭and‬ ‭external‬ ‭radii‬ ‭20‬ ‭cm‬ ‭and‬ ‭R‬ ‭22‬
‭integer) of the capsule. (Use π =‬ ‭)‬ ‭weight‬‭of‬‭the‬‭pipe,‬‭if‬‭1‬‭cm³‬‭of‬‭lead‬‭mass‬
‭cm,‬ ‭respectively.‬ ‭What‬ ‭is‬ ‭the‬ ‭value‬ ‭of‬‭R‬ ‭7‬ ‭22‬
‭(in cm)?‬ ‭ SC MTS 14/10/2024 (Afternoon)‬
S ‭is 25 grams. (Use π =‬ ‭)‬
‭7‬
‭SSC MTS 08/10/2024 (Afternoon)‬ ‭(a) 286 (b) 283 (c) 289 (d) 280‬ ‭ SC MTS 18/10/2024 (Afternoon)‬
S
‭(a) 54.90 kg‬ ‭(b) 45.09 kg‬
‭3‬ ‭3‬
‭(a)‬ ‭8144‬ ‭(b)‬ ‭8441‬
‭3‬ ‭3‬ ‭ .121.‬‭A hemispherical container of total‬
Q ‭(c) 59.40 kg‬ ‭(d) 50.49 kg‬
‭(c)‬ ‭8448‬ ‭(d)‬ ‭8568‬
‭surface‬ ‭area‬ ‭7392‬ ‭cm²‬ ‭is‬ ‭filled‬ ‭with‬ ‭oil.‬
‭‬
1 ‭ .128.‬ ‭A‬ ‭solid‬ ‭sphere‬ ‭of‬ ‭iron‬ ‭having‬
Q
‭ .114.‬ ‭A‬ ‭solid‬ ‭spherical‬ ‭item‬ ‭is‬ ‭melted‬
Q ‭However,‬ ‭of‬ ‭the‬ ‭container‬ ‭is‬ ‭empty.‬
‭4‬ ‭radius‬ ‭15‬ ‭cm‬‭is‬‭to‬‭be‬‭melted‬‭and‬‭recast‬
‭into‬‭the‬‭shape‬‭of‬‭a‬‭cylinder‬‭mounted‬‭by‬‭a‬
‭ his‬ ‭oil‬ ‭is‬ ‭to‬ ‭be‬ ‭transferred‬ ‭in‬ ‭small‬
T ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭a‬‭cylindrical‬‭pipe‬‭having‬
‭cone‬‭having‬‭same‬‭radius.‬‭The‬‭diameters‬
‭hemispherical‬ ‭bottles‬ ‭having‬ ‭radius‬ ‭of‬ ‭internal‬‭and‬‭external‬‭radii‬‭4‬‭cm‬‭and‬‭6‬‭cm,‬
‭of‬ ‭the‬ ‭cylinder‬ ‭and‬ ‭sphere‬ ‭are‬ ‭21‬ ‭cm‬
‭6.3‬ ‭cm.‬ ‭How‬ ‭many‬ ‭bottles‬ ‭will‬ ‭be‬ ‭respectively.‬‭Find‬‭the‬‭length‬‭(in‬‭m)‬‭of‬‭the‬
‭each.‬ ‭What‬ ‭is‬ ‭the‬ ‭height‬ ‭(in‬ ‭cm)‬ ‭of‬ ‭the‬
‭required‬ ‭(rounded‬ ‭off‬ ‭to‬ ‭the‬ ‭nearest‬ ‭pipe thus formed.‬
‭cone if the height of the cylinder is 7 cm?‬
‭22‬ ‭22‬ ‭SSC MTS 18/10/2024 (Evening)‬
‭(Take π =‬ ‭)‬ ‭whole number)? (Take π =‬ ‭.)‬
‭7‬ ‭7‬ ‭(a) 2.15 (b) 2.25 (c) 2.45 (d) 2.35‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ .129.‬ ‭The‬ ‭sum‬ ‭of‬ ‭the‬ ‭radius‬ ‭and‬‭slant‬
Q t‭ heir areas ?‬ ‭ SC MTS 13/11/2024 (Afternoon)‬
S
‭height‬ ‭of‬ ‭a‬ ‭cone‬ ‭is‬‭square‬‭of‬‭the‬‭height‬ ‭SSC MTS 22/10/2024 (Afternoon)‬ ‭(a) 9,380 (b) 9,015 (c) 8,950 (d) 9,000‬
‭of‬‭the‬‭cone,‬‭while‬‭the‬‭difference‬‭between‬ ‭(a) 18 : 20 (b) 25 : 36 (c) 23 : 18 (d) 2 : 3‬
‭ .143.‬ ‭If‬ ‭the‬ ‭radii‬ ‭of‬ ‭two‬ ‭right‬ ‭circular‬
Q
‭the‬ ‭radius‬ ‭and‬‭slant‬‭height‬‭is‬‭1‬‭cm‬‭only.‬
‭ .136.‬ ‭An‬ ‭ice-cream‬‭cone‬‭with‬‭a‬‭lid‬‭has‬
Q ‭cylinders‬‭are‬‭in‬‭the‬‭ratio‬‭of‬‭2‬‭:‬‭3‬‭and‬‭their‬
‭What‬‭is‬‭the‬‭total‬‭surface‬‭area‬‭(in‬‭cm²)‬‭of‬
‭a‬ ‭total‬ ‭surface‬‭area‬‭equal‬‭to‬‭the‬‭area‬‭of‬ ‭heights‬‭are‬‭in‬‭the‬‭ratio‬‭of‬‭5‬‭:‬‭4,‬‭then‬‭find‬
‭the‬‭cone‬‭having‬‭height‬‭of‬‭9‬‭cm‬‭?‬‭(Take‬‭π‬
‭another‬ ‭circle‬ ‭of‬ ‭certain‬ ‭radius.‬ ‭If‬ ‭the‬ ‭the ratio of their curved surface areas ?‬
‭22‬
‭=‬ ‭) (Rounded off to 2 decimal places)‬ ‭radius‬‭of‬‭the‬‭circle‬‭is‬‭equal‬‭to‬‭average‬‭of‬ ‭SSC MTS 14/11/2024 (Morning)‬
‭7‬
‭the‬ ‭slant‬ ‭height‬ ‭and‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭(a) 6 : 5‬ ‭(b) 5 : 6 (c) 6 : 10 (d) 10 : 6‬
‭ SC MTS 21/10/2024 (Morning)‬
S
‭(a) 10,437.43‬ ‭(b) 11,282.85‬ ‭cone,‬‭then‬‭the‬‭ratio‬‭of‬‭the‬‭slant‬‭height‬‭of‬
‭Q.144.‬‭A‬‭hollow‬‭hemispherical‬‭steel‬‭bowl‬
‭(c) 10,182.86‬ ‭(d) 10,128.85‬ ‭the cone to the radius of the circle is:‬
‭686‬
‭SSC MTS 23/10/2024 (Morning)‬ ‭can‬ ‭contain‬ π ‭cubic‬ ‭unit‬ ‭of‬ ‭liquid.‬
‭3‬
‭ .130.‬ ‭A‬ ‭cylinder‬ ‭of‬ ‭radius‬ ‭10‬ ‭cm‬ ‭and‬
Q ‭(a) 3 : 1 (b) 2 : 3 (c) 3 : 2 (d) 1 : 3‬
‭height‬ ‭30‬ ‭cm‬‭is‬‭cut,‬‭parallel‬‭to‬‭the‬‭base,‬ ‭ he‬ ‭outer‬ ‭radius‬ ‭is‬ ‭9‬ ‭units.‬ ‭How‬ ‭much‬
T
‭into‬ ‭two‬ ‭pieces‬ ‭of‬ ‭different‬ ‭sizes.‬ ‭The‬ ‭ .137.‬ ‭The‬ ‭diameter‬ ‭of‬ ‭a‬ ‭hollow‬
Q ‭steel is used in making the bowl ?‬
‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭larger‬ ‭piece‬ ‭hemisphere‬‭is‬‭30‬‭cm.‬‭Water‬‭is‬‭filled‬‭in‬‭it‬ ‭SSC MTS 14/11/2024 (Afternoon)‬
‭up‬‭to‬‭its‬‭brim.‬‭When‬‭spherical‬‭lead‬‭shots‬ ‭772‬
‭formed‬ ‭is‬ ‭70%‬ ‭of‬ ‭that‬ ‭of‬ ‭the‬ ‭given‬ ‭(a)‬ π ‭cubic units‬
‭each‬ ‭of‬‭radius‬‭0.75‬‭cm‬‭are‬‭dropped‬‭into‬ ‭3‬
‭cylinder.‬‭The‬‭smaller‬‭piece‬‭is‬‭melted‬‭and‬
‭433‬
‭made‬‭into‬‭a‬‭sphere.‬‭The‬‭radius‬‭(in‬‭cm)‬‭of‬ ‭the‬ ‭hemisphere,‬ ‭two-fifth‬ ‭of‬ ‭the‬ ‭water‬ ‭(b)‬ π ‭cubic units‬
‭3‬
‭the sphere is:‬ ‭flows‬ ‭out.‬ ‭How‬ ‭many‬ ‭lead‬ ‭shots‬ ‭were‬
‭727‬
‭SSC MTS 21/10/2024 (Morning)‬ ‭dropped into the hemisphere ?‬ (‭ c)‬ π ‭cubic units‬
‭3‬
‭3‬ ‭3‬ ‭3‬ ‭3‬
‭(a)‬ ‭821‬ ‭(b)‬ ‭900‬ ‭(c)‬ ‭986‬ ‭(d)‬ ‭844‬ ‭SSC MTS 29/10/2024 (Evening)‬ ‭343‬
‭(a) 1575 (b) 2250 (c) 1600 (d) 1380‬ ‭(d)‬ π ‭cubic units‬
‭3‬
‭ .131.‬ ‭Find‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭largest‬
Q
‭right‬‭circular‬‭cone‬‭which‬‭is‬‭inscribed‬‭in‬‭a‬ ‭ .138.‬‭In‬‭a‬‭conical‬‭tent‬‭of‬‭diameter‬‭13.2‬
Q ‭ .145.‬ ‭Air‬ ‭is‬ ‭leaking‬ ‭from‬ ‭a‬
Q
‭hollow‬ ‭cube‬ ‭of‬ ‭length‬ ‭6‬ ‭units‬ ‭and‬ ‭is‬ ‭m‬ ‭and‬ ‭vertical‬ ‭height‬ ‭14‬ ‭m,‬ ‭how‬ ‭many‬ ‭spherical-shaped‬ ‭advertising‬ ‭balloon‬ ‭at‬
‭standing on its base.‬ ‭full‬‭bags‬‭of‬‭wheat‬‭can‬‭be‬‭emptied,‬‭if‬‭the‬ ‭the‬‭rate‬‭of‬‭24‬‭cubic‬‭feet‬‭per‬‭minute.‬‭If‬‭the‬
‭SSC MTS 21/10/2024 (Afternoon)‬ ‭space‬‭required‬‭for‬‭the‬‭wheat‬‭in‬‭each‬‭bag‬ ‭radius‬ ‭of‬ ‭the‬ ‭balloon‬‭is‬‭8‬‭feet,‬‭how‬‭long‬
‭(a) 18π units‬‭3‬ ‭(b) 9π units‬‭3‬ ‭22‬ ‭would‬ ‭it‬ ‭take‬ ‭for‬ ‭the‬ ‭balloon‬ ‭to‬ ‭empty?‬
‭is 29.04 m‬‭3‬ ‭? [Use‬π ‭=‬ ‭]‬
‭3‬
‭(c) 21π units‬ ‭(d) 10π units‬‭3‬ ‭7‬ ‭Round‬ ‭your‬ ‭answer‬ ‭to‬ ‭the‬ ‭nearest‬
‭ SC MTS 30/10/2024 (Afternoon)‬
S ‭minute.‬ ‭Use‬‭the‬‭approximate‬‭of‬‭value‬‭of‬
‭ .132.‬ ‭A‬ ‭cylindrical‬ ‭vessel‬ ‭of‬ ‭height‬ ‭14‬
Q ‭(a) 25‬ ‭(b) 28‬ ‭(c) 22‬ ‭(d) 21‬ ‭π, that is 3.14.‬
‭cm‬ ‭has‬ ‭outer‬ ‭and‬ ‭inner‬‭radii‬‭14‬‭cm‬‭and‬ ‭SSC MTS 14/11/2024 (Afternoon)‬
‭10‬ ‭cm,‬ ‭respectively.‬ ‭It‬ ‭is‬ ‭to‬ ‭be‬ ‭filled‬ ‭by‬ ‭ .139.‬ ‭What‬ ‭is‬ ‭the‬ ‭radius‬ ‭of‬‭the‬‭largest‬
Q ‭(a) 89 minutes‬ ‭(b) 80 minutes‬
‭transferring‬ ‭water‬ ‭in‬ ‭it‬ ‭by‬ ‭using‬ ‭a‬ ‭small‬ ‭right‬ ‭circular‬ ‭cone‬ ‭that‬ ‭can‬ ‭be‬ ‭cut‬ ‭out‬ ‭(c) 65 minutes‬ ‭(d) 94 minutes‬
‭cylinder‬ ‭of‬ ‭height‬ ‭7‬ ‭cm‬ ‭and‬ ‭outer‬ ‭and‬ ‭from a cube of edge 8.4 cm ?‬
‭inner‬ ‭radii‬ ‭7‬ ‭cm‬ ‭and‬ ‭5‬ ‭cm,‬ ‭respectively.‬ ‭SSC MTS 12/11/2024 (Morning)‬ ‭ .146.‬ ‭A‬ ‭solid‬ ‭hemisphere‬ ‭of‬ ‭radius‬ ‭12‬
Q
‭What‬‭will‬‭be‬‭the‬‭unfilled‬‭height‬‭of‬‭the‬‭big‬ ‭(a) 4.1 cm‬ ‭(b) 4.2 cm‬ ‭cm‬‭is‬‭melted‬‭into‬‭N‬‭identical‬‭cones,‬‭each‬
‭vessel‬‭after‬‭transferring‬‭water‬‭6‬‭times‬‭by‬ ‭(c) 2.2 cm‬ ‭(d) 2.1 cm‬ ‭of‬‭radius‬‭6‬‭cm‬‭and‬‭height‬‭8‬‭cm.‬‭What‬‭is‬
‭22‬ ‭the value of N ?‬
‭using the smaller cylinder? (Use π =‬ ‭)‬ ‭ .140.‬‭A‬‭right‬‭circular‬‭solid‬‭metallic‬‭cone‬
Q
‭7‬ ‭SSC MTS 14/11/2024 (Evening)‬
‭ SC MTS 21/10/2024 (Evening)‬
S ‭is‬‭7.2‬‭cm‬‭high‬‭and‬‭radius‬‭of‬‭its‬‭base‬‭3.5‬ ‭(a) 12‬ ‭(b) 8‬ ‭(c) 10‬ ‭(d) 15‬
‭(a) 2.2 cm‬ ‭(b) 3.5 cm‬ ‭cm.‬‭It‬‭is‬‭melted‬‭and‬‭recast‬‭into‬‭two‬‭right‬
‭circular‬ ‭solid‬ ‭metallic‬ ‭cones‬ ‭equal‬ ‭in‬‭all‬
‭(c) 2.9 cm‬ ‭(d) 3.8 cm‬ ‭SSC CGL 2024 Tier - 1‬
‭respects,‬ ‭each‬ ‭with‬ ‭base‬ ‭radius‬ ‭2.1‬ ‭cm‬
‭ .133.‬ ‭A‬ ‭cylindrical‬ ‭tube,‬ ‭which‬ ‭is‬‭open‬
Q ‭and‬‭height‬‭‘h’.‬‭What‬‭is‬‭the‬‭value‬‭of‬‭‘h’‬‭(in‬ ‭ .147.‬ ‭The‬ ‭radii‬‭of‬‭the‬‭two‬‭cones‬‭are‬‭in‬
Q
‭at‬‭both‬‭ends,‬‭is‬‭crafted‬‭from‬‭a‬‭metal.‬‭The‬ ‭cm) ?‬ ‭the‬‭ratio‬‭of‬‭2‬‭:‬‭5‬‭and‬‭their‬‭volumes‬‭are‬‭in‬
‭internal‬ ‭diameter‬ ‭of‬ ‭the‬ ‭tube‬ ‭is‬ ‭12‬ ‭cm,‬ ‭SSC MTS 13/11/2024 (Morning)‬ ‭the‬‭ratio‬‭of‬‭3‬‭:‬‭5.‬‭What‬‭is‬‭the‬‭ratio‬‭of‬‭their‬
‭and‬ ‭its‬ ‭length‬ ‭is‬ ‭35‬ ‭cm.‬ ‭The‬ ‭metal‬ ‭(a) 14‬ ‭(b) 10‬ ‭(c) 21‬ ‭(d) 12‬ ‭heights?‬
‭throughout‬ ‭has‬ ‭a‬ ‭thickness‬ ‭of‬ ‭2‬ ‭cm.‬
‭SSC CGL 09/09/2024 (1st Shift)‬
‭Determine‬‭the‬‭total‬‭surface‬‭area‬‭(in‬‭cm‬‭2‭)‬ ‬ ‭ .141.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬‭circle‬‭is‬‭equal‬‭to‬
Q
‭(a) 15 : 4 (b) 11 : 15 (c) 13 : 11 (d) 4 : 11‬
‭22‬ ‭the‬ ‭side‬ ‭of‬ ‭a‬ ‭square.‬ ‭The‬ ‭perimeters‬ ‭of‬
‭ f the metal tube. (Take 𝜋 =‬
o ‭)‬
‭7‬ ‭the‬ ‭square‬ ‭and‬ ‭circle‬ ‭are‬ ‭in‬‭the‬‭ratio‬‭7‬‭:‬ ‭ .148.‬ ‭What‬ ‭is‬ ‭the‬‭volume‬‭(in‬‭cm³)‬‭of‬‭a‬
Q
‭ SC MTS 22/10/2024 (Morning)‬
S ‭11, then the ratio of the areas will be :‬ ‭cylinder‬ ‭if‬ ‭the‬ ‭radius‬ ‭of‬‭the‬‭cylinder‬‭is‬‭8‬
‭(a) 3696 (b) 3256 (c) 3854 (d) 3145‬ ‭22‬ ‭cm and the height is 14 cm?‬
‭(Use π =‬ ‭)‬
‭7‬ ‭22‬
‭ .134.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭rhombus‬ ‭is‬
Q ‭ SC MTS 13/11/2024 (Afternoon)‬
S ‭(Take π =‬ ‭)‬
‭7‬
‭160‬ ‭cm‬ ‭and‬ ‭one‬ ‭of‬ ‭its‬ ‭diagonals‬ ‭has‬ ‭a‬ ‭(a) 14 : 22 (b) 22 : 14 (c) 22 : 7 (d) 7 : 22‬
‭ SC CGL 09/09/2024 (2nd Shift)‬
S
‭length‬ ‭50‬ ‭cm.‬ ‭Find‬ ‭the‬ ‭area‬ ‭(in‬ ‭cm‬‭2‭)‬ ‬ ‭of‬
‭ .142.‬ ‭The‬ ‭internal‬ ‭and‬ ‭external‬
Q ‭(a) 2686 (b) 2816 (c) 2784 (d) 2456‬
‭the rhombus.‬
‭SSC MTS 22/10/2024 (Morning)‬ ‭diameters‬ ‭of‬ ‭a‬ ‭bowl‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭a‬ ‭ .149.‬ ‭From‬ ‭a‬ ‭circle‬ ‭with‬ ‭the‬ ‭radius‬ ‭of‬
Q
‭hemisphere‬ ‭are‬ ‭26.6‬ ‭cm‬ ‭and‬ ‭28‬ ‭cm,‬ ‭15.75‬‭cm,‬‭a‬‭sector‬‭with‬‭the‬‭arc‬‭length‬‭of‬
‭(a) 280‬ ‭39‬ ‭(b) 300‬ ‭39‬
‭respectively.‬‭What‬‭is‬‭the‬‭cost‬‭(in‬‭₹,‬‭to‬‭the‬ ‭11‬‭cm‬‭is‬‭cut‬‭off.‬‭Find‬‭the‬‭area‬‭(in‬‭cm‬‭2‭)‬ ‬‭of‬
‭(c) 250‬ ‭39‬ ‭(d) 175‬ ‭39‬ ‭nearest rupee) of painting it, all over, at‬ ‭this sector.‬
‭ .135.‬‭The‬‭diagonals‬‭of‬‭two‬‭squares‬‭are‬
Q ‭22‬ ‭SSC CGL 09/09/2024 (2nd Shift)‬
‭the rate of ₹3.75/cm² ? (Take π =‬ ‭).‬
‭7‬
‭in the ratio of 5 : 6. What is the ratio of‬ ‭(a) 86.525‬ ‭(b) 86.625‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬
‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭(c) 86.875‬ ‭(d) 86.125‬ ‭(a) 75‬ ‭(b) 84‬ ‭(c) 85‬ ‭(d) 90‬ ‭ etween the two circles ?‬
b
‭SSC CGL 13/09/2024 (2nd Shift)‬
‭ .150.‬ ‭A‬ ‭right-angled‬ ‭isosceles‬ ‭triangle‬
Q ‭ .159.‬‭The‬‭height‬‭of‬‭a‬‭cylinder‬‭is‬‭20‬‭cm.‬
Q ‭(a) 100‬π ‭(b) 164‬π ‭(c) 122‬π ‭(d) 175‬π
‭has‬ ‭an‬ ‭area‬ ‭of‬ ‭50‬ ‭square‬ ‭units.‬ ‭Its‬ ‭The‬‭lateral‬‭surface‬‭area‬‭is‬‭1760‬‭cm‬‭2‬ ‭.‬‭Its‬
‭hypotenuse is (in units):‬ ‭volume is:‬ ‭ .168.‬‭What‬‭is‬‭the‬‭volume‬‭in‬‭cubic‬‭units‬
Q
‭SSC CGL 09/09/2024 (2nd Shift)‬ ‭SSC CGL 12/09/2024 (1st Shift)‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭with‬ ‭a‬ ‭height‬ ‭equal‬ ‭to‬ ‭the‬
‭(a)‬‭10‬ ‭3‬ ‭(b) 5‬ ‭5‬ ‭(c) 10‬ ‭2‬ ‭(d) 5‬ ‭2‬ ‭(a) 12032 cm‬‭3‬ ‭(b) 12302 cm‬‭3‬ ‭diameter and a radius is 4 units ?‬
‭3‬
‭(c) 12203 cm‬ ‭(d) 12320 cm‬‭3‬ ‭SSC CGL 13/09/2024 (2nd Shift)‬
‭ .151.‬ ‭What‬ ‭is‬ ‭the‬ ‭perimeter‬ ‭(in‬ ‭cm,‬
Q ‭64‬π ‭32‬π
‭rounded‬‭off‬‭to‬‭one‬‭decimal‬‭place)‬‭of‬‭the‬ ‭ .160.‬ ‭Two‬ ‭cylinders‬ ‭have‬ ‭the‬ ‭radii‬ ‭of‬
Q ‭(a) 128‬π ‭(b)‬ ‭(c) 32‬π ‭(d)‬
‭3‬ ‭3‬
‭sector‬ ‭of‬‭a‬‭circle‬‭with‬‭a‬‭radius‬‭of‬‭10‬‭cm‬ ‭their‬ ‭bases‬ ‭in‬ ‭the‬ ‭ratio‬ ‭4‬ ‭:‬ ‭5‬ ‭and‬ ‭their‬
‭and of angle 30°? (Use π = 3.14)‬ ‭heights‬‭are‬‭in‬‭the‬‭ratio‬‭5‬‭:‬‭7.‬‭Find‬‭the‬‭ratio‬ ‭ .169.‬‭The‬‭angle‬‭turned‬‭by‬‭minutes‬‭hand‬
Q
‭SSC CGL 09/09/2024 (3rd Shift)‬ ‭of their curved surface areas.‬ ‭in 25 minutes in a clock is:‬
‭(a) 20.4‬ ‭(b) 35.7‬ ‭(c) 82.8‬ ‭(d) 25.2‬ ‭SSC CGL 12/09/2024 (2nd Shift)‬ ‭SSC CGL 13/09/2024 (3rd Shift)‬
‭(a) 5 : 4 (b) 4 : 7 (c) 1 : 2 (d) 4 : 5‬ π ‭5π‬ ‭5‬π
‭ .152.‬ ‭If‬ ‭a‬ ‭right‬ ‭circular‬ ‭cone‬ ‭of‬ ‭height‬
Q ‭(a)‬π ‭(b)‬ ‭(c)‬ ‭(d)‬
‭2‬ ‭3‬ ‭6‬
‭24‬ ‭cm‬ ‭has‬ ‭a‬ ‭volume‬‭of‬‭1232‬‭cm‬‭3‬ ‭,‬‭then‬ ‭ .161.‬‭The‬‭circumference‬‭of‬‭the‬‭base‬‭of‬
Q
‭the total surface area of the cone is‬ ‭a‬ ‭conical‬ ‭tent‬ ‭of‬ ‭height‬ ‭8‬ ‭m‬ ‭is‬ ‭32‬ ‭πm.‬ ‭ .170.‬ ‭Find‬ ‭the‬ ‭measure‬ ‭of‬ ‭the‬ ‭central‬
Q
‭22‬ ‭Find its curved surface area.‬ ‭angle‬‭of‬‭a‬‭sector‬‭if‬‭its‬‭area‬‭is‬‭16π‬‭and‬‭the‬
‭(use‬π ‭=‬ ‭) :‬ ‭radius is 8.‬
‭7‬ ‭SSC CGL 12/09/2024 (3rd Shift)‬
‭ SC CGL 10/09/2024 (1st Shift)‬
S ‭SSC CGL 17/09/2024 (1st Shift)‬
‭(a) 164‬ ‭5‬‭πm²‬ ‭(b) 162‬ ‭3‬‭πm²‬
‭(a) 806 cm‬‭2‬ ‭(b) 704 cm‬‭2‬ ‭(a) 75° (b) 60° (c) 108° (d) 90°‬
‭(c) 132‬ ‭3‬‭πm²‬ ‭(d) 128‬ ‭5‬‭πm²‬
‭(c) 904 cm‬‭2‬ ‭(d) 608 cm‬‭2‬
‭ .171.‬‭The‬‭circumference‬‭of‬‭the‬‭base‬‭of‬
Q
‭ .162.‬ ‭A‬‭circular‬‭arc‬‭whose‬‭radius‬‭is‬‭12‬
Q
‭ .153.‬‭A‬‭rectangular‬‭piece‬‭of‬‭paper‬‭is‬‭50‬
Q ‭a‬ ‭cylindrical‬ ‭vessel‬ ‭is‬ ‭44‬ ‭cm‬ ‭and‬ ‭its‬
‭cm‬‭makes‬‭an‬‭angle‬‭of‬‭30°‬‭at‬‭the‬‭centre.‬
‭cm‬ ‭long‬‭and‬‭22‬‭cm‬‭wide.‬‭If‬‭a‬‭cylinder‬‭is‬ ‭height‬ ‭is‬ ‭25‬ ‭cm.‬ ‭How‬ ‭many‬ ‭liters‬ ‭of‬
‭Find‬ ‭the‬ ‭perimeter‬ ‭(in‬ ‭cm)‬ ‭of‬‭the‬‭sector‬
‭formed‬ ‭by‬ ‭rolling‬ ‭the‬ ‭paper‬ ‭along‬ ‭its‬ ‭22‬
‭formed. (Use π = 3.14)‬ ‭water can it hold? (Take π =‬ ‭)‬
‭breadth,‬ ‭then‬ ‭the‬ ‭volume‬ ‭of‬‭the‬‭cylinder‬ ‭7‬
‭SSC CGL 12/09/2024 (3rd Shift)‬ ‭ SC CGL 17/09/2024 (1st Shift)‬
S
‭is:‬
‭(a) 32.38 (b) 30.28 (c) 28.64 (d) 26.24‬ ‭(a) 38.5 (b) 3.58 (c) 3.85 (d) 83.5‬
‭SSC CGL 10/09/2024 (3rd Shift)‬
‭(a) 2,125 cm³‬ ‭(b) 1,925 cm³‬ ‭ .163.‬ ‭One-quarter‬ ‭of‬ ‭a‬ ‭circular‬ ‭pizza‬‭of‬
Q ‭ .172.‬ ‭M‬ ‭and‬ ‭N‬ ‭are,‬ ‭respectively,‬ ‭the‬
Q
‭(c) 2,025 cm³‬ ‭(d) 1,825 cm³‬ ‭radius‬ ‭21‬ ‭cm‬ ‭was‬ ‭removed‬ ‭from‬ ‭the‬ ‭centres‬‭of‬‭two‬‭circles‬‭of‬‭radii‬‭12‬‭cm‬‭and‬
‭whole‬‭pizza.‬‭What‬‭is‬‭the‬‭perimeter‬‭(in‬‭cm)‬ ‭8‬ ‭cm.‬ ‭QR‬ ‭is‬ ‭the‬‭common‬‭tangent‬‭to‬‭the‬
‭ .154.‬ ‭A‬ ‭rectangular‬ ‭courtyard‬ ‭is‬ ‭4m‬
Q
‭22‬
‭95cm‬‭long‬‭and‬‭16m‬‭65cm‬‭broad.‬‭It‬‭is‬‭to‬ ‭of the remaining pizza? (Use 𝜋‬‭=‬ ‭)‬ ‭circles.‬‭If‬‭MN‬‭=‬‭16‬‭cm,‬‭then‬‭what‬‭will‬‭be‬
‭7‬
‭be‬ ‭paved‬ ‭with‬ ‭the‬ ‭square‬ ‭tiles‬ ‭of‬ ‭the‬ ‭the length of QR ?‬
‭ SC CGL 13/09/2024 (1st Shift)‬
S
‭same‬‭size.‬‭Find‬‭the‬‭least‬‭number‬‭of‬‭such‬ ‭SSC CGL 17/09/2024 (2nd Shift)‬
‭(a) 99 (b) 141 (c) 128 (d) 131‬
‭square‬ ‭tiles‬ ‭required‬ ‭to‬ ‭pave‬ ‭the‬ ‭(a) 5‬ ‭17‬‭cm‬ ‭(b) 4‬ ‭15‬‭cm‬
‭rectangular courtyard.‬ ‭ .164.‬ ‭What‬ ‭is‬ ‭the‬ ‭height‬ ‭(in‬ ‭m)‬ ‭of‬ ‭a‬
Q ‭(c) 3‬ ‭19‬‭cm‬ ‭(d) 6‬ ‭8‬‭cm‬
‭SSC CGL 11/09/2024 (1st Shift)‬ ‭conical‬‭water‬‭tank‬‭having‬‭radius‬‭of‬‭70‬‭m‬
‭(a) 877 (b) 944 (c) 388 (d) 407‬ ‭22‬ ‭ .173.‬‭AB‬‭and‬‭CD‬‭are‬‭two‬‭parallel‬‭chords‬
Q
‭and volume of 46,200 m³? (Take π =‬ ‭)‬ ‭drawn‬ ‭in‬ ‭a‬ ‭circle‬ ‭with‬ ‭centre‬ ‭O.‬ ‭The‬
‭7‬
‭ .155.‬ ‭The‬ ‭inner‬ ‭and‬ ‭outer‬ ‭radii‬ ‭of‬ ‭a‬
Q ‭ SC CGL 13/09/2024 (1st Shift)‬
S ‭distance‬ ‭between‬ ‭the‬ ‭two‬ ‭chords‬ ‭is‬ ‭21‬
‭circular‬ ‭track‬ ‭are‬ ‭28‬ ‭m‬ ‭and‬ ‭25‬ ‭m,‬ ‭(a) 27 (b) 9 (c)18 (d) 54‬ ‭cm.‬ ‭If‬ ‭the‬ ‭lengths‬ ‭of‬ ‭AB‬ ‭and‬ ‭CD‬ ‭are‬‭24‬
‭respectively.‬ ‭The‬ ‭cost‬ ‭(in‬ ‭₹)‬ ‭of‬ ‭levelling‬ ‭cm‬ ‭and‬ ‭18‬ ‭cm,‬ ‭respectively,‬ ‭then‬ ‭the‬
‭22‬ ‭ .165.‬‭A‬‭and‬‭B‬‭are‬‭centres‬‭of‬‭two‬‭circles‬
Q ‭radius of the circle is equal to:‬
‭the track at ₹28 per m² is: (Use 𝜋 =‬ ‭)‬
‭7‬ ‭with‬ ‭radii‬ ‭2‬ ‭cm‬ ‭and‬ ‭1‬ ‭cm‬ ‭respectively,‬ ‭SSC CGL 17/09/2024 (2nd Shift)‬
‭ SC CGL 11/09/2024 (1st Shift)‬
S ‭where‬ ‭AB‬ ‭=‬ ‭5‬ ‭cm.‬ ‭C‬ ‭is‬ ‭the‬ ‭centre‬ ‭of‬ ‭(a) 15 cm (b) 20 cm (c) 18 cm (d) 24 cm‬
‭(a) 15,421‬ ‭(b) 13,992‬ ‭another‬ ‭circle‬ ‭of‬ ‭radius‬ ‭r‬ ‭cm,‬ ‭which‬
‭(c) 11,229‬ ‭(d) 17,355‬ ‭touches‬ ‭each‬ ‭of‬ ‭the‬ ‭above‬ ‭two‬ ‭circles‬ ‭ .174.‬ ‭Find‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬ ‭longest‬
Q
‭externally.‬‭If‬‭∠ACB‬‭=‬‭90°‬‭,‬‭then‬‭the‬‭value‬ ‭stick‬‭that‬‭can‬‭be‬‭fitted‬‭in‬‭a‬‭cubical‬‭vessel‬
‭ .156.‬ ‭If‬‭the‬‭perimeter‬‭of‬‭an‬‭equilateral‬
Q
‭of r is:‬ ‭of edge 70 cm.‬
‭triangle‬ ‭is‬ ‭36‬ ‭units,‬ ‭then‬ ‭its‬ ‭area‬ ‭is‬ ‭(in‬
‭SSC CGL 13/09/2024 (1st Shift)‬ ‭SSC CGL 17/09/2024 (2nd Shift)‬
‭square units):‬
‭(a) 5 cm (b) 2 cm (c) 3 cm (d) 4 cm‬ ‭(a) 35‬ ‭3‬‭cm‬ ‭(b) 70‬ ‭3‬‭cm‬
‭SSC CGL 11/09/2024 (1st Shift)‬
‭(a) 144‬ ‭2‬ ‭(b) 36‬ ‭2‬ ‭(c) 144‬ ‭3‬ ‭(d) 36‬ ‭3‬ ‭ .166.‬‭From a circle of radius 7 units, an‬
Q ‭(c) 10‬ ‭3‬‭cm‬ ‭(d) 70‬ ‭2‬‭cm‬
‭arc‬ ‭length‬ ‭is‬ ‭cut‬ ‭by‬ ‭a‬ ‭chord‬ ‭of‬ ‭length‬‭7‬ ‭ .175.‬ ‭In‬ ‭a‬ ‭rhombus‬ ‭PQRS,‬ ‭O‬ ‭is‬ ‭any‬
Q
‭ .157.‬ ‭If‬ ‭the‬ ‭ratio‬ ‭of‬ ‭the‬ ‭areas‬ ‭of‬ ‭two‬
Q
‭units.‬ ‭What‬ ‭is‬ ‭the‬ ‭arc‬ ‭length‬ ‭of‬ ‭the‬ ‭interior‬‭point‬‭such‬‭that‬‭OP‬‭=‬‭OR.‬‭What‬‭is‬
‭similar‬ ‭triangles‬ ‭is‬ ‭25‬ ‭:‬ ‭144,‬‭the‬‭ratio‬‭of‬
‭smaller portion (in units)?‬ ‭the degree measure of ∠SOQ?‬
‭their corresponding sides is:‬
‭SSC CGL 13/09/2024 (1st Shift)‬ ‭SSC CGL 17/09/2024 (2nd Shift)‬
‭SSC CGL 11/09/2024 (2nd Shift)‬
‭‬
8 ‭‬
7 ‭‬
7 ‭‬
7 ‭(a) 120° (b) 180° (c) 240° (d) 200°‬
‭(a) 5 : 12 (b) 5 : 144 (c) 25 : 12 (d) 12 : 5‬ ‭(a)‬ π ‭(b)‬ π ‭(c)‬ π ‭(d)‬ π
‭3‬ ‭6‬ ‭3‬ ‭4‬
‭ .158.‬ ‭A‬ ‭cuboid‬ ‭of‬ ‭dimensions‬ ‭50‬ ‭cm,‬
Q ‭ .167.‬ ‭A‬ ‭chord‬‭of‬‭the‬‭larger‬‭among‬‭two‬
Q ‭ .176.‬ ‭If‬ ‭the‬ ‭height‬ ‭and‬ ‭diameter‬ ‭of‬ ‭a‬
Q
‭150 cm, 175 cm can be divided into how‬ ‭concentric‬‭circles‬‭is‬‭of‬‭length‬‭20‬‭cm‬‭and‬ ‭cylinder‬ ‭are‬ ‭12‬ ‭cm‬ ‭and‬ ‭28‬ ‭cm,‬
‭many identical largest cubes ?‬ ‭it‬‭is‬‭tangent‬‭to‬‭the‬‭smaller‬‭circle.‬‭What‬‭is‬ ‭respectively,‬ ‭then‬ ‭find‬ ‭the‬ ‭ratio‬ ‭of‬ ‭the‬
‭SSC CGL 11/09/2024 (3rd Shift)‬ ‭the area (in cm‬‭2‭)‬ of the annular portion‬ ‭total surface area to the curved surface‬

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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ rea.‬
a ‭SSC CGL 19/09/2024 (3rd Shift)‬ ‭22‬
‭(Take 𝜋 =‬ ‭)‬
‭SSC CGL 17/09/2024 (2nd Shift)‬ ‭(a) 9‬ ‭2‬ ‭(b) 4‬ ‭13‬ ‭(c) 8‬ ‭3‬ ‭(d) 8‬ ‭2‬ ‭7‬
‭(a) 13 : 5 (b) 10 : 3 (c) 13 : 6 (d) 11 : 6‬ ‭ SC CGL 26/09/2024 (1st Shift)‬
S
‭ .186.‬‭The‬‭length,‬‭breadth‬‭and‬‭height‬‭of‬
Q ‭(a) 764.71 cm²‬ ‭(b) 704.00 cm²‬
‭ .177.‬ ‭A‬ ‭circular‬ ‭arc‬‭makes‬‭an‬‭angle‬‭of‬
Q ‭a‬ ‭room‬ ‭is‬ ‭15‬ ‭m,‬ ‭9‬ ‭m,‬ ‭and‬ ‭5‬ ‭m,‬ ‭(c) 682.60 cm²‬ ‭(d) 714.05 cm²‬
‭15°‬ ‭at‬ ‭the‬ ‭centre.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭respectively.‬ ‭From‬ ‭each‬ ‭can‬ ‭of‬ ‭paint‬ ‭40‬
‭circular‬ ‭arc‬ ‭is‬ ‭14‬ ‭cm,‬ ‭what‬ ‭is‬ ‭the‬ ‭square‬ ‭metre‬ ‭of‬ ‭area‬ ‭is‬ ‭painted.‬ ‭How‬ ‭ .195.‬ ‭From‬ ‭a‬ ‭point‬ ‭A,‬ ‭which‬ ‭is‬ ‭at‬ ‭a‬
Q
‭perimeter‬ ‭(correct‬ ‭up‬ ‭to‬ ‭two‬ ‭decimal‬ ‭many‬ ‭cans‬ ‭of‬ ‭paint‬ ‭will‬ ‭be‬ ‭needed‬ ‭to‬ ‭distance‬‭of‬‭17‬‭cm‬‭from‬‭the‬‭centre‬‭C‬‭of‬‭a‬
‭places)‬ ‭of‬ ‭the‬ ‭sector‬ ‭so‬ ‭formed?‬ ‭(π‬ ‭=‬ ‭paint only the walls of the room?‬ ‭circle‬ ‭with‬ ‭radius‬ ‭8‬ ‭cm,‬ ‭the‬ ‭pair‬ ‭of‬
‭3.14)?‬ ‭SSC CGL 23/09/2024 (2nd Shift)‬ ‭tangents‬ ‭AB‬ ‭and‬ ‭AD‬ ‭to‬ ‭the‬ ‭circle‬ ‭are‬
‭SSC CGL 17/09/2024 (3rd Shift)‬ ‭(a) 12 (b) 6 (c) 4 (d) 8‬ ‭drawn.‬ ‭The‬ ‭area‬ ‭of‬ ‭the‬ ‭quadrilateral‬
‭(a) 17.66 cm‬ ‭(b) 21.32 cm‬ ‭ABCD is _______ cm‬‭2‭.‬ ‬
‭(c) 35.32 cm‬ ‭(d) 31.66 cm‬ ‭ .187.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
Q ‭SSC CGL 26/09/2024 (1st Shift)‬
‭cylindrical‬‭box‬‭of‬‭radius‬‭30cm‬‭is‬‭600cm‬‭3‬‭.‬ ‭(a) 192 (b) 120 (c) 60 (d) 360‬
‭ .178.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭rectangular‬
Q ‭Find the height of the box.‬
‭garden‬‭is‬‭48‬‭m.‬‭If‬‭the‬‭length‬‭is‬‭6‬‭m‬‭more‬ ‭SSC CGL 24/09/2024 (1st Shift)‬ ‭ .196.‬ ‭The‬ ‭central‬ ‭angle‬ ‭of‬ ‭a‬ ‭sector‬ ‭is‬
Q
‭than‬ ‭the‬ ‭breadth,‬ ‭the‬‭area‬‭(in‬‭m‬‭2‭)‬ ‬‭of‬‭the‬ ‭(a) 0.61cm‬ ‭(b) 0.31cm‬ ‭80°‬‭and‬‭whose‬‭length‬‭is‬‭96π.‬‭What‬‭is‬‭the‬
‭garden is:‬ ‭(c) 0.51cm‬ ‭(d) 0.21cm‬ ‭radius of the circle ?‬
‭SSC CGL 18/09/2024 (1st Shift)‬ ‭SSC CGL 26/09/2024 (2nd Shift)‬
‭(a) 135 (b) 96 (c) 84 (d) 112‬ ‭ .188.‬ ‭The‬ ‭radii‬ ‭of‬‭two‬‭circles‬‭are‬‭8‬‭cm‬
Q ‭(a) 196 units‬ ‭(b) 204 units‬
‭and‬ ‭15‬ ‭cm.The‬ ‭perimeter‬ ‭of‬ ‭the‬ ‭circle‬ ‭(c) 116 units‬ ‭(d) 216 units‬
‭ .179.‬‭If‬‭three‬‭cubes‬‭of‬‭volume‬‭512‬‭cm‬‭3‬
Q ‭having‬‭area‬‭equal‬‭to‬‭the‬‭sum‬‭of‬‭the‬‭areas‬
‭each‬ ‭are‬ ‭joined‬ ‭end‬ ‭to‬ ‭end,‬ ‭find‬ ‭the‬ ‭of the two circles (in cm) is:‬ ‭SSC CHSL 2024 Tier - 1‬
‭surface area of the resulting cuboid.‬ ‭SSC CGL 24/09/2024 (2nd Shift)‬
‭SSC CGL 18/09/2024 (1st Shift)‬ ‭(a) 32‬π ‭(b) 30‬π ‭(c) 28‬π ‭(d) 34‬π ‭ .197.‬ ‭A‬ ‭largest‬ ‭possible‬ ‭sphere‬ ‭is‬
Q
‭(a) 896 cm‬‭2‬ ‭(b) 986 cm‬‭2‬ ‭carved‬‭from‬‭a‬‭cube‬‭of‬‭side‬‭14‬‭cm.‬‭What‬
‭(c) 895 cm‬‭2‬ ‭(d) 869 cm‬‭2‬ ‭ .189.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭length,‬ ‭the‬
Q ‭is its volume in cm‬‭3‭?‬ ‬
‭breadth,‬‭and‬‭the‬‭height‬‭of‬‭a‬‭solid‬‭cuboid‬ ‭SSC CHSL 01/07/2024 (1st Shift)‬
‭ .180.‬ ‭The‬ ‭radius‬ ‭of‬‭the‬‭base‬‭of‬‭a‬‭right‬
Q ‭is‬ ‭given‬ ‭as‬ ‭3‬ ‭:‬ ‭2‬ ‭:‬ ‭1,‬ ‭and‬ ‭the‬‭breadth‬‭of‬ ‭‬
1 ‭‬
1
‭circular‬‭cone‬‭is‬‭9‬‭cm‬‭and‬‭its‬‭slant‬‭height‬ ‭this‬ ‭cuboid‬ ‭is‬ ‭given‬ ‭as‬ ‭12‬ ‭cm.‬ ‭Find‬ ‭the‬ ‭(a) 205‬ ‭(b) 1707‬
‭3‬ ‭3‬
‭is‬‭49‬‭cm.‬‭Find‬‭the‬‭curved‬‭surface‬‭area‬‭of‬ ‭volume (in cm‬‭3‭)‬ of the cuboid.‬ ‭1‬ ‭1‬
‭the cone.‬ ‭(c) 1437‬ ‭(d) 1600‬
‭SSC CGL 24/09/2024 (3rd Shift)‬ ‭3‬ ‭3‬
‭SSC CGL 18/09/2024 (2nd Shift)‬ ‭(a) 1250 (b) 1296 (c) 1200 (d) 1500‬ ‭ .198.‬ ‭The‬ ‭respective‬ ‭ratio‬ ‭between‬
Q
‭(a) 1386 cm‬‭2‬ ‭(b) 1265 cm‬‭2‬
‭ .190.‬‭The‬‭circumference‬‭of‬‭the‬‭base‬‭of‬
Q ‭numerical‬ ‭values‬ ‭of‬ ‭the‬ ‭curved‬ ‭surface‬
‭(c) 1262 cm‬‭2‬ ‭(d) 1490 cm‬‭2‬
‭the‬ ‭cylindrical‬ ‭vessel‬ ‭is‬ ‭154‬ ‭cm‬ ‭and‬ ‭its‬ ‭area‬ ‭and‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
‭ .181.‬ ‭The‬ ‭area‬ ‭of‬‭a‬‭parallelogram‬‭with‬
Q ‭height‬ ‭is‬ ‭49‬ ‭mm.‬ ‭How‬ ‭many‬ ‭litres‬ ‭of‬ ‭cylinder‬ ‭is‬ ‭2‬ ‭:‬ ‭3.‬ ‭If‬ ‭the‬ ‭respective‬ ‭ratio‬
‭base 26 cm and height 18 cm is:‬ ‭water can it hold? (correct to three‬ ‭between‬‭the‬‭radius‬‭and‬‭the‬‭height‬‭of‬‭the‬
‭SSC CGL 19/09/2024 (1st Shift)‬ ‭22‬ ‭cylinder‬‭is‬‭3‬‭:‬‭7,‬‭what‬‭is‬‭the‬‭total‬‭surface‬
‭places of decimals, use π =‬ ‭)‬
‭(a) 234 cm‬‭2‬ ‭(b) 936 cm‬‭2‬ ‭7‬ ‭area of the cylinder?‬
‭2‬
‭(c) 932 cm‬ ‭(d) 468 cm‬‭2‬ ‭ SC CGL 25/09/2024 (1st Shift)‬
S ‭SSC CHSL 01/07/2024 (2nd Shift)‬
‭(a) 9.244 (b) 2.439 (c) 3.924 (d) 4.329‬ ‭(a) 62‬π ‭cm‬‭2‬ ‭(b) 45‬π ‭cm‬‭2‬
‭ .182.‬ ‭The‬ ‭base‬ ‭radius‬ ‭of‬ ‭a‬ ‭circular‬
Q ‭2‬
‭(c) 65‬π ‭cm‬ ‭(d) 60‬π ‭cm‬‭2‬
‭cylinder‬ ‭is‬ ‭10.5‬ ‭cm.‬ ‭If‬ ‭the‬ ‭area‬ ‭of‬ ‭its‬ ‭ .191.‬‭A‬‭cylindrical‬‭tank‬‭of‬‭radius‬‭14‬‭cm‬
Q
‭curved‬‭surface‬‭is‬‭792‬‭cm‬‭2‬ ‭,‬‭then‬‭what‬‭is‬ ‭is‬ ‭full‬ ‭of‬ ‭water.‬‭If‬‭616‬‭litres‬‭of‬‭water‬‭are‬ ‭ .199.‬‭The‬‭surface‬‭areas‬‭of‬‭two‬‭spheres‬
Q
‭the volume of the cylinder?‬ ‭drawn‬ ‭out,‬ ‭then‬ ‭the‬ ‭water‬ ‭level‬ ‭in‬ ‭the‬ ‭are‬ ‭in‬ ‭the‬‭ratio‬‭25‬‭:‬‭36.‬‭What‬‭is‬‭the‬‭ratio‬
‭SSC CGL 19/09/2024 (2nd Shift)‬ ‭22‬‭‬ ‭of their volumes?‬
‭tank is dropped by ___ m. (Take π =‬ ‭)‬
‭(a) 4185 cm‬‭3‬ ‭(b) 4518 cm‬‭3‬ ‭7‬ ‭SSC CHSL 01/07/2024 (2nd Shift)‬
‭3‬
‭(c) 4152 cm‬ ‭(d) 4158 cm‬‭3‬ ‭ SC CGL 25/09/2024 (2nd Shift)‬
S ‭36‬ ‭ 25‬
1 ‭36‬ ‭ 5‬
2
‭(a) 1000 (b) 100 (c) 1 (d) 10‬ ‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭115‬ ‭216‬ ‭125‬ ‭36‬
‭ .183.‬ ‭In‬ ‭a‬ ‭rectangular‬‭field,‬‭the‬‭sum‬‭of‬
Q
‭the‬ ‭length‬ ‭and‬ ‭the‬ ‭breadth‬ ‭is‬ ‭9‬ ‭cm‬‭and‬ ‭ .192.‬ ‭Find‬ ‭the‬ ‭diameter‬ ‭(in‬ ‭cm)‬ ‭of‬ ‭a‬
Q ‭ .200.‬ ‭The‬ ‭sides‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭are‬‭in‬‭the‬
Q
‭area‬ ‭is‬ ‭18‬ ‭cm².‬ ‭If‬ ‭the‬ ‭length‬ ‭is‬ ‭'a'‬ ‭and‬ ‭circle‬ ‭whose‬ ‭circumference‬ ‭is‬ ‭equal‬ ‭to‬ ‭ratio‬‭3‬‭:‬‭4‬‭:‬‭5‬‭and‬‭its‬‭surface‬‭area‬‭is‬‭equal‬
‭breadth‬‭is‬‭'b',‬‭then‬‭find‬‭the‬‭value‬‭of‬ ‭(a²‬‭-‬ ‭the‬ ‭sum‬ ‭of‬ ‭the‬ ‭circumferences‬ ‭of‬ ‭two‬ ‭to‬‭the‬‭surface‬‭area‬‭of‬‭the‬‭cube‬‭with‬‭side‬
‭ab + b²).‬ ‭circles of radii 12 cm and 16 cm.‬ ‭6‬‭units.‬‭What‬‭is‬‭the‬‭approximate‬‭volume‬
‭SSC CGL 19/09/2024 (3rd Shift)‬ ‭SSC CGL 25/09/2024 (2nd Shift)‬ ‭of the Cuboid?‬
‭(a) 36‬ ‭(b) 24‬ ‭(c) 18‬ ‭(d) 27‬ ‭(a) 32‬ ‭(b) 56‬ ‭(c) 64‬ ‭(d) 28‬ ‭SSC CHSL 01/07/2024 (2nd Shift)‬
‭(a) 240 (b) 210 (c) 150 (d) 180‬
‭ .193.‬‭A‬‭well‬‭with‬‭14‬‭cm‬‭radius‬‭is‬‭dug‬‭23‬
Q
‭ .184.‬ ‭If‬‭the‬‭area‬‭of‬‭a‬‭sector‬‭of‬‭a‬‭circle‬
Q
‭cm‬ ‭deep.‬ ‭Find‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭earth‬ ‭ .201.‬‭The radius of a roller is 49 cm and‬
Q
‭is‬‭462‬‭cm‬‭2‬ ‭and‬‭the‬‭central‬‭angle‬‭is‬‭120°,‬
‭taken out of it.‬ ‭its‬ ‭length‬ ‭is‬ ‭200‬ ‭cm.‬ ‭It‬ ‭takes‬ ‭700‬
‭then its radius is ______.‬
‭SSC CGL 25/09/2024 (3rd Shift)‬ ‭complete‬ ‭revolutions‬ ‭to‬‭move‬‭once‬‭over‬
‭SSC CGL 19/09/2024 (3rd Shift)‬
‭(a) 14,178 cm‬‭3‬ ‭(b) 14,108 cm‬‭3‬ ‭to‬‭level‬‭a‬‭playground.‬‭Find‬‭the‬‭area‬‭of‬‭the‬
‭(a) 18 cm (b) 17 cm (c) 21 cm (d) 14 cm‬ ‭22‬
‭(c) 14,168 cm‬‭3‬ ‭(d) 15,168 cm‬‭3‬ ‭playground (Use‬π ‭=‬ ‭)‬
‭7‬
‭ .185.‬‭The‬‭total‬‭surface‬‭area‬‭of‬‭a‬‭closed‬
Q ‭ .194.‬ ‭What‬‭is‬‭the‬‭total‬‭surface‬‭area‬‭of‬
Q ‭ SC CHSL 01/07/2024 (3rd Shift)‬
S
‭cube‬ ‭is‬ ‭given‬ ‭as‬ ‭1152‬‭cm‬‭2‬ ‭.‬‭What‬‭is‬‭the‬ ‭a‬‭cone‬‭whose‬‭curved‬‭surface‬‭area‬‭is‬‭550‬ ‭(a) 4312‬× ‭10‬‭4‬ ‭cm² (b) 4312‬× ‭10‬‭2‬ ‭cm²‬
‭length (in cm) of each side of the cube?‬ ‭cm² and radius is 7 cm?‬ ‭(c) 4322‬× ‭10‬‭4‬ ‭cm² (d) 4312‬× ‭10‬‭3‬ ‭cm²‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭3‬
‭ .202.‬ ‭The‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q ‭ SC CHSL 02/07/2024 (2nd Shift)‬
S v‭ olume‬ ‭is‬‭792‬‭cm‬ ‭.‬‭Calculate‬‭its‬‭curved‬
‭cone‬‭is‬‭2200‬‭cm²‬‭and‬‭its‬‭radius‬‭is‬‭28‬‭cm,‬ ‭(a) 276.35 cm²‬ ‭(b) 282.25 cm²‬ ‭surface area in cm‬‭2‬
‭what‬ ‭is‬ ‭the‬ ‭slant‬ ‭height‬ ‭(in‬ ‭cm)‬ ‭of‬ ‭the‬ ‭(c) 358.52 cm²‬ ‭(d) 362.10 cm²‬ ‭SSC CHSL 02/07/2024 (4th Shift)‬
‭22‬ ‭(a) 262 (b) 490 (c) 264 (d) 226‬
‭cone? (Use π =‬ ‭)‬ ‭ .212.‬ ‭If‬ ‭the‬ ‭side‬ ‭of‬ ‭a‬ ‭square‬ ‭is‬
Q
‭7‬
‭ SC CHSL 01/07/2024 (3rd Shift)‬
S ‭increased‬ ‭by‬ ‭5%,‬ ‭then‬ ‭the‬ ‭percentage‬ ‭ .221.‬ ‭The‬ ‭internal‬ ‭length,‬ ‭breadth‬ ‭and‬
Q
‭(a) 22 (b) 23 (c) 24 (d) 25‬ ‭increase in its area will be:‬ ‭height‬ ‭of‬ ‭a‬ ‭cardboard‬ ‭box‬ ‭are‬ ‭6‬ ‭cm,‬‭10‬
‭SSC CHSL 02/07/2024 (2nd Shift)‬ ‭cm‬ ‭and‬ ‭12‬ ‭cm,‬ ‭respectively.‬ ‭How‬ ‭many‬
‭ .203.‬‭If‬‭the‬‭side‬‭of‬‭a‬‭cube‬‭is‬‭3,‬‭which‬‭of‬
Q ‭(a) 11% (b) 10.25% (c) 10% (d) 10.5%‬ ‭boxes‬‭are‬‭needed‬‭in‬‭which‬‭cubes‬‭whose‬
‭the‬‭following‬‭options‬‭is‬‭equal‬‭to‬‭the‬‭ratio‬ ‭volume is 2160 cm‬‭3‬ ‭can be packed ?‬
‭between‬‭the‬‭surface‬‭area‬‭and‬‭the‬‭volume‬ ‭ .213.‬‭If‬‭the‬‭brick‬‭size‬‭is‬‭25‬‭cm‬‭×‬‭12‬‭cm‬
Q ‭SSC CHSL 03/07/2024 (1st Shift)‬
‭of the cube ?‬ ‭×‬ ‭9‬ ‭cm,‬ ‭then‬ ‭how‬ ‭many‬ ‭bricks‬ ‭are‬ ‭(a) 6‬ ‭(b) 5‬ ‭(c) 3‬ ‭(d) 4‬
‭SSC CHSL 01/07/2024 (4th Shift)‬ ‭required‬ ‭to‬‭construct‬‭a‬‭wall‬‭of‬‭length‬‭10‬
‭(a) 2 : 3 (b) 2 : 1 (c) 2 : 5 (d) 2 : 7‬ ‭m, breadth 22.5 cm and height 6 m ?‬ ‭ .222.‬ ‭The‬ ‭heights‬ ‭of‬ ‭two‬ ‭cones‬ ‭are‬ ‭in‬
Q
‭SSC CHSL 02/07/2024 (2nd Shift)‬ ‭the‬‭ratio‬‭of‬‭5‬‭:‬‭3‬‭and‬‭their‬‭radii‬‭are‬‭in‬‭the‬
‭ .204.‬ ‭The‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q ‭(a) 4500 (b) 6000 (c) 8000 (d) 5000‬ ‭ratio 6 : 5. Find the ratio of their volumes.‬
‭2464 cm‬‭2‭.‬ Find its volume.‬ ‭SSC CHSL 03/07/2024 (1st Shift)‬
‭SSC CHSL 01/07/2024 (4th Shift)‬ ‭ .214.‬ ‭An‬ ‭iron‬ ‭box‬ ‭with‬ ‭external‬
Q ‭(a) 10 : 5 (b) 13 : 5 (c) 12 : 5 (d) 11 : 5‬
‭‬
1 ‭‬
2 ‭dimensions‬ ‭60‬‭cm,‬‭40‬‭cm,‬‭and‬‭20‬‭cm‬‭is‬
‭(a) 13121‬ c ‭ m‬‭3‬ ‭(b) 11498‬ c ‭ m‬‭3‬ ‭ .223.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q
‭3‬ ‭3‬ ‭made‬‭of‬‭1‬‭cm‬‭thick‬‭sheet.‬‭If‬‭1‬‭cm‬‭3‬ ‭of‬‭iron‬
‭2‬ ‭1‬ ‭weighs‬ ‭50‬ ‭gm,‬ ‭the‬ ‭weight‬ ‭of‬ ‭the‬ ‭empty‬ ‭doubled,‬ ‭then‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭sphere‬
‭(c) 11892‬ ‭cm‬‭3‬ ‭(d) 11621‬ ‭cm‬‭3‬
‭3‬ ‭3‬ ‭box is:‬ ‭becomes ___ times the previous volume.‬
‭SSC CHSL 02/07/2024 (3rd Shift)‬ ‭SSC CHSL 03/07/2024 (1st Shift)‬
‭ .205.‬ ‭Which‬ ‭of‬ ‭the‬ ‭following‬ ‭are‬ ‭the‬
Q
‭(a) 416.40 kg‬ ‭(b) 240 kg‬ ‭(a) two (b) one (c) eight (d) four‬
‭sides of a right - angled triangle ?‬
‭SSC CHSL 01/07/2024 (4th Shift)‬ ‭(c) 214.05 kg‬ ‭(d) 400 kg‬
‭ .224.‬‭The‬‭curved‬‭surface‬‭area‬‭of‬‭a‬‭right‬
Q
‭(a) 16 cm, 31 cm, 34 cm‬ ‭ .215.‬‭If‬‭the‬‭diameter‬‭of‬‭a‬‭hemisphere‬‭is‬
Q ‭circular‬ ‭cylinder‬ ‭of‬ ‭height‬ ‭14‬ ‭cm,‬ ‭is‬ ‭88‬
‭(b) 12 cm, 16 cm, 20 cm‬ ‭42‬ ‭cm,‬ ‭then‬ ‭the‬ ‭volume‬ ‭of‬ ‭hemisphere‬ ‭cm‬‭2‬‭.‬ ‭Find‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬
‭(c) 6 cm, 7 cm, 10 cm‬ ‭22‬ ‭cylinder.‬
‭(d) 5 cm, 11 cm, 13 cm‬ ‭(in cm‬‭3‭)‬ is : Take‬π ‭=‬
‭7‬ ‭SSC CHSL 03/07/2024 (2nd Shift)‬
‭ SC CHSL 02/07/2024 (3rd Shift)‬
S ‭‬‭360‬ ‭‬‭660‬
‭ .206.‬ ‭Find‬ ‭the‬ ‭diameter‬ ‭of‬ ‭a‬ ‭spherical‬
Q ‭(a)‬ ‭ m‬‭2‬
c ‭(b)‬ ‭ m‬‭2‬
c
‭(a) 19154 (b) 19254 (c) 19444 (d) 19404‬ ‭7‬ ‭7‬
‭ball whose volume is 38.808 cm³.‬ ‭560‬‭‬ ‭‭4‬ 60‬
‭22‬ ‭(c)‬ ‭cm‬‭2‬ ‭(d)‬ ‭cm‬‭2‬
‭(Use‬π ‭=‬ ‭)‬ ‭ .216.‬ ‭Find‬ ‭the‬ ‭difference‬ ‭between‬ ‭the‬
Q ‭7‬ ‭7‬
‭7‬ ‭curved‬ ‭surface‬ ‭area‬ ‭and‬ ‭total‬ ‭surface‬
‭ SC CHSL 01/07/2024 (4th Shift)‬
S ‭ .225.‬ ‭The‬ ‭area‬‭of‬‭a‬‭rectangular‬‭field‬‭is‬
Q
‭area‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬‭cylinder‬‭having‬‭a‬ ‭3600‬‭m‬‭2‭.‬ ‬‭If‬‭the‬‭field‬‭is‬‭45‬‭m‬‭long,‬‭what‬‭is‬
‭(a) 4.8 cm‬ ‭(b) 4.4 cm‬
‭length‬‭of‬‭68‬‭cm‬‭and‬‭base‬‭diameter‬‭of‬‭28‬ ‭its perimeter ?‬
‭(c) 4.6 cm‬ ‭(d) 4.2 cm‬
‭cm.‬ ‭SSC CHSL 03/07/2024 (2nd Shift)‬
‭ .207.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭minor‬ ‭sector‬
Q ‭SSC CHSL 02/07/2024 (3rd Shift)‬ ‭(a) 255 m (b) 260 m (c) 250 m (d) 265 m‬
‭of‬‭a‬‭circle‬‭of‬‭radius‬‭4‬‭units‬‭subtending‬‭an‬ ‭(a) 1432 cm‬‭2‬ ‭(b) 1332 cm‬‭2‬
‭angle of 45° is :‬ ‭(c) 1132 cm‬ ‭2‬
‭(d) 1232 cm‬‭2‬ ‭ .226.‬ ‭If‬ ‭the‬ ‭surface‬ ‭area‬ ‭of‬ ‭cuboid‬ ‭is‬
Q
‭SSC CHSL 02/07/2024 (1st Shift)‬ ‭108‬ ‭m‬‭2‭,‬ ‬ ‭then‬ ‭find‬ ‭the‬ ‭height‬ ‭of‬ ‭the‬
‭ .217.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭a‬‭triangle‬‭is‬‭36‬
Q ‭cuboid,‬‭whose‬‭length‬‭is‬‭6‬‭m‬‭and‬‭breadth‬
‭(a) 4 − π units‬ ‭(b) 8 + π units‬
‭units. Its area cannot be more than _____‬ ‭is 3 m.‬
‭(c) 8 − π units‬ ‭(d) 4 + π units‬
‭square units.‬ ‭SSC CHSL 03/07/2024 (2nd Shift)‬
‭ .208.‬‭If‬‭the‬‭diameter‬‭of‬‭a‬‭hemisphere‬‭is‬
Q ‭SSC CHSL 02/07/2024 (3rd Shift)‬ ‭(a) 5.5 m (b) 5 m (c) 4.5m (d) 4 m‬
‭21‬ ‭cm,‬ ‭then‬ ‭the‬ ‭curved‬ ‭surface‬‭area‬‭(in‬ ‭(a) 12‬ ‭7‬ ‭(b) 36‬ ‭2‬ ‭(c) 36‬ ‭3‬ ‭(d) 18‬ ‭5‬
‭ .227.‬ ‭For‬‭a‬‭given‬‭circle‬‭of‬‭radius‬‭4‬‭cm,‬
Q
‭22‬
‭cm²) of the hemisphere is : Take π =‬ ‭ .218.‬‭The outer surface of a sphere‬
Q ‭the‬ ‭angle‬ ‭of‬ ‭its‬ ‭sector‬ ‭is‬ ‭45°.‬ ‭Find‬ ‭the‬
‭7‬
‭ SC CHSL 02/07/2024 (1st Shift)‬
S ‭having‬ ‭diameter‬ ‭10‬ ‭m‬ ‭is‬ ‭painted‬ ‭at‬ ‭the‬ ‭area‬ ‭(in‬ ‭cm‬‭2‭)‬ ‬ ‭of‬ ‭the‬ ‭sector.‬ ‭(Use‬ ‭π‬ ‭=‬
‭(a) 639 (b) 939 (c) 693 (d) 963‬ ‭80‬ ‭3.14.)‬
‭rate‬‭of‬‭₹‬ ‭per‬‭m².‬‭What‬‭is‬‭the‬‭cost‬‭of‬
π ‭SSC CHSL 03/07/2024 (3rd Shift)‬
‭ .209.‬‭The‬‭capacity‬‭of‬‭a‬‭cylinder‬‭tank‬‭is‬
Q ‭ ainting?‬
p ‭(a) 7.28 (b) 6.28 (c) 6.18 (d) 7.18‬
‭8316‬ ‭cm‬‭3‭.‬ ‬ ‭If‬ ‭the‬‭radius‬‭of‬‭its‬‭base‬‭is‬‭21‬ ‭SSC CHSL 02/07/2024 (4th Shift)‬
‭ .228.‬ ‭If‬ ‭the‬ ‭height‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
Q
‭cm, then find the depth of the tank.‬ ‭(a) ₹8,000‬ ‭(b) ₹9,000‬
‭cone is 24 cm and radius of its base is‬
‭SSC CHSL 02/07/2024 (1st Shift)‬ ‭(c) ₹4,000‬ ‭(d) ₹6,000‬
‭10.5 cm, then the volume of right circular‬
‭(a) 6 cm (b) 8 cm (c) 4 cm (d) 10 cm‬
‭ .219.‬‭The‬‭triangle‬‭has‬‭sides‬‭3‬‭cm,‬‭4‬‭cm‬
Q ‭22‬
‭cone (in cm³) is : Take π =‬
‭ .210.‬ ‭The‬‭volume‬‭of‬‭a‬‭cube‬‭is‬‭reduced‬
Q ‭and‬ ‭5‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬ ‭7‬
‭to‬‭72.9%.‬‭By‬‭how‬‭much‬‭is‬‭the‬‭side‬‭of‬‭the‬ ‭perpendicular‬‭from‬‭the‬‭opposite‬‭vertex‬‭to‬ ‭ SC CHSL 03/07/2024 (3rd Shift)‬
S
‭cube reduced ?‬ ‭the side whose length is 5 cm ?‬ ‭(a) 2727 (b) 2772 (c) 2277 (d) 2237‬
‭SSC CHSL 02/07/2024 (2nd Shift)‬ ‭SSC CHSL 02/07/2024 (4th Shift)‬
‭ .229.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q
‭(a) 9.5% (b) 10% (c) 9% (d) 8.5%‬ ‭(a) 3.5 cm‬ ‭(b) 2.4 cm‬
‭increased‬‭by‬‭12‬‭percent,‬‭then‬‭the‬‭volume‬
‭(c) 2.2 cm‬ ‭(d) 1.4 cm‬
‭ .211.‬‭A‬‭hemisphere‬‭has‬‭a‬‭radius‬‭of‬‭6.2‬
Q ‭will be increased by approximately:‬
‭cm.‬ ‭Find‬ ‭its‬ ‭total‬ ‭surface‬ ‭area‬ ‭(use‬ ‭π‬‭=‬ ‭ .220.‬ ‭The‬ ‭radius‬ ‭and‬ ‭height‬ ‭of‬ ‭a‬
Q ‭SSC CHSL 03/07/2024 (3rd Shift)‬
‭3.14) (round off to two decimal places).‬ ‭cylinder‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬ ‭6‬ ‭:‬ ‭7‬ ‭and‬ ‭its‬ ‭(a) 41.49 percent‬ ‭(b) 45.49 percent‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬
‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭(c) 40.49 percent‬ ‭(d) 42.5 percent‬ ‭ SC CHSL 04/07/2024 (3rd Shift)‬
S ‭ SC CHSL 05/07/2024 (1st Shift)‬
S
‭(a) 61802‬ ‭(b) 611726‬ ‭(a) 4,928 (b) 2,414 (c) 4,828 (d) 2,464‬
‭ .230.‬ ‭A‬ ‭cylindrical‬ ‭iron‬ ‭rod‬ ‭whose‬
Q ‭(c) 87318‬ ‭(d) 65622‬
‭height‬‭is‬‭twelve‬‭times‬‭its‬‭radius‬‭is‬‭melted‬ ‭ .247.‬‭A‬‭solid‬‭copper‬‭sphere‬‭of‬‭radius‬‭9‬
Q
‭and‬ ‭cast‬ ‭into‬ ‭spherical‬ ‭balls,‬ ‭the‬ ‭radius‬ ‭ .239.‬ ‭The‬ ‭diameter‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬ ‭14‬
Q ‭cm‬ ‭is‬‭drawn‬‭into‬‭a‬‭wire‬‭of‬‭radius‬‭4‬‭mm.‬
‭of‬‭each‬‭of‬‭which‬‭is‬‭one‬‭third‬‭of‬‭the‬‭radius‬ ‭cm‬ ‭and‬‭its‬‭height‬‭is‬‭9‬‭cm.‬‭Find‬‭the‬‭total‬ ‭Find the length of the wire‬
‭of‬ ‭the‬ ‭cylinder.‬ ‭Find‬ ‭the‬ ‭number‬ ‭of‬ ‭surface area of the cylinder.‬ ‭SSC CHSL 05/07/2024 (2nd Shift)‬
‭spherical balls.‬ ‭SSC CHSL 04/07/2024 (3rd Shift)‬ ‭(a) 70.25 m‬ ‭(b) 60.75 m‬
‭SSC CHSL 03/07/2024 (4th Shift)‬ ‭(a) 704 cm‬‭2‬ ‭(b) 714 cm‬‭2‬ ‭(c) 20.75 m‬ ‭(d) 65.25 m‬
‭2‬
‭(a) 243 (b) 198 (c) 224 (d) 212‬ ‭(c) 708 cm‬ ‭(d) 700 cm‬‭2‬
‭ .248.‬ ‭Find‬ ‭the‬ ‭height‬ ‭of‬ ‭the‬ ‭triangle‬
Q
‭ .240.‬ ‭From‬ ‭a‬ ‭circle,‬ ‭a‬ ‭sector‬ ‭with‬ ‭a‬
Q
‭ .231.‬ ‭If‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭triangle‬ ‭whose‬
Q ‭whose‬ ‭base‬ ‭is‬ ‭two-thirds‬ ‭of‬ ‭its‬ ‭height‬
‭central‬ ‭angle‬ ‭of‬ ‭30°‬ ‭is‬ ‭cut‬ ‭off.‬ ‭If‬ ‭the‬
‭base‬ ‭measures‬ ‭6‬ ‭cm‬‭is‬‭18‬‭cm‬‭2‭,‬ ‬‭then‬‭its‬ ‭and whose area is 363 cm²‬
‭length‬‭of‬‭the‬‭arc‬‭of‬‭this‬‭sector‬‭is‬‭5.5‬‭cm,‬
‭height is:‬ ‭SSC CHSL 05/07/2024 (2nd Shift)‬
‭then‬‭find‬‭the‬‭radius‬‭(in‬‭cm)‬‭of‬‭the‬‭circle.‬
‭SSC CHSL 03/07/2024 (4th Shift)‬ ‭(a) 33 cm (b) 27 cm (c) 29 cm (d) 31 cm‬
‭22‬
‭(a) 6 cm (b) 3.1 cm (c) 9 cm (d) 2.2 cm‬ ‭[Use‬π ‭=‬ ‭]‬
‭7‬ ‭ .249.‬ ‭Find‬ ‭the‬ ‭percentage‬ ‭increase‬ ‭in‬
Q
‭ .232.‬ ‭The‬ ‭edges‬ ‭of‬ ‭a‬ ‭rectangular‬ ‭box‬
Q ‭ SC CHSL 04/07/2024 (4th Shift)‬
S ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭cube‬ ‭by‬ ‭triple‬ ‭each‬
‭are‬‭in‬‭the‬‭ratio‬‭of‬‭3‬‭:‬‭5‬‭:‬‭8,‬‭and‬‭its‬‭surface‬ ‭(a) 12‬ ‭(b) 10‬ ‭(c) 11‬ ‭(d) 10.5‬ ‭side.‬
‭area is 632 cm².‬ ‭ .241.‬ ‭If‬ ‭the‬ ‭height‬ ‭of‬ ‭a‬ ‭solid‬ ‭right‬
Q ‭SSC CHSL 05/07/2024 (3rd Shift)‬
‭What will be the volume of the box ?‬ ‭circular‬‭cylinder‬‭is‬‭27‬‭cm‬‭and‬‭diameter‬‭of‬ ‭(a) 700% (b) 800% (c) 650% (d) 500%‬
‭SSC CHSL 04/07/2024 (1st Shift)‬ ‭its‬ ‭base‬ ‭is‬ ‭30‬‭cm,‬‭the‬‭total‬‭surface‬‭area‬
‭(a) 801 cm³‬ ‭(b) 960 cm³‬ ‭ .250.‬ ‭If‬ ‭the‬ ‭length,‬ ‭breadth‬ ‭and‬ ‭total‬
Q
‭(in cm²) of the right circular cylinder is:‬
‭(c) 990 cm³‬ ‭(d) 510 cm³‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭are‬ ‭30‬ ‭cm,‬‭20‬
‭22‬
‭(Таке‬π ‭=‬ ‭)‬ ‭cm‬‭and‬‭2600‬‭cm‬‭2‭,‬ ‬‭respectively,‬‭then‬‭find‬
‭7‬
‭ .233.‬‭Three solid cubes of metal have‬
Q ‭its height.‬
‭ SC CHSL 04/07/2024 (4th Shift)‬
S
‭sides‬ ‭6‬ ‭cm,‬ ‭8‬ ‭cm‬ ‭and‬ ‭10‬ ‭cm,‬ ‭SSC CHSL 05/07/2024 (3rd Shift)‬
‭(a) 3978 (b) 3960 (c) 3976 (d) 3964‬
‭respectively.‬ ‭They‬ ‭are‬ ‭melted‬ ‭to‬ ‭form‬ ‭a‬ ‭(a) 50 cm (b) 30 cm (c) 14 cm (d) 15 cm‬
‭new‬ ‭cube.‬ ‭What‬ ‭is‬ ‭the‬ ‭surface‬ ‭area‬ ‭of‬ ‭ .242.‬ ‭3‬ ‭solid‬ ‭spheres‬ ‭of‬ ‭diameters‬ ‭6‬
Q
‭this new cube?‬ ‭ .251.‬ ‭Two‬ ‭similar‬ ‭triangles‬ ‭have‬ ‭area‬
Q
‭cm,‬‭8‬‭cm‬‭and‬‭10‬‭cm‬‭are‬‭melted‬‭together‬
‭SSC CHSL 04/07/2024 (1st Shift)‬ ‭490‬ ‭sq‬ ‭.‬ ‭cm.‬ ‭and‬ ‭640‬ ‭sq‬ ‭.‬ ‭cm.‬ ‭If‬ ‭the‬
‭to‬ ‭form‬ ‭a‬ ‭single‬ ‭solid‬ ‭sphere.‬ ‭Find‬ ‭its‬
‭(a) 812 cm‬‭2‬ ‭(b) 950 cm‬‭2‬ ‭length‬‭of‬‭the‬‭one‬‭side‬‭of‬‭the‬‭first‬‭triangle‬
‭radius.‬
‭2‬
‭(c) 915 cm‬ ‭(d) 864 cm‬‭2‬ ‭is‬ ‭21‬ ‭cm,‬ ‭then‬ ‭what‬ ‭is‬‭the‬‭length‬‭of‬‭the‬
‭SSC CHSL 04/07/2024 (4th Shift)‬
‭corresponding‬ ‭side‬ ‭of‬ ‭the‬ ‭second‬
‭(a) 3 cm (b) 12 cm (c) 9 cm (d) 6 cm‬
‭ .234.‬ ‭If‬ ‭the‬ ‭diameter‬ ‭of‬ ‭the‬ ‭base‬ ‭and‬
Q ‭triangle?‬
‭curved‬ ‭surfaced‬ ‭area‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭are‬ ‭ .243.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭lateral‬ ‭surface‬
Q ‭SSC CHSL 05/07/2024 (4th Shift)‬
‭14cm‬‭and‬‭352‬‭cm‬‭2‬ ‭,respectively,‬‭then‬‭the‬ ‭area‬ ‭to‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭(a) 16 cm (b) 14 cm (c) 24 cm (d) 21 cm‬
‭total‬‭surface‬‭area‬‭of‬‭the‬‭cylinder‬‭is‬‭equal‬ ‭cylinder‬ ‭with‬ ‭base‬ ‭diameter‬ ‭60‬ ‭cm‬ ‭and‬
‭to:‬ ‭ .252.‬‭The‬‭diameter‬‭of‬‭a‬‭roller‬‭is‬‭35‬‭cm‬
Q
‭height 10 cm is:‬
‭SSC CHSL 04/07/2024 (1st Shift)‬ ‭and‬ ‭its‬ ‭length‬ ‭is‬ ‭100‬ ‭cm.‬ ‭It‬ ‭takes‬ ‭200‬
‭SSC CHSL 04/07/2024 (4th Shift)‬
‭(a) 660 cm‬‭2‬ ‭(b) 654 cm‬‭2‬ ‭complete‬ ‭revolutions‬ ‭to‬ ‭level‬ ‭a‬
‭(a) 1 : 9 (b) 1 : 3 (c) 1 : 7 (d) 1 : 4‬
‭2‬
‭(c) 760 cm‬ ‭(d) 754 cm‬‭2‬ ‭playground.‬ ‭Find‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬
‭ .244.‬‭The‬‭length,‬‭breadth‬‭and‬‭height‬‭of‬
Q ‭playground in m‬‭2‬
‭ .235.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q ‭a‬ ‭cuboid‬ ‭are‬ ‭in‬ ‭ratio‬ ‭of‬ ‭3‬ ‭:‬ ‭4‬ ‭:‬ ‭5.‬ ‭If‬ ‭the‬ ‭SSC CHSL 05/07/2024 (4th Shift)‬
‭increased‬ ‭by‬ ‭25%.‬ ‭What‬ ‭is‬ ‭the‬ ‭increase‬ ‭volume‬‭of‬‭the‬‭cuboid‬‭is‬‭1620‬‭m‬‭3‬‭,‬‭find‬‭the‬ ‭(a) 220‬ ‭(b) 2,20,00,000‬
‭percent in surface area?‬ ‭total surface area of the cuboid.‬ ‭(c) 1,10,000‬ ‭(d) 110‬
‭SSC CHSL 04/07/2024 (2nd Shift)‬ ‭SSC CHSL 05/07/2024 (1st Shift)‬
‭ .253.‬‭The‬‭perimeter‬‭of‬‭a‬‭rectangle‬‭is‬‭70‬
Q
‭(a) 15.55%‬ ‭(b) 36.45%‬ ‭(a) 646 m‬‭2‬ ‭(b) 846 m‬‭2‬
‭cm‬‭and‬‭its‬‭diagonal‬‭is‬‭25‬‭cm.‬‭The‬‭area‬‭of‬
‭(c) 56.25%‬ ‭(d) 25.25%‬ ‭2‬
‭(c) 423 m‬ ‭(d) 712 m‬‭2‬
‭the rectangle is :‬
‭ .236.‬ ‭What‬ ‭is‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬
Q ‭ .245.‬‭A‬‭cylindrical‬‭oil‬‭tank‬‭has‬‭a‬‭radius‬
Q ‭SSC CHSL 08/07/2024 (1st Shift)‬
‭of‬ ‭cylinder‬ ‭whose‬ ‭radius‬ ‭is‬ ‭3cm‬ ‭and‬ ‭of‬ ‭5‬ ‭m‬ ‭and‬ ‭a‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭628‬ ‭(a) 425 cm‬‭2‬ ‭(b) 420 cm‬‭2‬
‭2‬
‭22‬ ‭m²,‬ ‭what‬ ‭would‬ ‭be‬ ‭its‬ ‭curved‬ ‭surface‬ ‭(c) 300 cm‬ ‭(d) 625 cm‬‭2‬
‭height is 14cm ? (Take‬π ‭=‬ ‭)‬
‭7‬ ‭area?‬ ‭(round‬ ‭off‬ ‭to‬ ‭the‬ ‭second‬ ‭decimal‬ ‭ .254.‬ ‭A‬ ‭solid‬ ‭sphere‬ ‭of‬ ‭radius‬ ‭8‬‭cm‬‭is‬
Q
‭ SC CHSL 04/07/2024 (2nd Shift)‬
S ‭place)‬ ‭melted‬ ‭and‬ ‭then‬ ‭recast‬ ‭into‬ ‭small‬
‭(a) 262 cm²‬ ‭(b) 264 cm²‬ ‭SSC CHSL 05/07/2024 (1st Shift)‬ ‭spherical‬ ‭balls‬ ‭each‬ ‭of‬ ‭diameter‬ ‭4‬ ‭cm.‬
‭(c) 263 cm²‬ ‭(d) 261 cm²‬ ‭(a) 401.43 m²‬ ‭(b) 371.83 m²‬ ‭Find‬ ‭the‬ ‭number‬ ‭of‬ ‭balls‬ ‭thus‬ ‭obtained‬
‭(c) 470.8 m²‬ ‭(d) 481.43 m²‬ ‭22‬
‭ .237.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬‭a‬‭solid‬
Q ‭(used‬π ‭=‬ ‭).‬
‭hemisphere of diameter 28 cm is:‬ ‭7‬
‭ .246.‬ ‭Rajesh‬ ‭is‬ ‭playing‬ ‭with‬ ‭a‬ ‭football‬
Q
‭SSC CHSL 04/07/2024 (3rd Shift)‬ ‭ SC CHSL 08/07/2024 (1st Shift)‬
S
‭having‬ ‭diameter‬ ‭of‬ ‭28‬ ‭cm.‬ ‭He‬ ‭wants‬ ‭to‬
‭(a) 1848 cm‬‭2‬ ‭(b) 1784 cm‬‭2‬ ‭(a) 64 (b) 48 (c) 32 (d) 24‬
‭get‬ ‭a‬ ‭photo‬ ‭of‬ ‭his‬ ‭favourite‬ ‭player‬
‭(c) 1488 cm‬‭2‬ ‭(d) 1648 cm‬‭2‬ ‭painted‬ ‭on‬ ‭the‬ ‭entire‬ ‭ball.‬ ‭The‬ ‭painter‬ ‭ .255.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q
‭ .238.‬ ‭Find‬ ‭the‬‭capacity‬‭of‬‭an‬‭overhead‬
Q ‭charges ₹2/cm². What will be the cost (in‬ ‭increased‬ ‭by‬ ‭3.5‬ ‭cm,‬ ‭its‬ ‭surface‬ ‭area‬
‭cylindrical‬ ‭water‬ ‭tank,‬ ‭in‬ ‭litres,‬ ‭whose‬ ‭22‬ ‭increases‬ ‭by‬ ‭550‬ ‭cm‬‭2‭.‬ ‬ ‭What‬ ‭was‬ ‭the‬
‭₹) of painting the ball (take π =‬ ‭) ?‬
‭radius is 2.1 m and height is 6.3 m.‬ ‭7‬ ‭original radius of the sphere ?‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬
‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭22‬ ‭ .5‬ ‭m‬ ‭and‬ ‭height‬ ‭3‬ ‭m‬ ‭is‬ ‭made‬ ‭from‬ ‭a‬
1 ‭(a) 512 (b) 343 (c) 216 (d) 729‬
‭(use‬π ‭=‬ ‭)‬
‭7‬ ‭sheet‬‭of‬‭metal,‬‭how‬‭much‬‭sheet‬‭of‬‭metal‬
‭ SC CHSL 08/07/2024 (2nd Shift)‬
S ‭is required to do it ?‬ ‭ .273.‬‭Find‬‭the‬‭surface‬‭area‬‭(in‬‭cm²)‬‭of‬‭a‬
Q
‭(a) 4 cm (b) 4.5 cm (c) 6 cm (d) 3.5 cm‬ ‭SSC CHSL 09/07/2024 (2nd Shift)‬ ‭cardboard‬ ‭box‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬‭a‬‭cuboid‬
‭(a) 42.24 square metre‬ ‭whose‬‭length‬‭is‬‭60‬‭cm,‬‭breadth‬‭is‬‭half‬‭its‬
‭ .256.‬‭The‬‭perimeter‬‭of‬‭a‬‭square‬‭whose‬
Q ‭length‬ ‭and‬ ‭height‬ ‭is‬ ‭one-third‬ ‭of‬ ‭its‬
‭(b) 24.24 square metre‬
‭area‬ ‭is‬ ‭the‬ ‭same‬ ‭as‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭breadth.‬
‭(c) 42.42 square metre‬
‭ emi-circle of radius 2‬ ‭2‬‭cm is:‬
s ‭(d) 24.42 square metre‬ ‭SSC CHSL 11/07/2024 (1st Shift)‬
‭SSC CHSL 08/07/2024 (2nd Shift)‬ ‭(a) 2700 (b)10800 (c) 8100 (d) 5400‬
‭(a) 8‬ π ‭cm‬ ‭(b) 8‬ ‭2‬π ‭cm‬ ‭ .265.‬ ‭Two‬‭cubes‬‭have‬‭their‬‭volumes‬‭in‬
Q
‭ .274.‬‭From‬‭a‬‭circle‬‭of‬‭radius‬‭r‬‭units,‬‭the‬
Q
‭the‬ ‭ratio‬ ‭1‬ ‭:‬ ‭125.‬ ‭Find‬ ‭the‬ ‭ratio‬ ‭of‬ ‭their‬
‭(c) 16‬ π ‭cm‬ ‭(d) 4‬ π ‭cm‬ ‭largest‬ ‭equilateral‬ ‭triangle‬ ‭is‬ ‭cut‬ ‭out.‬
‭surface areas.‬
‭What‬‭is‬‭the‬‭length‬‭(in‬‭units)‬‭of‬‭the‬‭side‬‭of‬
‭ .257.‬ ‭A‬ ‭metallic‬ ‭solid‬ ‭cuboid‬ ‭of‬
Q ‭SSC CHSL 09/07/2024 (2nd Shift)‬
‭the triangle?‬
‭dimensions‬ ‭36‬ ‭cm‬ ‭×‬ ‭22‬ ‭cm‬ ‭×‬ ‭12‬ ‭cm‬ ‭is‬ ‭(a) 1 : 125 (b) 1 : 25 (c) 1 : 5 (d) 25 : 1‬
‭SSC CHSL 11/07/2024 (1st Shift)‬
‭melted‬‭and‬‭recast‬‭in‬‭the‬‭form‬‭of‬‭cubes‬‭of‬
‭ .266.‬‭If‬‭the‬‭radius‬‭of‬‭the‬‭base‬‭and‬‭slant‬
Q ‭𝑟‬ ‭𝑟‬
‭side‬‭6‬‭cm.‬‭Find‬‭the‬‭number‬‭of‬‭the‬‭cubes‬ ‭(a)‬ ‭(b)‬ ‭2‬‭r (c)‬ ‭3‬‭r‬ ‭(d)‬
‭height‬ ‭of‬ ‭the‬ ‭cone‬ ‭is‬ ‭6‬ ‭cm‬ ‭and‬ ‭10‬ ‭cm,‬ ‭2‬ ‭3‬
‭so formed.‬
‭respectively,‬‭then‬‭the‬‭volume‬‭of‬‭the‬‭cone‬
‭SSC CHSL 08/07/2024 (2nd Shift)‬ ‭ .275.‬‭If‬‭the‬‭area‬‭of‬‭a‬‭rhombus‬‭is‬‭70‬‭m‬‭2‬
Q
‭is equal to:‬
‭(a) 45 (b) 46 (c) 43 (d) 44‬ ‭and its height is 5 m, its perimeter is ____.‬
‭SSC CHSL 09/07/2024 (3rd Shift)‬
‭SSC CHSL 11/07/2024 (2nd Shift)‬
‭ .258.‬ ‭The‬ ‭area‬ ‭of‬ ‭an‬ ‭isosceles‬ ‭right‬
Q ‭(a) 108 π cm‬‭3‬ ‭(b) 98 π cm‬‭3‬
‭3‬
‭(a) 64 m (b) 35 m (c) 56 m (d) 25 m‬
‭angled triangle is 16 m‬‭2‬ ‭. Its hypotenuse‬ ‭(c) 106 π cm‬ ‭(d) 96 π cm‬‭3‬
‭is _______.‬ ‭ .276.‬ ‭The‬ ‭measure‬ ‭of‬ ‭each‬ ‭side‬ ‭of‬‭an‬
Q
‭ .267.‬ ‭Find‬ ‭the‬ ‭number‬ ‭of‬ ‭paper‬ ‭balls,‬
Q
‭SSC CHSL 08/07/2024 (3rd Shift)‬ ‭equilateral‬‭triangle‬‭is‬‭16‬‭cm.‬‭What‬‭is‬‭the‬
‭each 2 cm in diameter, that can be made‬
‭(a) 0.8 m (b) 8 m (c) 4 m (d) 8 cm‬ ‭ratio‬ ‭of‬ ‭its‬ ‭perimeter‬ ‭to‬ ‭the‬ ‭sum‬ ‭of‬ ‭its‬
‭from a sphere of diameter 18 cm.‬
‭medians?‬
‭SSC CHSL 09/07/2024 (4th Shift)‬
‭ .259.‬ ‭Find‬ ‭the‬ ‭cost‬ ‭of‬ ‭painting‬ ‭a‬ ‭ball‬
Q ‭SSC CHSL 11/07/2024 (2nd Shift)‬
‭(a) 1020 (b) 484 (c) 625 (d) 729‬
‭that‬ ‭is‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭a‬ ‭sphere‬ ‭with‬ ‭a‬ ‭(a)‬ ‭3‬‭: 2 (b) 2‬ ‭3‬‭: 1 (c) 2 :‬ ‭3‬‭(d) 1 :‬‭2‬ ‭3‬
‭radius‬‭of‬‭14‬‭cm.‬‭The‬‭painting‬‭cost‬‭of‬‭the‬ ‭Q.268.‬ ‭A‬ ‭cuboidal‬ ‭water‬ ‭purifier‬ ‭can‬
‭ball is ₹5 per square centimetre‬ ‭ .277.‬ ‭A‬‭hemispherical‬‭bowl‬‭is‬‭made‬‭of‬
Q
‭‬
1
‭22‬ ‭carry‬‭10‬‭litres‬‭of‬‭water.‬‭Its‬‭breadth‬‭is‬ ‭silver‬‭and‬‭has‬‭an‬‭inner‬‭diameter‬‭of‬‭4‬‭cm‬
‭5‬
‭(take π =‬ ‭).‬ ‭if‬ ‭the‬ ‭thickness‬ ‭of‬ ‭silver‬ ‭is‬‭0.5‬‭cm.‬‭Find‬
‭7‬ ‭‬
1
‭ SC CHSL 08/07/2024 (4th Shift)‬
S ‭of‬‭its‬‭height‬‭and‬‭length‬‭is‬ ‭of‬‭the‬‭sum‬ ‭the‬ ‭volume‬ ‭of‬ ‭silver‬ ‭used‬ ‭in‬‭making‬‭the‬
‭3‬
‭(a) ₹12,230‬ ‭(b) ₹12,320‬ ‭ f‬ ‭the‬ ‭breadth‬‭and‬‭height.‬‭The‬‭height‬‭of‬
o ‭bowl‬ ‭correct‬ ‭to‬ ‭two‬ ‭places‬ ‭of‬ ‭decimals‬
‭(c) ₹13,022‬ ‭(d) ₹13,220‬ ‭the tank is:‬ ‭(use‬π ‭= 3.14 )‬
‭SSC CHSL 10/07/2024 (1st Shift)‬ ‭SSC CHSL 11/07/2024 (2nd Shift)‬
‭ .260.‬ ‭Two‬ ‭cubes,‬ ‭each‬ ‭of‬ ‭edge‬ ‭5‬ ‭cm,‬
Q ‭(a) 15.69 cm‬‭3‬ ‭(b) 51.96 cm‬‭3‬
‭(a) 20 cm (b) 10 cm (c) 80 cm (d) 50 cm‬
‭are‬ ‭joined‬ ‭face‬‭to‬‭face.‬‭Find‬‭the‬‭surface‬ ‭3‬
‭(c) 15.96 cm‬ ‭(d) 51.69 cm‬‭3‬
‭area of the cuboid thus formed.‬ ‭ .269.‬ ‭A‬ ‭cube‬ ‭of‬ ‭edge‬ ‭4‬ ‭cm‬ ‭is‬‭cut‬‭into‬
Q
‭SSC CHSL 08/07/2024 (4th Shift)‬ ‭ .278.‬ ‭The‬ ‭volume‬ ‭of‬ ‭the‬ ‭rectangular‬
Q
‭cubes‬‭each‬‭of‬‭edge‬‭of‬‭2‬‭cm.‬‭The‬‭ratio‬‭of‬
‭(a) 250 cm²‬ ‭(b) 300 cm²‬ ‭block‬ ‭is‬‭12288‬‭m‬‭3‭.‬ ‬‭Its‬‭dimensions‬‭are‬‭in‬
‭the‬‭total‬‭surface‬‭area‬‭of‬‭one‬‭of‬‭the‬‭small‬
‭(c) 125 cm²‬ ‭(d) 200 cm²‬ ‭the‬‭ratio‬‭of‬‭4‬‭:‬‭3‬‭:‬‭2.‬‭If‬‭the‬‭entire‬‭surface‬
‭cubes‬ ‭to‬ ‭that‬ ‭of‬ ‭the‬ ‭large‬‭cube‬‭is‬‭equal‬
‭is‬‭polished‬‭at‬‭the‬‭rate‬‭2‬‭paise‬‭per‬‭m‭2‬ ‬‭,then‬
‭to:‬
‭ .261.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬ ‭rectangular‬
Q ‭find the total cost of polishing :‬
‭SSC CHSL 10/07/2024 (2nd Shift)‬
‭shaped‬ ‭SSC CHSL 11/07/2024 (4th Shift)‬
‭(a) 1 : 4 (b) 1 : 64 (c) 1 : 8 (d) 1 : 16‬
‭park‬ ‭exceeds‬ ‭its‬‭breadth‬‭by‬‭15‬‭m.‬‭If‬‭the‬ ‭(a) ₹44.42‬ ‭(b) ₹11.14‬
‭perimeter‬ ‭of‬ ‭the‬ ‭park‬ ‭is‬ ‭110‬ ‭m,‬‭find‬‭the‬ ‭ .270.‬‭The‬‭curved‬‭surface‬‭area‬‭of‬‭a‬‭right‬
Q ‭(c) ₹66.56‬ ‭(d) ₹33.28‬
‭length of the park (in m).‬ ‭circular‬‭cone‬‭is‬‭20‬π ‭cm‬‭2‭.‬ ‬‭If‬‭its‬‭radius‬‭is‬‭4‬
‭SSC CHSL 09/07/2024 (1st Shift)‬ ‭cm, then find the volume of cone.‬ ‭SSC CPO 2024 Tier - 1‬
‭(a) 35 (b) 40 (c) 25 (d) 20‬ ‭SSC CHSL 10/07/2024 (2nd Shift)‬
‭(a) 21‬π ‭cm‬‭3‬ ‭(b) 20‬π ‭cm‬‭3‬ ‭ .279.‬ ‭A‬ ‭hemispherical‬ ‭bowl‬ ‭is‬ ‭88‬ ‭cm‬
Q
‭ .262.‬ ‭If‬ ‭the‬ ‭lateral‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q ‭3‬ ‭round‬ ‭the‬ ‭brim.‬ ‭Assuming‬ ‭it‬ ‭to‬ ‭be‬ ‭full,‬
‭(c) 16‬ π ‭cm‬ ‭(d) 18‬π ‭cm‬‭3‬
‭cube is 144 cm‬‭2‬ ‭, then find its volume.‬ ‭how‬‭many‬‭persons‬‭may‬‭be‬‭served‬‭from‬‭it‬
‭SSC CHSL 09/07/2024 (1st Shift)‬ ‭ .271.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭outer‬ ‭and‬ ‭the‬
Q ‭in‬ ‭hemispherical‬ ‭glasses,‬ ‭7‬ ‭cm‬ ‭in‬
‭(a) 864 cm‬‭3‬ ‭(b) 1728 cm‬‭3‬ ‭inner‬ ‭circumference‬ ‭of‬ ‭a‬‭circular‬‭path‬‭is‬ ‭‭2
‬ 2‬
‭(c) 117.58 cm‬‭3‬
‭(d) 216 cm‬‭3‬ ‭diameter at the top ?(Where π =‬ ‭)‬
‭7‬‭:‬‭6.‬‭If‬‭the‬‭path‬‭is‬‭45‬‭m‬‭wide,‬‭then‬‭what‬ ‭7‬
‭is the radius (in m) of the inner circle?‬ ‭ SC CPO 27/06/2024 (1st Shift)‬
S
‭ .263.‬ ‭If‬ ‭the‬ ‭areas‬ ‭of‬ ‭three‬ ‭adjacent‬
Q
‭SSC CHSL 10/07/2024 (2nd Shift)‬ ‭(a) 74‬ ‭(b) 68‬ ‭(c) 64‬ ‭(d) 70‬
‭faces‬‭of‬‭a‬‭cuboid‬‭are‬‭5‬‭cm‬‭2‬ ‭,‬‭15‬‭cm‬‭2‬ ‭,‬‭27‬
‭(a) 240 (b) 270 (c) 150 (d) 120‬
‭cm‬‭2‬ ‭,‬‭respectively,‬‭the‬‭surface‬‭area‬‭of‬‭the‬ ‭ .280.‬‭The‬‭chord‬‭length‬‭of‬‭a‬‭chord‬‭made‬
Q
‭cuboid is:‬ ‭ .272.‬ ‭A‬ ‭solid‬ ‭metallic‬ ‭cube‬ ‭having‬
Q ‭on‬‭an‬‭arc‬‭of‬‭a‬‭circle‬‭is‬‭equal‬‭to‬‭the‬‭radius‬
‭SSC CHSL 09/07/2024 (1st Shift)‬ ‭surface‬‭area‬‭of‬‭54‬‭cm²‬‭is‬‭melted‬‭to‬‭form‬ ‭of‬ ‭the‬ ‭circle.‬ ‭The‬ ‭length‬ ‭of‬ ‭the‬ ‭arc‬ ‭is‬
‭(a) 75 cm‬‭2‬ ‭(b) 47 cm‬‭2‬ ‭8‬ ‭______‬‭(in‬‭units),‬‭if‬‭the‬‭radius‬‭of‬‭the‬‭circle‬
‭(c) 45 cm‬‭2‬
‭(d) 94 cm‬‭2‬ ‭smaller‬ ‭cubes‬ ‭of‬ ‭surface‬ ‭area‬ ‭cm²‬
‭12‬ ‭22‬‭‬
‭is 21 units. (Take‬‭π‬‭=‬ ‭)‬
‭ ach. Find the number of smaller cubes.‬
e ‭7‬
‭Q.264.‬‭A closed cylindrical tank of radius‬ ‭SSC CPO 27/06/2024 (1st Shift)‬
‭SSC CHSL 10/07/2024 (4th Shift)‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭(a) 20‬ ‭(b) 22‬ ‭(c) 24‬ ‭(d) 21‬ r‭ ectangular‬ ‭box.‬ ‭Find‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭ .296.‬‭The‬‭distance‬‭between‬‭the‬‭parallel‬
Q
‭box.‬ ‭sides‬‭of‬‭a‬‭trapezium‬‭is‬‭18‬‭cm.‬‭If‬‭the‬‭area‬
‭ .281.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭parallelogram‬ ‭is‬
Q ‭SSC CPO 27/06/2024 (3rd Shift)‬ ‭of‬‭the‬‭trapezium‬‭is‬‭1188‬‭cm‬‭2‬ ‭,‬‭then‬‭what‬
‭twice‬ ‭its‬ ‭height.‬ ‭If‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭(a) 2750 cm‬‭3‬ ‭(b) 5750 cm‬‭3‬ ‭is‬ ‭the‬ ‭sum‬ ‭of‬ ‭the‬ ‭lengths‬‭of‬‭the‬‭parallel‬
‭parallelogram‬ ‭is‬ ‭338‬ ‭cm‬‭2‭,‬ ‬ ‭then‬ ‭find‬ ‭its‬ ‭3‬
‭(c) 3750 cm‬ ‭(d) 4750 cm‬‭3‬ ‭sides?‬
‭height (in cm).‬ ‭SSC CPO 28/06/2024 (3rd Shift)‬
‭SSC CPO 27/06/2024 (1st Shift)‬ ‭ .289.‬‭A‬‭drainage‬‭tile‬‭is‬‭a‬‭cylindrical‬‭shell‬
Q ‭(a) 150 cm‬ ‭(b) 115 cm‬
‭(a) 13‬ ‭(b) 11‬ ‭(c) 14‬ ‭(d) 12‬ ‭42‬ ‭cm‬ ‭long.‬ ‭The‬ ‭inside‬ ‭and‬ ‭outside‬ ‭(c) 126 cm‬ ‭(d) 132 cm‬
‭diameters‬ ‭are‬ ‭8‬ ‭cm‬ ‭and‬ ‭14‬ ‭cm,‬
‭Q.282.‬‭What‬‭is‬‭the‬‭total‬‭surface‬‭area‬‭of‬‭a‬ ‭respectively.‬ ‭What‬ ‭is‬ ‭the‬‭volume‬‭(in‬‭cm‬‭3‬‭)‬ ‭ .297.‬ ‭The‬ ‭area‬ ‭of‬ ‭the‬ ‭canvas‬ ‭cloth‬
Q
‭‬‭𝑟‬ ‭22‬ ‭needed‬ ‭to‬ ‭erect‬ ‭a‬ ‭right‬ ‭conical‬ ‭tent‬ ‭of‬
‭cone‬‭whose‬‭radius‬‭is‬ ‭ nd‬‭slant‬‭height‬
a ‭ f clay required for the tile? ((Use‬π =
o ‭‬ ‭)‬
‭4‬ ‭7‬ ‭height‬ ‭20ft.‬ ‭and‬ ‭circular‬ ‭base‬ ‭of‬
i‭s 4‬‭𝑙‬‭?‬ ‭ SC CPO 27/06/2024 (3rd Shift)‬
S ‭circumference 30π ft. is:‬
‭SSC CPO 27/06/2024 (1st Shift)‬ ‭(a) 5241 (b) 4356 (c) 4881 (d) 4125‬ ‭SSC CPO 28/06/2024 (3rd Shift)‬
‭‬‭𝑟‬ ‭(a) 455π sq .ft.‬ ‭(b) 375π sq .ft.‬
‭(a) 8πr(‬‭𝑙‬‭+ r )‬ ‭(b) πr(‬‭𝑙‬‭+‬ ‭)‬
‭ 6‬
1 ‭ .290.‬‭One‬‭laddoo‬‭with‬‭a‬‭radius‬‭of‬‭5‬‭cm‬
Q ‭(c) 589π sq .ft.‬ ‭(d) 470π sq .ft.‬
‭‭𝑟‬ ‬ ‭belongs‬ ‭to‬ ‭a‬ ‭shopkeeper.‬ ‭How‬ ‭many‬
‭(c) πr(‬‭𝑙‬+
‭ ‬ ‭)‬ ‭(d) 4πr(‬‭𝑙‬‭+ r)‬
‭4‬ ‭laddoos‬‭of‬‭radius‬‭2.5‬‭cm‬‭may‬‭be‬‭created‬ ‭ .298.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
Q
‭from the same one laddoo ?‬ ‭cone‬‭is‬‭150‬π ‭cm³‬‭and‬‭its‬‭height‬‭is‬‭18‬‭cm.‬
‭ .283‬‭.‬‭How‬‭many‬‭metres‬‭of‬‭cloth‬‭will‬‭be‬
Q
‭SSC CPO 28/06/2024 (1st Shift)‬ ‭Find‬‭its‬‭slant‬‭height‬‭(in‬‭cm)‬‭(correct‬‭to‬‭2‬
‭required‬ ‭to‬ ‭make‬ ‭a‬ ‭conical‬ ‭tent,‬ ‭the‬
‭(a) 2‬ ‭(b) 6‬ ‭(c) 4‬ ‭(d) 8‬ ‭decimal places).‬
‭radius‬ ‭of‬ ‭whose‬ ‭base‬ ‭is‬ ‭21‬ ‭metres‬ ‭and‬
‭SSC CPO 28/06/2024 (3rd Shift)‬
‭height‬ ‭is‬ ‭28‬ ‭metres.‬ ‭The‬ ‭width‬ ‭of‬ ‭the‬ ‭ .291.‬ ‭The‬ ‭cost‬ ‭of‬ ‭painting‬ ‭a‬ ‭spherical‬
Q ‭(a) 18.68 (b) 25.35 (c) 28.68 (d) 15.25‬
‭‭2
‬ 2‬ ‭vessel‬ ‭of‬ ‭diameter‬ ‭14‬ ‭cm‬ ‭is‬ ‭₹21,560.‬
‭cloth is 5 metres. (Where π =‬ ‭)‬
‭7‬
‭What‬ ‭is‬ ‭the‬ ‭cost‬ ‭of‬ ‭painting‬ ‭(in‬ ‭₹)‬ ‭per‬ ‭ .299.‬ ‭A‬ ‭school‬ ‭has‬ ‭two‬ ‭rectangular‬
Q
‭ SC CPO 27/06/2024 (1st Shift)‬
S ‭22‬ ‭playgrounds,‬ ‭which‬ ‭are‬‭similar‬‭in‬‭shape.‬
‭(a) 470‬ ‭(b) 462‬ ‭(c) 456‬ ‭(d) 478‬ ‭square centimetre ? (Use π =‬ ‭)‬ ‭If‬ ‭the‬ ‭length‬ ‭and‬ ‭the‬‭breadth‬‭of‬‭the‬‭first‬
‭7‬
‭ SC CPO 28/06/2024 (1st Shift)‬
S ‭playground‬ ‭are‬ ‭given‬ ‭as‬ ‭224‬‭m‬‭and‬‭160‬
‭ .284.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭cube‬ ‭is‬ ‭four‬
Q ‭m,‬ ‭respectively,‬ ‭then‬ ‭which‬ ‭of‬ ‭the‬
‭(a) 30‬ ‭(b) 32‬ ‭(c) 28‬ ‭(d) 35‬
‭times‬‭the‬‭volume‬‭of‬‭a‬‭cuboid.‬‭If‬‭the‬‭sides‬ ‭following options CANNOT be the‬
‭of‬‭the‬‭cuboid‬‭are‬‭32‬‭cm,‬‭8‬‭cm‬‭and‬‭4‬‭cm,‬ ‭ .292.‬‭The radius of the base and height‬
Q ‭dimensions of the second playground ?‬
‭then‬ ‭find‬ ‭the‬ ‭ratio‬ ‭of‬ ‭the‬ ‭total‬ ‭surface‬ ‭of‬ ‭a‬ ‭cone‬ ‭are‬ ‭5‬ ‭cm‬ ‭and‬ ‭6‬ ‭cm,‬ ‭SSC CPO 29/06/2024 (1st Shift)‬
‭area of the cube to that of the cuboid.‬ ‭respectively,‬ ‭whereas‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭(a) Length = 273 m; Breadth = 195 m‬
‭SSC CPO 27/06/2024 (2nd Shift)‬ ‭base‬‭and‬‭height‬‭of‬‭a‬‭cylinder‬‭are‬‭2.5‬‭cm‬ ‭(b) Length = 168 m; Breadth = 120 m‬
‭(a) 23 : 13‬ ‭(b) 24 : 13‬ ‭and‬ ‭3‬ ‭cm,‬ ‭respectively.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭(c) Length = 210 m; Breadth = 150 m‬
‭(c) 21 : 13‬ ‭(d) 22 : 13‬ ‭volume‬‭of‬‭the‬‭cone‬‭to‬‭that‬‭of‬‭the‬‭cylinder‬ ‭(d) Length = 343 m; Breadth = 255 m‬
‭22‬
‭ .285.‬ ‭A‬ ‭copper‬ ‭sphere‬ ‭of‬ ‭diameter‬ ‭12‬
Q ‭is: (Where π =‬ ‭)‬ ‭ .300.‬ ‭The‬ ‭height‬ ‭and‬ ‭radius‬ ‭of‬ ‭a‬
Q
‭7‬
‭cm‬ ‭is‬ ‭drawn‬ ‭into‬ ‭a‬ ‭wire‬ ‭of‬ ‭diameter‬ ‭4‬ ‭cone-shaped‬‭storage‬‭tank‬‭are‬‭9‬‭ft.‬‭and‬‭7‬
‭ SC CPO 28/06/2024 (1st Shift)‬
S
‭mm.‬ ‭What‬ ‭is‬ ‭the‬ ‭length‬ ‭(in‬ ‭cm)‬ ‭of‬ ‭the‬ ‭ft.,‬‭respectively.‬‭Find‬‭the‬‭volume‬‭of‬‭water‬
‭(a) 8 : 5 (b) 9 : 4 (c) 8 : 3 (d) 3 : 5‬
‭22‬ ‭22‬
‭wire? (Where‬π ‭=‬ ‭)‬ ‭the tank can hold ? (Use π =‬ ‭)‬
‭7‬ ‭ .293.‬ ‭A‬ ‭cylinder‬ ‭of‬ ‭radius‬ ‭7‬ ‭cm‬ ‭has‬ ‭a‬
Q ‭7‬
‭ SC CPO 27/06/2024 (2nd Shift)‬
S ‭curved‬‭surface‬‭area‬‭of‬‭2200‬‭cm².‬‭Find‬‭its‬ ‭ SC CPO 29/06/2024 (1st Shift)‬
S
‭(a) 7200 (b) 7823 (c) 8342 (d) 9000‬ ‭22‬ ‭(a) 462 cubic ft.‬ ‭(b) 527 cubic ft.‬
‭total surface area. (Use‬‭𝜋‬=
‭‬ ‭)‬
‭ .286.‬‭The‬‭length‬‭of‬‭the‬‭largest‬‭possible‬
Q
‭7‬ ‭(c) 1386 cubic ft.‬ ‭(d) 1423 cubic ft.‬
‭rod‬‭that‬‭can‬‭be‬‭placed‬‭in‬‭a‬‭cubical‬‭room‬ ‭ SC CPO 28/06/2024 (2nd Shift)‬
S
‭(a) 2508 cm²‬ ‭(b) 2260 cm²‬ ‭ .301.‬‭The‬‭breadth‬‭of‬‭a‬‭room‬‭is‬‭twice‬‭its‬
Q
i‭s‬ ‭42‬ ‭3‬ ‭m.‬ ‭The‬ ‭surface‬ ‭area‬ ‭(in‬ ‭m²)‬ ‭of‬ ‭height‬‭and‬‭half‬‭its‬‭length.‬‭The‬‭volume‬‭of‬
‭(c) 2550 cm²‬ ‭(d) 1580 cm²‬
‭the‬‭largest‬‭possible‬‭sphere‬‭that‬‭fit‬‭within‬ ‭3‬
t‭ he‬ ‭room‬ ‭is‬ ‭1728‬ ‭𝑚‬ ‭.The‬ ‭length‬ ‭of‬ ‭the‬
‭22‬ ‭ .294‬‭.‬ ‭A‬ ‭hollow‬ ‭sphere‬ ‭of‬ ‭external‬ ‭and‬
Q
‭the cubical room is: [Use‬π =
‭‬ ‭]‬ ‭room is:‬
‭7‬ ‭internal‬ ‭diameters‬ ‭of‬ ‭10‬ ‭cm‬ ‭and‬ ‭6‬ ‭cm,‬ ‭SSC CPO 29/06/2024 (1st Shift)‬
‭ SC CPO 27/06/2024 (2nd Shift)‬
S ‭respectively,‬ ‭is‬ ‭melted‬ ‭and‬ ‭made‬ ‭into‬ ‭(a) 20 m (b) 24 m (c) 34 m (d) 28 m‬
‭(a) 3590 (b) 4589 (c) 2564 (d) 5544‬ ‭another‬ ‭solid‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭a‬ ‭right‬
‭circular‬ ‭cone‬ ‭of‬ ‭base‬ ‭diameter‬ ‭10‬ ‭cm.‬ ‭ .302.‬ ‭A‬ ‭woman‬ ‭working‬ ‭in‬ ‭a‬‭company‬
Q
‭ .287‬‭.Find‬‭the‬‭area‬‭of‬‭a‬‭minor‬‭sector‬‭of‬
Q
‭Find the height of the cone.‬ ‭was‬‭supplied‬‭a‬‭rectangular‬‭solid‬‭(cuboid‬
‭a‬ ‭circle‬ ‭whose‬ ‭circumference‬ ‭is‬ ‭88‬ ‭cm‬
‭SSC CPO 28/06/2024 (2nd Shift)‬ ‭shape)‬ ‭of‬ ‭wax‬ ‭with‬ ‭dimensions‬ ‭70‬ ‭cm‬‭,‬
‭and the length of its minor arc is 22 cm‬
‭(a) 13.68 cm‬ ‭(b) 14.68 cm‬ ‭44‬ ‭cm‬ ‭and‬ ‭20‬ ‭cm‬ ‭to‬ ‭prepare‬‭cylindrical‬
‭22‬
‭(use‬π ‭=‬ ‭).‬ ‭(c) 16.68 cm‬ ‭(d) 15.68 cm‬ ‭candles,‬ ‭each‬‭14‬‭cm‬‭in‬‭diameter‬‭and‬‭20‬
‭7‬
‭ SC CPO 27/06/2024 (2nd Shift)‬
S ‭cm‬ ‭of‬ ‭height.‬ ‭Find‬ ‭the‬ ‭number‬ ‭of‬
‭ .295.‬ ‭A‬ ‭spherical‬ ‭box‬ ‭has‬ ‭a‬ ‭surface‬
Q ‭candles.‬
‭(a) 154 cm‬‭2‬ ‭(b) 451 cm‬‭2‬
‭2‬ ‭area‬ ‭528‬ ‭cm².‬ ‭Find‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭SSC CPO 29/06/2024 (1st Shift)‬
‭(c) 415 cm‬ ‭(d) 145 cm‬‭2‬
‭spherical box.‬ ‭(a) 15‬ ‭(b) 20‬ ‭(c) 10‬ ‭(d) 30‬
‭ .288.‬‭A‬‭rectangular‬‭sheet‬‭of‬‭metal‬‭is‬‭60‬
Q ‭SSC CPO 28/06/2024 (2nd Shift)‬
‭cm‬‭by‬‭25‬‭cm.‬‭Equal‬‭squares‬‭of‬‭side‬‭5‬‭cm‬ ‭Q.303.‬‭A‬ ‭cone‬ ‭of‬ ‭slant‬ ‭height‬ ‭4.2‬ ‭units‬
‭(a)‬ ‭37‬‭cm‬ ‭(b)‬ ‭42‬‭cm‬ ‭2‬
‭are‬ ‭cut‬ ‭off‬ ‭at‬ ‭the‬ ‭corners‬ ‭and‬ ‭the‬ ‭ as‬ ‭a‬ ‭lateral‬ ‭surface‬ ‭area‬ ‭13.2‬ ‭𝑢𝑛𝑖𝑡𝑠‬ ‭.‬
h
‭(c)‬ ‭29‬‭cm‬ ‭(d)‬ ‭35‬‭cm‬
‭remainder‬ ‭is‬ ‭folded‬ ‭up‬ ‭to‬ ‭form‬‭an‬‭open‬ ‭The radius of the base is:‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬
‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ SC CPO 29/06/2024 (1st Shift)‬
S (‭ a) 24 cm‬ (‭ b) 12.5 cm‬ ‭ .320.‬‭The‬‭height‬‭of‬‭a‬‭solid‬‭cylinder‬‭is‬‭4‬
Q
‭(a) 1 unit‬ ‭(b) 1.5 units‬ ‭(c) 12 cm‬ ‭(d) 25 cm‬ ‭times‬ ‭its‬ ‭radius.‬ ‭Its‬ ‭curved‬‭surface‬‭area‬
‭(c) 2.5 units‬ ‭(d) 2 units‬ ‭is ________ times its base area.‬
‭ .312.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭hemisphere‬ ‭is‬ ‭9‬
Q ‭Matriculation Level 21/06/2024 (Shift - 4)‬
‭ .304.‬‭The‬‭in-radius‬‭of‬‭a‬‭triangle‬‭is‬‭8‬‭cm,‬
Q ‭cm. Its volume will be:‬ ‭(a) 2‬ ‭(b) 6‬ ‭(c) 8‬ ‭(d) 4‬
‭and‬‭the‬‭sum‬‭of‬‭the‬‭lengths‬‭of‬‭its‬‭sides‬‭is‬ ‭Matriculation Level 20/06/2024 (Shift - 4)‬
‭125‬‭cm.‬‭The‬‭area‬‭of‬‭the‬‭triangle‬‭(in‬‭cm²)‬ ‭(a) 712‬π ‭cm‬‭3‬ ‭(b) 243‬π ‭cm‬‭3‬ ‭ .321.‬ ‭The‬ ‭lateral‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q
‭is‬ ‭3‬
‭(c) 486‬π ‭cm‬ ‭(d) 972‬π ‭cm‬‭3‬ ‭cylinder‬ ‭is‬ ‭3862.2‬ ‭cm²‬ ‭and‬ ‭its‬ ‭height‬ ‭is‬
‭SSC CPO 29/06/2024 (2nd Shift)‬ ‭15‬ ‭cm.‬ ‭Find‬ ‭its‬ ‭volume‬ ‭(take‬ ‭π‬ ‭=‬ ‭3.14)‬
‭ .313.‬‭If‬‭the‬‭cylinder‬‭height‬‭is‬‭9‬‭cm‬‭and‬
Q
‭(a) 480 (b) 1000 (c) 250 (d) 500‬ ‭correct to one decimal place.‬
‭the‬ ‭base‬ ‭area‬ ‭is‬ ‭25‬π ‭cm²,‬ ‭then‬ ‭find‬ ‭the‬
‭Matriculation Level 24/06/2024 (Shift - 1)‬
‭ .305.‬ ‭Melting‬ ‭a‬ ‭metal‬ ‭ball‬ ‭of‬ ‭radius‬ ‭3‬
Q ‭total surface area.‬
‭(a) 79175.1 cm³‬ ‭(b) 88275.2 cm³‬
‭units,‬ ‭27‬ ‭identical‬ ‭dice‬ ‭and‬ ‭a‬ ‭ball‬ ‭of‬ ‭Matriculation Level 20/06/2024 (Shift - 4)‬
‭(c) 78275.2 cm³‬ ‭(d) 89175.1 cm³‬
‭radius‬‭1‬‭units‬‭are‬‭made.‬‭What‬‭is‬‭the‬‭side‬ ‭(a) 240 cm‬‭2‬ ‭(b) 140 cm‬‭2‬
‭2‬
‭of dice?‬ ‭(c) 440 cm‬ ‭(d) 340 cm‬‭2‬ ‭ .322.‬ ‭The‬ ‭length‬ ‭of‬ ‭cold‬ ‭storage‬ ‭of‬
Q
‭SSC CPO 29/06/2024 (2nd Shift)‬ ‭cuboidal‬‭shape‬‭is‬‭double‬‭its‬‭breadth‬‭and‬
‭ .314.‬‭The‬‭height‬‭of‬‭one‬‭cone‬‭is‬‭3‬‭times‬
Q
‭(a) 1.7 units‬ ‭(b) 1.5 units‬ ‭its‬ ‭height‬ ‭is‬ ‭half‬ ‭of‬ ‭its‬ ‭breadth.‬ ‭If‬ ‭its‬
‭the‬ ‭height‬ ‭of‬ ‭another‬ ‭cone,‬ ‭while‬ ‭its‬
‭(c) 1.6 units‬ ‭(d) 1.4 units‬ ‭volume‬ ‭is‬ ‭216‬ ‭m³,‬ ‭then‬ ‭what‬ ‭are‬ ‭the‬
‭radius‬ ‭is‬ ‭half‬ ‭of‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭other‬
‭dimensions of the cold storage?‬
‭ .306.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬‭slant‬‭height‬‭and‬
Q ‭cone.‬ ‭If‬ ‭their‬ ‭total‬ ‭volume‬ ‭is‬ ‭100‬ ‭unit³,‬
‭Matriculation Level 24/06/2024 (Shift - 1)‬
‭the‬‭height‬‭of‬‭a‬‭cone‬‭is‬‭4‬‭:‬‭3.‬‭If‬‭the‬‭curved‬ ‭then the difference in the volumes of the‬
‭(a) 12 m × 6m × 3m (b) 12 m × 9m × 5m‬
‭cones is _______ unit³.‬
‭ urface‬ ‭area‬‭of‬‭the‬‭cone‬‭is‬‭4‬ ‭7‬π ‭square‬
s ‭(c) 14 m × 7m × 5m (d) 8m × 4m × 2m‬
‭Matriculation Level 21/06/2024 (Shift - 1)‬
‭units,‬ ‭then‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭cone‬ ‭is‬
‭(a) 12.5 (b) 14.3 (c) 13.4 (d) 15.5‬ ‭ .323.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
Q
‭______units.‬
‭SSC CPO 29/06/2024 (3rd Shift)‬ ‭cylinder‬ ‭of‬ ‭base‬ ‭radius‬ ‭r‬ ‭is‬ ‭obtained‬ ‭by‬
‭ .315.‬ ‭A‬ ‭cube‬ ‭is‬‭having‬‭surface‬‭area‬‭of‬
Q
‭multiplying its curved surface area by :‬
‭‬
7 ‭5400‬ ‭square‬ ‭units.‬ ‭Its‬ ‭volume‬ ‭would‬
‭(a) 7‬ ‭7‬ ‭(b) 7 (c)‬ ‭7‬ ‭(d)‬ ‭Matriculation Level 24/06/2024 (Shift - 4)‬
‭7‬ ‭increase‬ ‭approximately‬ ‭________‬ ‭if‬ ‭the‬
‭‬
2 ‭1‬ ‭𝑟‬
‭side is increased by 5 units.‬ ‭(a)‬ ‭(b)‬ ‭(c) 2r (d)‬
‭ .307.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬ ‭side‬ ‭of‬ ‭an‬
Q ‭𝑟‬ ‭2‭𝑟‬ ‬ ‭‬
2
‭Matriculation Level 21/06/2024 (Shift - 1)‬
‭equilateral‬‭triangle‬‭is‬‭18‬‭cm.‬‭The‬‭area‬‭(in‬
‭(a) 59% (b) 45% (c) 55% (d) 50%‬ ‭ .324.‬‭How‬‭many‬‭cubes‬‭of‬‭length‬‭50‬‭cm‬
Q
‭cm‬‭2‭)‬ ‬ ‭of‬ ‭the‬ ‭region‬ ‭lying‬ ‭between‬ ‭the‬
‭can‬ ‭be‬ ‭accommodated‬‭in‬‭a‬‭container‬‭of‬
‭circumcircle‬ ‭and‬ ‭the‬ ‭incircle‬ ‭of‬ ‭the‬ ‭ .316.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q ‭5‬ ‭m‬ ‭in‬ ‭length,‬ ‭2‬ ‭m‬ ‭in‬ ‭width‬ ‭and‬ ‭5‬ ‭m‬ ‭in‬
‭22‬ ‭increased‬ ‭by‬ ‭2‬ ‭cm,‬ ‭its‬ ‭surface‬ ‭area‬
‭triangle is [ use‬π =
‭‬ ]‭‬ ‭height ?‬
‭7‬ ‭increases‬ ‭by‬ ‭704‬ ‭cm².‬ ‭What‬ ‭was‬ ‭the‬ ‭Matriculation Level 25/06/2024 (Shift - 1)‬
‭SSC CPO 29/06/2024 (3rd Shift)‬ ‭radius of the sphere before the increase?‬ ‭(a) 400 (b) 500 (c) 450 (d) 250‬
‭‬
3 ‭‬
1 ‭22‬
‭(a) 254‬ ‭(b) 254‬ ‭(Use π =‬ ‭)‬
‭7‬ ‭7‬ ‭7‬ ‭ .325.‬ ‭Find‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭right‬ ‭angle‬
Q
‭2‬ ‭4‬ ‭ atriculation Level 21/06/2024 (Shift - 1)‬
M ‭whose‬ ‭base‬‭is‬‭15‬‭cm‬‭and‬‭hypotenuse‬‭is‬
‭(c) 254‬ ‭(d) 254‬
‭7‬ ‭7‬ ‭(a) 14 cm (b) 11 cm (c) 12 cm (d) 13 cm‬ ‭17 cm.‬
‭ .308.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭circle‬ ‭is‬ ‭256π‬
Q ‭Matriculation Level 26/06/2024 (Shift - 1)‬
‭ .317.‬ ‭What‬ ‭must‬ ‭be‬ ‭the‬ ‭total‬
Q
‭square‬ ‭cm.‬ ‭The‬ ‭length‬ ‭of‬ ‭its‬ ‭longest‬ ‭(a) 40 cm²‬ ‭(b) 55 cm²‬
‭percentage‬ ‭change‬ ‭in‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬
‭chord (in cm) is:‬ ‭(c) 60 cm²‬ ‭(d) 75 cm²‬
‭cuboid‬ ‭if‬ ‭its‬ ‭length‬ ‭and‬ ‭breadth‬ ‭are‬
‭SSC CPO 29/06/2024 (3rd Shift)‬ ‭decreased‬‭by‬‭10%‬‭and‬‭20%,‬‭respectively,‬ ‭ .326.‬ ‭The‬ ‭dimensions‬ ‭of‬ ‭a‬‭rectangular‬
Q
‭(a) 34‬ ‭(b) 36‬ ‭(c) 6‬ ‭(d) 32‬ ‭while its height is increased by 40%?‬ ‭field‬ ‭when‬ ‭extended‬ ‭by‬ ‭6‬ ‭metres‬ ‭are‬ ‭in‬
‭Matriculation Level 21/06/2024 (Shift - 4)‬ ‭the‬‭ratio‬‭of‬‭4‬‭:‬‭3‬‭and‬‭when‬‭decreased‬‭by‬
‭SSC Selection Post (Phase - XII)‬ ‭(a) 0.8% increase (b) 0.8% decrease‬ ‭6‬‭metres‬‭are‬‭in‬‭the‬‭ratio‬‭of‬‭2‬‭:‬‭1.‬‭Find‬‭the‬
‭(c) 1.8% increase (d) 1.8% decrease‬ ‭dimensions of the field.‬
‭ .309.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭one‬ ‭face‬ ‭of‬ ‭a‬
Q ‭Higher Secondary 20/06/2024 (Shift - 2)‬
‭cube is 40 cm. Its volume will be:‬ ‭ .318.‬ ‭There‬ ‭is‬ ‭a‬ ‭large‬ ‭cone‬ ‭with‬ ‭a‬
Q ‭(a) 16 metres, 12 metres‬
‭Matriculation Level 20/06/2024 (Shift - 1)‬ ‭diameter‬‭of‬‭14‬‭m‬‭and‬‭height‬‭of‬‭12‬‭m.‬‭It‬‭is‬ ‭(b) 10 metres, 6 metres‬
‭(a) 10 cm³‬ ‭(b) 100 cm³‬ ‭being‬‭filled‬‭with‬‭water‬‭at‬‭a‬‭rate‬‭of‬‭2‬‭m‬‭3‬ ‭in‬ ‭(c) 18 metres, 12 metres‬
‭(c) 1000 cm³‬ ‭(d) 10000 cm³‬ ‭every 20 seconds. How long will it take to‬ ‭(d) 14 metres, 10 metres‬
‭fill the cone?‬
‭ .310.‬ ‭If‬ ‭the‬ ‭length‬ ‭of‬ ‭each‬ ‭of‬ ‭the‬ ‭two‬
Q ‭Matriculation Level 21/06/2024 (Shift - 4)‬ ‭ .327.‬‭The‬‭radius‬‭of‬‭a‬‭circle‬‭is‬‭increased‬
Q
‭equal‬‭sides‬‭of‬‭an‬‭isosceles‬‭triangle‬‭is‬‭15‬ ‭(a) 313 sec‬ ‭(b) 6160 sec‬ ‭in‬ ‭such‬ ‭a‬ ‭way‬ ‭that‬ ‭its‬ ‭circumference‬
‭cm‬ ‭and‬ ‭the‬ ‭adjacent‬ ‭angle‬ ‭is‬ ‭30°,‬ ‭then‬ ‭(c) 616 sec‬ ‭(d) 12320 sec‬ ‭increases‬ ‭by‬‭7%.‬‭As‬‭a‬‭result,‬‭the‬‭area‬‭of‬
‭the area of the triangle is:‬ ‭the circle also increases by:‬
‭Matriculation Level 20/06/2024 (Shift - 1)‬ ‭ .319.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭cuboid‬‭is‬‭twice‬
Q ‭Higher Secondary 20/06/2024 (Shift - 2)‬
‭(a) 66.25 cm²‬ ‭(b) 36.25 cm²‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬‭cube.‬‭If‬‭the‬‭dimensions‬ ‭(a) 18.69%‬ ‭(b) 10.28%‬
‭(c) 56.25 cm²‬ ‭(d) 26.25 cm²‬ ‭of‬ ‭the‬ ‭cuboid‬ ‭are‬ ‭12‬ ‭cm,‬ ‭16‬ ‭cm‬‭and‬‭18‬ ‭(c) 14.49%‬ ‭(d) 12.20%‬
‭cm, then the total surface area of the‬
‭ .311.‬‭The‬‭lateral‬‭surface‬‭area‬‭of‬‭a‬‭cone‬
Q ‭cube is:‬ ‭ .328.‬ ‭The‬ ‭radii‬ ‭of‬ ‭the‬ ‭two‬ ‭concentric‬
Q
‭is‬‭550‬‭cm².‬‭If‬‭the‬‭diameter‬‭of‬‭the‬‭cone‬‭is‬ ‭Matriculation Level 21/06/2024 (Shift - 4)‬ ‭circles‬‭are‬‭27‬‭cm‬‭and‬‭18‬‭cm.‬‭The‬‭area‬‭(in‬
‭14 cm, then the height of the cone is:‬ ‭(a) 625 cm‬‭2‬ ‭(b) 864 cm‬‭2‬
‭2‬
𝑐‭ 𝑚‬ ‭)‬‭of‬‭the‬‭closed‬‭figure‬‭bounded‬‭by‬‭the‬
‭Matriculation Level 20/06/2024 (Shift - 1)‬ ‭(c) 484 cm‬‭2‬ ‭(d) 764 cm‬‭2‬ ‭boundaries of the circle is:‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ igher Secondary 20/06/2024 (Shift - 2)‬
H t‭ he‬ ‭right‬ ‭circular‬ ‭cone‬ ‭will‬ ‭be‬ ‭increased‬ ‭ SC CGL Tier II (26/10/2023)‬
S
‭(a) 505‬π ‭(b) 405‬π ‭(c) 288‬π ‭(d) 504‬π ‭by:‬ ‭(a) 4650‬‭(b) 4800‬‭(c) 4500‬‭(d) 4200‬
‭Graduate Level 26/06/2024 (Shift - 4)‬
‭ .329.‬ ‭A‬ ‭hemispherical‬ ‭bowl‬ ‭has‬ ‭a‬ ‭21‬
Q ‭ .346.‬‭A‬‭solid‬‭cube,‬‭whose‬‭each‬‭edge‬‭is‬
Q
‭(a) 15% (b) 12% (c) 10% (d) 8%‬
‭cm‬ ‭radius.‬ ‭It‬ ‭is‬ ‭to‬ ‭be‬ ‭painted‬ ‭inside‬ ‭as‬ ‭of‬‭length‬‭48‬‭cm,‬‭is‬‭melted.‬‭Identical‬‭solid‬
‭well‬‭as‬‭outside.‬‭The‬‭cost‬‭of‬‭painting‬‭it‬‭at‬ ‭ .338.‬ ‭Half‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭a‬
Q ‭cubes,‬‭each‬‭of‬‭volume‬‭64‬‭cm‬‭3‭,‬ ‬‭are‬‭made‬
‭the‬ ‭rate‬ ‭of‬ ‭₹0.05‬‭per‬‭cm‬‭2‬ ‭and‬‭assuming‬ ‭rectangular‬‭garden,‬‭whose‬‭length‬‭is‬‭8‬‭cm‬ ‭out‬ ‭of‬ ‭this‬ ‭molten‬ ‭cube,‬ ‭without‬ ‭any‬
‭that‬ ‭the‬ ‭thickness‬ ‭of‬ ‭the‬ ‭bowl‬ ‭is‬ ‭more‬ ‭than‬ ‭its‬ ‭width,‬ ‭is‬ ‭42‬ ‭cm.‬ ‭Find‬ ‭the‬ ‭wastage.‬ ‭How‬ ‭many‬ ‭such‬ ‭small‬ ‭cubes‬
‭‬‭22‬ ‭area of the rectangular garden.‬ ‭are obtained ?‬
‭negligible, is:(Use π =‬ ‭)‬
‭7‬ ‭Graduate Level 26/06/2024 (Shift - 4)‬ ‭SSC CGL Tier II (26/10/2023)‬
‭ igher Secondary 24/06/2024 (Shift - 2)‬
H ‭(a) 524 cm‬‭2‬ ‭(b) 425 cm‬‭2‬ ‭(a) 1728 (b) 1718 (c) 1748 (d) 1738‬
‭(a) ₹410.10‬ ‭(b) ₹188.30‬ ‭2‬
‭(c) 254 cm‬ ‭(d) 542 cm‬‭2‬
‭(c) ₹277.20‬ ‭(d) ₹388.20‬ ‭SSC CPO 2023 Tier - 1‬
‭ .339.‬‭The‬‭volume‬‭of‬‭a‬‭cube‬‭is‬‭64‬‭cm‬‭3‬ ‭.‬
Q
‭Q.330.‬ ‭If‬ ‭the‬ ‭area‬‭of‬‭a‬‭regular‬‭pentagon‬ ‭The total surface area of the cube is:‬
i‭s 3920‬ ‭3‬‭cm², then how long is its each‬ ‭Graduate Level 26/06/2024 (Shift - 4)‬ ‭ .347.‬ ‭The‬ ‭cost‬ ‭of‬ ‭painting‬ ‭the‬ ‭total‬
Q
‭side?‬ ‭(a) 16 cm‬‭2‬ ‭(b) 64 cm‬‭2‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭30‬ ‭m‬ ‭high‬ ‭solid‬ ‭right‬
‭Higher Secondary 25/06/2024 (Shift - 2)‬
‭2‬
‭(c) 96 cm‬ ‭(d) 128 cm‬‭2‬ ‭circular‬‭cylinder‬‭at‬‭the‬‭rate‬‭of‬‭₹25‬‭per‬‭m‬‭2‬
‭(a) 38 cm (b) 56 cm (c) 58 cm (d) 46 cm‬ ‭is ₹18,425. What is the volume (in m‬‭3‭)‬ of‬
‭SSC CHSL 2023 Tier - 2‬ ‭22‬
‭ .331.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭parallelogram‬ ‭is‬
Q ‭this cylinder [use‬π = ‭] ?‬
‭7‬
‭thrice‬ ‭its‬ ‭height.‬ ‭If‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭ .340.‬ ‭The‬ ‭diameter‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q ‭ SC CPO 03/10/2023 (2nd Shift)‬
S
‭parallelogram‬ ‭is‬‭1020‬‭cm‬‭2‬ ‭,‬‭then‬‭what‬‭is‬ ‭increased‬ ‭by‬ ‭30%.‬ ‭What‬ ‭is‬ ‭the‬ ‭(a) 1210‬‭(b) 1155‬‭(c) 1145‬‭(d) 1122‬
‭its height?‬ ‭percentage increase in its volume ?‬
‭Higher Secondary 25/06/2024 (Shift - 2)‬ ‭SSC CHSL Tier II (02/11/2023)‬ ‭ .348.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭difference‬
Q
‭(a) 69% (b) 119.7% (c) 41.7% (d) 90.5%‬ ‭between‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭and‬ ‭the‬
‭(a) 2‬ ‭85‬‭cm‬ ‭(b)‬ ‭89‬‭cm‬
‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭hemisphere‬
‭(c)‬ ‭82‬‭cm‬ ‭(d) 2‬ ‭84‬‭cm‬ ‭ .341.‬ ‭The‬ ‭diameter‬ ‭of‬ ‭a‬‭hemispherical‬
Q
‭having 4 cm diameter ?‬
‭bowl‬‭is‬‭21‬‭cm.‬‭The‬‭volume‬‭of‬‭the‬‭bowl‬‭is‬
‭ .332.‬ ‭A‬ ‭sphere‬ ‭and‬ ‭a‬ ‭cube‬‭have‬‭equal‬
Q ‭SSC CPO 03/10/2023 (2nd Shift)‬
‭22‬
‭surface‬‭areas.‬‭The‬‭ratio‬‭of‬‭the‬‭volume‬‭of‬ ‭equal to: (use π =‬ ‭)‬ ‭(a) 4.4π cm‬‭2‬ ‭(b) 5π cm‬‭2‬
‭7‬ ‭2‬
‭the sphere to‬ ‭(c) 4π cm‬ ‭(d) 8π cm‬‭2‬
‭ SC CHSL Tier II (02/11/2023)‬
S
‭that of the cube is:‬ ‭(a) 2,624.5 cm³‬ ‭(b) 2,425.5 cm³‬ ‭ .349.‬ ‭A‬ ‭conical‬ ‭shape‬ ‭vessel‬ ‭has‬ ‭a‬
Q
‭Higher Secondary 25/06/2024 (Shift - 4)‬ ‭(c) 2,725.5 cm³‬ ‭(d) 2,524.5 cm³‬ ‭radius‬‭of‬‭21‬‭cm‬‭and‬‭has‬‭a‬‭slant‬‭height‬‭of‬
(‭ a)‬ 6‭ ‬‭:‬ 𝜋
‭‬ (‭ b)‬ 𝜋
‭ ‬ ‭:‬ 8
‭‬ ‭25‬‭cm.‬‭If‬‭the‬‭curved‬‭part‬‭of‬‭the‬‭vessel‬‭is‬
‭ .342.‬ ‭The‬ ‭radius‬ ‭and‬ ‭height‬ ‭of‬ ‭a‬ ‭right‬
Q
‭(c)‬ ‭3‬‭:‬ ‭𝜋‬ ‭(d)‬ ‭2‬ ‭:‬ ‭𝜋‬ ‭to‬‭be‬‭painted‬‭white,‬‭find‬‭the‬‭cost‬‭(in‬‭₹)‬‭of‬
‭circular‬ ‭cone‬ ‭is‬ ‭increased‬ ‭by‬ ‭25%.‬ ‭Find‬
‭ .333.‬ ‭The‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q ‭the‬‭increase‬‭in‬‭percentage‬‭of‬‭the‬‭volume‬ ‭painting at the rate of ₹1.5 per cm‬‭2‬‭.‬
‭2464 cm². Calculate its volume.‬ ‭of‬ ‭the‬ ‭cone‬ ‭(rounded‬ ‭off‬ ‭to‬ ‭2‬ ‭decimal‬ ‭SSC CPO 03/10/2023 (2nd Shift)‬
‭22‬ ‭places).‬ ‭(a) 2475‬‭(b) 825‬ ‭(c) 1650‬‭(d) 1250‬
‭(Use π =‬ ‭)‬
‭7‬ ‭SSC CHSL Tier II (02/11/2023)‬
‭ igher Secondary 26/06/2024 (Shift - 2)‬
H ‭ .350.‬ ‭A‬ ‭solid‬ ‭sphere‬ ‭made‬ ‭of‬ ‭wax‬ ‭of‬
Q
‭(a) 94.31%‬ ‭(b) 95.31%‬ ‭radius‬ ‭12‬ ‭cm‬ ‭is‬ ‭melted‬ ‭and‬ ‭cast‬ ‭into‬
‭(a) 11598.67 cm³ (b) 11478.67 cm³‬
‭(c) 94.51%‬ ‭(d) 93.51%‬ ‭solid‬ ‭hemispheres‬ ‭of‬ ‭radius‬ ‭4‬ ‭cm‬‭each.‬
‭(c) 11488.67 cm³ (d) 11498.67 cm³‬
‭ .343.‬‭A‬‭hollow‬‭cube‬‭is‬‭made‬‭of‬‭paper‬‭to‬
Q ‭Find‬ ‭the‬ ‭number‬ ‭of‬ ‭such‬ ‭solid‬
‭ .334.‬‭The‬‭area‬‭of‬‭the‬‭rhombus‬‭(in‬‭cm‬‭2‭)‬ ‬
Q ‭have‬ ‭a‬ ‭volume‬ ‭of‬ ‭512‬ ‭cubic‬ ‭units.‬ ‭How‬ ‭hemispheres.‬
‭having‬‭each‬‭side‬‭equal‬‭to‬‭13‬‭cm‬‭and‬‭one‬ ‭much‬ ‭paper‬ ‭in‬ ‭square‬ ‭units‬ ‭will‬ ‭be‬ ‭SSC CPO 03/10/2023 (3rd Shift)‬
‭of its diagonals equal to 24 cm is:‬ ‭required to make the cube?‬ ‭(a) 14‬ ‭(b) 54‬ ‭(c) 28‬ ‭(d) 27‬
‭Graduate Level 20/06/2024 (Shift - 3)‬ ‭SSC CHSL Tier II (10/01/2024)‬
‭(a) 110 (b) 120 (c) 60 (d) 130‬ ‭ .351‬‭.‬‭Find‬‭the‬‭area‬‭of‬‭a‬‭rhombus‬‭if‬‭the‬
Q
‭(a) 328‬ ‭(b) 348‬ ‭(c) 288‬ ‭(d) 384‬
‭perimeter‬ ‭of‬ ‭the‬ ‭rhombus‬‭is‬‭52‬‭cm,‬‭and‬
‭ .335.‬‭Find‬‭the‬‭area‬‭(in‬‭cm‬‭2‬ ‭)‬‭of‬‭a‬‭circle‬
Q ‭ .344.‬ ‭A‬ ‭right‬ ‭rectangular‬ ‭box’s‬
Q ‭one of its diagonals is 10 cm long.‬
‭with‬ ‭a‬ ‭maximum‬ ‭radius‬ ‭that‬ ‭can‬ ‭be‬ ‭measurements‬ ‭are‬ ‭1.6‬ ‭m‬ ‭long,‬ ‭90‬ ‭cm‬ ‭SSC CPO 03/10/2023 (3rd Shift)‬
‭inscribed in a rectangle of length 18 cm‬ ‭wide,‬ ‭60‬ ‭cm‬ ‭in‬ ‭height.‬ ‭Soap‬ ‭cakes‬ ‭of‬ ‭(a) 164 cm²‬ ‭(b) 144 cm²‬
‭and breadth 12 cm.‬ ‭measurement‬‭6‬‭cm‬‭×‬‭5‬‭cm‬‭×‬‭40‬‭mm‬‭are‬ ‭(c) 160 cm²‬ ‭(d) 120 cm²‬
‭Graduate Level 20/06/2024 (Shift - 3)‬ ‭to‬‭be‬‭packed‬‭in‬‭the‬‭box,‬‭so‬‭that‬‭no‬‭space‬
‭(a) 72‬π ‭(b) 28‬π ‭(c) 136‬π ‭(d) 36‬π ‭is‬‭left.‬‭How‬‭many‬‭cakes‬‭can‬‭be‬‭packed‬‭in‬ ‭ .352.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q
‭the box ?‬ ‭square-based‬ ‭right‬ ‭pyramid‬ ‭is‬ ‭1536‬ ‭m²,‬
‭ .336.‬ ‭The‬ ‭difference‬ ‭between‬ ‭the‬‭total‬
Q ‭SSC CHSL Tier II (10/01/2024)‬ ‭of‬‭which‬‭37.5%‬‭is‬‭the‬‭area‬‭of‬‭the‬‭base‬‭of‬
‭surface‬‭area‬‭and‬‭lateral‬‭surface‬‭area‬‭of‬‭a‬ ‭(a) 6000 (b) 5600 (c) 6500 (d) 7200‬ ‭the‬ ‭pyramid.‬ ‭What‬ ‭is‬‭the‬‭volume‬‭(in‬‭m³)‬
‭cube,‬‭if‬‭the‬‭side‬‭of‬‭the‬‭cube‬‭is‬‭11‬‭cm‬‭(in‬ ‭of this pyramid ?‬
‭square cm), is _________ .‬ ‭SSC CGL 2023 Tier - 2‬ ‭SSC CPO 04/10/2023 (1st Shift)‬
‭Graduate Level 26/06/2024 (Shift - 3)‬ ‭(a) 3108 (b) 3048 (c) 3072 (d) 3144‬
‭(a) 244‬ ‭(b) 243 (c) 242 (d) 241‬ ‭ .345.‬‭The‬‭ratio‬‭of‬‭the‬‭length,‬‭width‬‭and‬
Q
‭ .353.‬ ‭If‬ ‭the‬ ‭diameter‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q
‭height‬‭of‬‭a‬‭closed‬‭cuboid‬‭is‬‭given‬‭as‬‭6‬‭:‬‭3‬
‭ .337.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭right‬ ‭circular‬
Q ‭reduced‬ ‭to‬ ‭its‬ ‭half,‬ ‭then‬ ‭the‬ ‭volume‬
‭:‬‭2.‬‭The‬‭total‬‭surface‬‭area‬‭of‬‭this‬‭cuboid‬
‭cone‬ ‭is‬ ‭increased‬ ‭by‬ ‭20%‬‭and‬‭its‬‭height‬ ‭would be :‬
‭is‬‭given‬‭as‬‭1800‬‭cm‬‭2‬‭.‬‭Find‬‭the‬‭volume‬‭(in‬
‭is‬‭decreased‬‭by‬‭25%,‬‭then‬‭the‬‭volume‬‭of‬ ‭SSC CPO 04/10/2023 (2nd Shift)‬
‭cm‬‭3‭)‬ of this cuboid.‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭‬
1 ‭ .361.‬‭If‬‭the‬‭slant‬‭height‬‭of‬‭a‬‭cone‬‭is‬‭29‬
Q ‭equilateral‬ ‭triangle‬ ‭is‬ ‭6‬ ‭3‬ ‭cm.‬ ‭The‬ ‭area‬
‭(a) reduced by‬ ‭ f the former volume‬
o
‭8‬ ‭cm‬‭and‬‭its‬‭height‬‭is‬‭20‬‭cm,‬‭find‬‭the‬‭ratio‬ ‭ f the triangle is‬‭:‬
o
‭1‬ ‭between‬‭the‬‭magnitudes‬‭of‬‭total‬‭surface‬
‭(b) increased by‬ ‭of the former volume‬ ‭SSC MTS 05/09/2023 (3rd Shift)‬
‭4‬
‭area and the volume.‬
‭1‬ ‭(a) 36‬ ‭3‬‭cm‬‭2‬ ‭(b) 36 cm‬‭2‬
‭(c) reduced by‬ ‭of the former volume‬ ‭SSC CPO 05/10/2023 (3rd Shift)‬
‭4‬ ‭(c) 72 cm‬‭2‬ ‭(d) 72‬ ‭3‬ ‭cm‬‭2‬
‭1‬ ‭(a) 3 : 7 (b) 3 : 14 (c) 5 : 14 (d) 7 : 15‬
‭(d) increased by‬ ‭of the former volume‬
‭8‬ ‭Q.370.‬‭The areas of three adjacent faces‬
‭ .362.‬‭The‬‭radius‬‭of‬‭a‬‭metallic‬‭spherical‬
Q
‭2‬
‭ .354.‬ ‭The‬ ‭heights‬ ‭of‬ ‭two‬ ‭cones‬ ‭are‬ ‭in‬
Q ‭ball‬‭is‬‭3‬‭cm.‬‭If‬‭the‬‭metallic‬‭ball‬‭is‬‭melted‬ ‭ f a cuboid are‬‭𝑝‬, ‭‭𝑞
o ‬ ‬‭and‬‭𝑟‬‭𝑢𝑛𝑖𝑡‬ ‭,‬
‭the‬ ‭ratio‬ ‭7‬ ‭:‬‭5‬‭and‬‭their‬‭diameters‬‭are‬‭in‬ ‭and‬‭recast‬‭into‬‭x‬‭number‬‭of‬‭hemispheres‬ ‭respectively. What is its volume ?‬
‭the ratio 10 : 21. What is the ratio of their‬ ‭of‬ ‭radius‬ ‭equal‬ ‭to‬ ‭half‬ ‭the‬ ‭radius‬‭of‬‭the‬ ‭SSC MTS 06/09/2023 (3rd Shift)‬
‭3‬
‭22‬ ‭metallic‬‭spherical‬‭ball,‬‭then‬‭find‬‭the‬‭value‬ ‭3‬ ‭3‬ ‭3‬ ‭3‬
‭(a)‬‭𝑝‬ ‭𝑞‬ ‭𝑟‬ ‭‬‭𝑢𝑛𝑖𝑡‬ ‭‬ ‭(b)‬ ‭𝑝𝑞𝑟‬‭‬‭‬‭𝑢𝑛𝑖𝑡‬
‭volumes ? (Where π =‬ ‭)‬
‭7‬ ‭of x.‬ ‭3‬ ‭3‬ ‭3‬
‭ SC CPO 04/10/2023 (2nd Shift)‬
S ‭(c)‬‭𝑝𝑞𝑟‬‭𝑢𝑛𝑖𝑡‬ ‭(d)‬ ‭𝑝𝑞𝑟‬‭‬‭𝑢𝑛𝑖𝑡‬
‭SSC CPO 05/10/2023 (3rd Shift)‬
‭(a) 17 : 21‬ ‭(b) 14 : 19‬ ‭(a) 14‬ ‭(b) 16‬ ‭(c) 13‬ ‭(d) 15‬ ‭ .371.‬‭A‬‭cylinder‬‭has‬‭a‬‭total‬‭surface‬‭area‬
Q
‭(c) 20 : 63‬ ‭(d) 26 : 47‬ ‭of‬ ‭64π‬ ‭square‬‭units,‬‭where‬‭the‬‭height‬‭of‬
‭ .363.‬‭A‬‭hollow‬‭cylindrical‬‭tube‬‭made‬‭of‬
Q
‭ .355.‬ ‭The‬ ‭diameter‬ ‭of‬‭a‬‭hemisphere‬‭is‬
Q ‭the‬ ‭cylinder‬ ‭is‬ ‭equal‬ ‭to‬ ‭its‬ ‭radius.‬ ‭If‬‭the‬
‭plastic‬ ‭is‬ ‭3‬ ‭cm‬ ‭thick.‬ ‭If‬ ‭the‬ ‭external‬
‭equal‬ ‭to‬ ‭the‬ ‭diagonal‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭of‬ ‭height‬ ‭is‬ ‭doubled‬ ‭and‬ ‭the‬ ‭radius‬ ‭is‬
‭diameter‬‭is‬‭20‬‭cm‬‭and‬‭length‬‭of‬‭the‬‭tube‬
‭length‬ ‭4‬ ‭cm‬ ‭and‬ ‭breadth‬‭3‬‭cm.‬‭Find‬‭the‬ ‭halved,‬‭then‬‭the‬‭total‬‭surface‬‭area‬‭of‬‭the‬
‭is 49 cm, find the volume of the plastic.‬
‭total‬ ‭surface‬ ‭area‬ ‭(in‬ ‭cm‬‭2‭)‬ ‬ ‭of‬ ‭the‬ ‭new cylinder is________square units.‬
‭SSC CPO 05/10/2023 (3rd Shift)‬
‭hemisphere.‬ ‭SSC MTS 08/09/2023 (3rd Shift)‬
‭(a) 7644 cm‬‭3‬ ‭(b) 7238 cm‬‭3‬
‭SSC CPO 04/10/2023 (3rd Shift)‬ ‭3‬ ‭(a) 54π‬ ‭(b) 40π‬ ‭(c) 64π‬ ‭(d) 48π‬
‭(c) 7854 cm‬ ‭(d) 7546 cm‬‭3‬
‭50‬π ‭25‬π ‭75‬π
‭(a) 25‬π ‭(b)‬ ‭(c)‬ ‭(d)‬ ‭ .372.‬‭A‬‭hollow‬‭metal‬‭sphere‬‭of‬‭internal‬
Q
‭4‬ ‭4‬ ‭4‬
‭SSC MTS 2023 Tier - 1‬ ‭and‬ ‭external‬ ‭radii‬ ‭5‬ ‭cm‬ ‭and‬ ‭6‬ ‭cm,‬
‭ .356.‬ ‭The‬ ‭height‬ ‭and‬ ‭the‬ ‭radius‬‭of‬‭the‬
Q ‭respectively,‬ ‭is‬ ‭melted‬ ‭into‬ ‭a‬ ‭solid‬ ‭cone‬
‭base‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬ ‭cone‬ ‭are‬ ‭in‬ ‭the‬ ‭ .364.‬‭The‬‭diameter‬‭of‬‭a‬‭metallic‬‭sphere‬
Q
‭of‬‭base‬‭radius‬‭5.2‬‭cm.‬‭What‬‭is‬‭the‬‭height‬
‭ratio‬ ‭of‬ ‭12‬ ‭:‬ ‭5.‬ ‭If‬ ‭its‬‭volume‬‭is‬‭314‬‭cm³,‬ ‭is‬ ‭6‬ ‭cm.‬ ‭It‬ ‭is‬ ‭melted‬ ‭and‬ ‭drawn‬ ‭into‬ ‭a‬
‭(in‬‭cm,‬‭rounded‬‭off‬‭to‬‭1‬‭decimal‬‭place)‬‭of‬
‭then‬‭what‬‭is‬‭the‬‭slant‬‭height‬‭of‬‭the‬‭cone‬ ‭wire‬ ‭having‬ ‭a‬ ‭diameter‬ ‭of‬ ‭the‬ ‭cross‬
‭the cone ?‬
‭? (Use π = 3.14)‬ ‭section‬‭as‬‭0.4‬‭cm.‬‭Find‬‭the‬‭length‬‭of‬‭the‬
‭SSC MTS 11/09/2023 (1st Shift)‬
‭SSC CPO 05/10/2023 (1st Shift)‬ ‭wire (in meters).‬
‭(a) 11.8‬ ‭(b) 12.8‬ ‭(c) 13.5‬ ‭(d) 14.5‬
‭(a) 11 cm (b) 14 cm (c) 12 cm (d) 13 cm‬ ‭SSC MTS 01/09/2023 (1st Shift)‬
‭(a) 18‬ ‭(b) 9‬ ‭(c) 12‬ ‭(d) 10‬ ‭ .373.‬ ‭Find‬ ‭the‬ ‭area‬ ‭(in‬ ‭cm²)‬ ‭of‬ ‭the‬
Q
‭ .357.‬ ‭A‬ ‭right‬ ‭square‬ ‭pyramid‬ ‭having‬
Q ‭rhombus,‬ ‭lengths‬ ‭of‬ ‭whose‬ ‭diagonals‬
‭lateral‬ ‭surface‬ ‭area‬ ‭is‬ ‭624‬ ‭cm².‬ ‭If‬ ‭the‬ ‭ .365.‬ ‭From‬‭a‬‭cuboid‬‭of‬‭dimension‬‭of‬‭8‬
Q
‭are, respectively, 7.5 cm and 5.6 cm.‬
‭length of the diagonal of the square is 24‬ ‭×‬ ‭6‬ ‭×‬ ‭6‬ ‭units,‬ ‭small‬‭cubes‬‭of‬‭dimension‬
‭SSC MTS 11/09/2023 (3rd Shift)‬
‭0.5‬ ‭×‬ ‭0.5‬ ‭×‬ ‭0.5‬ ‭unit‬ ‭are‬ ‭cut.‬ ‭How‬ ‭many‬
‭2‭,‬ then the volume of the pyramid is:‬ ‭(a) 21‬ ‭(b) 28‬ ‭(c) 27‬ ‭(d) 30‬
‭small‬ ‭cubes‬ ‭can‬ ‭be‬ ‭cut‬ ‭from‬ ‭the‬ ‭big‬
‭ SC CPO 05/10/2023 (1st Shift)‬
S
‭cuboid ?‬ ‭ .374.‬ ‭If‬ ‭a‬ ‭hollow‬ ‭sphere‬‭of‬‭an‬‭external‬
Q
‭(a) 780 cm³‬ ‭(b) 1150 cm³‬
‭SSC MTS 01/09/2023 (3rd Shift)‬ ‭and‬‭internal‬‭diameters‬‭of‬‭6‬‭cm‬‭and‬‭4‬‭cm,‬
‭(c) 1083 cm³‬ ‭(d) 960 cm³‬
‭(a) 576 (b) 1152 (c) 2304 (d) 1552‬ ‭respectively,‬ ‭is‬ ‭melted‬ ‭into‬ ‭a‬ ‭cone‬ ‭of‬
‭ .358.‬‭A‬‭cylinder‬‭has‬‭some‬‭water‬‭in‬‭it‬‭at‬
Q ‭base‬ ‭diameter‬ ‭8‬ ‭cm,‬ ‭then‬ ‭the‬ ‭height‬ ‭of‬
‭a‬‭height‬‭of‬‭16‬‭cm.‬‭If‬‭a‬‭sphere‬‭of‬‭radius‬‭9‬ ‭ .366.‬ ‭The‬ ‭radius‬ ‭and‬ ‭the‬ ‭height‬ ‭of‬ ‭a‬
Q
‭the cone is:‬
‭cm‬ ‭is‬‭put‬‭into‬‭it,‬‭then‬‭find‬‭the‬‭rise‬‭in‬‭the‬ ‭right‬‭circular‬‭cone‬‭are‬‭in‬‭the‬‭ratio‬‭3‬‭:‬‭4.‬‭If‬
‭SSC MTS 12/09/2023 (1st Shift)‬
‭height‬ ‭of‬ ‭the‬ ‭water‬ ‭if‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭its‬ ‭volume‬ ‭is‬ ‭301.44m³,‬ ‭find‬ ‭the‬ ‭slant‬ ‭‬
3 ‭‬
1
‭height (use‬π ‭= 3.14).‬ ‭(a) 4‬ ‭ m‬
c ‭(b) 3‬ ‭ m‬
c
‭cylinder is 12 cm.‬ ‭4‬ ‭4‬
‭SSC CPO 05/10/2023 (1st Shift)‬ ‭SSC MTS 04/09/2023 (1st Shift)‬ ‭1‬ ‭3‬
‭(a) 5 cm (b) 20 cm (c) 10 cm (d) 15 cm‬ ‭(c) 5‬ ‭cm‬ ‭(d) 2‬ ‭cm‬
‭(a) 1.6 cm‬ ‭(b) 8.75 cm‬ ‭4‬ ‭4‬
‭(c) 8 cm‬ ‭(d) 6.75 cm‬
‭ .367.‬ ‭Water‬ ‭is‬ ‭pouring‬ ‭into‬ ‭a‬ ‭cuboidal‬
Q ‭ .375.‬ ‭A‬ ‭conical‬ ‭tent‬ ‭is‬ ‭set‬ ‭to‬
Q
‭ .359.‬‭What‬‭will‬‭be‬‭the‬‭area‬‭of‬‭a‬‭plot‬‭of‬
Q ‭reservoir‬ ‭at‬ ‭the‬ ‭rate‬ ‭of‬ ‭50‬ ‭litres‬ ‭per‬ ‭accommodate‬ ‭15‬ ‭persons.‬ ‭Each‬ ‭person‬
‭quadrilateral‬ ‭shape,‬ ‭one‬ ‭of‬ ‭whose‬ ‭minute.‬ ‭The‬ ‭volume‬ ‭of‬ ‭the‬ ‭reservoir‬ ‭is‬ ‭must‬ ‭have‬ ‭5‬‭square‬‭metres‬‭of‬‭space‬‭on‬
‭diagonals‬ ‭is‬ ‭20‬ ‭m‬ ‭and‬ ‭lengths‬ ‭of‬ ‭the‬ ‭3‬
‭ 20‬ ‭𝑚‬ ‭.‬ ‭How‬ ‭many‬‭hours‬‭will‬‭it‬‭take‬‭to‬
1 ‭the‬‭ground‬‭and‬‭30‬‭cubic‬‭metres‬‭of‬‭air‬‭to‬
‭perpendiculars‬ ‭from‬ ‭the‬ ‭opposite‬ ‭fill the reservoir ?‬ ‭breathe. What is the height of the cone?‬
‭vertices‬ ‭on‬ ‭it‬ ‭are‬ ‭12‬ ‭m‬ ‭and‬ ‭18‬ ‭m,‬ ‭SSC MTS 04/09/2023 (3rd Shift)‬ ‭SSC MTS 12/09/2023 (2nd Shift)‬
‭respectively ?‬ ‭(a) 35‬ ‭(b) 45‬ ‭(c) 40‬ ‭(d) 30‬ ‭(a) 15 m‬ ‭(b) 22 m (c) 13 m (d) 18 m‬
‭SSC CPO 05/10/2023 (2nd Shift)‬
‭(a) 250 m²‬ ‭(b) 400 m²‬ ‭ .368.‬ ‭Using‬‭the‬‭middle‬‭points‬‭of‬‭sides‬
Q ‭ .376.‬ ‭A‬ ‭solid‬ ‭metallic‬ ‭cuboid‬‭of‬‭length‬
Q
‭(c) 200 m²‬ ‭(d) 300 m²‬ ‭of‬ ‭a‬ ‭square‬ ‭with‬ ‭an‬ ‭area‬ ‭of‬ ‭36‬ ‭square‬ ‭11‬ ‭cm,‬‭breadth‬‭8‬‭cm‬‭and‬‭height‬‭6‬‭cm‬‭is‬
‭units,‬ ‭another‬ ‭square‬ ‭is‬ ‭made.‬ ‭What‬ ‭is‬ ‭melted‬ ‭and‬ ‭reshaped‬ ‭to‬ ‭form‬ ‭a‬ ‭cone‬‭of‬
‭ .360.‬ ‭Two‬ ‭metallic‬ ‭balls‬ ‭P‬ ‭and‬ ‭Q‬ ‭are‬
Q ‭height‬ ‭14‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭radius‬ ‭of‬‭the‬
‭the‬‭area‬‭of‬‭a‬‭new‬‭square‬‭made‬‭in‬‭square‬
‭such‬‭that‬‭the‬‭diameter‬‭of‬‭P‬‭is‬‭four‬‭times‬ ‭cone thus formed ?‬
‭units?‬
‭the‬ ‭diameter‬ ‭of‬ ‭Q‬ ‭.‬ ‭What‬ ‭is‬ ‭the‬ ‭ratio‬ ‭SSC MTS 13/09/2023 (3rd Shift)‬
‭SSC MTS 05/09/2023 (2nd Shift)‬
‭between the volumes of P and Q?‬ ‭(a) 6 cm (b) 9 cm (c) 7 cm (d) 8 cm‬
‭(a) 24‬ ‭(b) 27‬ ‭(c) 18‬ ‭(d) 21‬
‭SSC CPO 05/10/2023 (2nd Shift)‬
‭(a) 8 : 1 (b)16 : 1 (c) 64 : 1 (d) 32 : 1‬ ‭Q.369.‬‭The length of the median of an‬ ‭Q.377.‬‭The length, breadth and height of‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬
‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ ‬‭cuboid‬‭are‬‭in‬‭the‬‭ratio‬‭of‬‭6‬‭:‬‭4‬‭:‬‭3.‬‭If‬‭the‬
a ‭ f edge 7 cm.‬
o ‭(c) 13.57 cm²‬ ‭(d) 17.35 cm²‬
‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭cuboid‬ ‭is‬ ‭972‬ ‭SSC CHSL 03/08/2023 (2nd Shift)‬
‭ .393.‬‭A‬‭copper‬‭wire‬‭is‬‭bent‬‭in‬‭the‬‭form‬
Q
‭cm²,‬ ‭what‬ ‭is‬ ‭the‬ ‭length‬ ‭(in‬ ‭cm)‬ ‭of‬ ‭the‬ ‭(a) 179.67‬‭𝑐 𝑚‬
‭3‬
‭(b) 169.67‬‭𝑐 𝑚‬
‭3‬
‭of‬ ‭a‬ ‭square‬ ‭and‬ ‭it‬ ‭encloses‬ ‭an‬ ‭area‬ ‭of‬
‭diagonal of the cuboid ?‬ ‭3‬ ‭3‬
‭(c) 189.67‬‭𝑐 𝑚‬ ‭(d) 199.67‬‭𝑐 𝑚‬ ‭30.25‬ ‭cm‬‭2‭.‬ ‬ ‭If‬ ‭the‬ ‭same‬ ‭wire‬ ‭is‬ ‭bent‬ ‭to‬
‭SSC MTS 14/09/2023 (1st Shift)‬
‭form‬ ‭a‬ ‭circle,‬ ‭then‬ ‭find‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬
‭(a) 5‬ ‭65‬‭(b) 3‬ ‭61‬ ‭(c) 3‬ ‭65‬‭(d) 5‬ ‭61‬ ‭ .385.‬‭If‬‭a‬‭map‬‭of‬‭a‬‭city‬‭was‬‭drawn‬‭on‬‭a‬
Q
‭22‬
‭scale‬‭of‬‭0.2‬‭cm‬‭to‬‭a‬‭km,‬‭what‬‭area‬‭would‬ ‭circle. (use π =‬ ‭).‬
‭7‬
‭ .378.‬‭A triangle has its sides 5 cm, 12‬
Q ‭represent‬ ‭a‬ ‭country‬ ‭if‬ ‭it‬ ‭has‬ ‭an‬ ‭area‬ ‭of‬
‭ SC CHSL 11/08/2023 (2nd Shift)‬
S
‭cm‬ ‭and‬ ‭13‬ ‭cm.‬ ‭What‬‭will‬‭be‬‭the‬‭area‬‭of‬ ‭22500 km²?‬
‭(a) 38.50 cm‬‭2‬ ‭(b) 42.25 cm‬‭2‬
‭the‬ ‭triangle‬ ‭formed‬ ‭by‬ ‭joining‬ ‭the‬ ‭mid‬ ‭SSC CHSL 04/08/2023 (2nd Shift)‬ ‭2‬
‭(c) 35 cm‬ ‭(d) 30.25 cm‬‭2‬
‭point of the three sides ?‬ ‭(a) 2500 cm²‬ ‭(b) 2250 cm²‬
‭SSC MTS 14/09/2023 (2nd Shift)‬ ‭(c) 5625 cm‬‭2‬ ‭(d) 900 cm‬‭2‬ ‭ .394.‬ ‭A‬‭hemispherical‬‭bowl‬‭is‬‭made‬‭of‬
Q
‭‬
1 ‭‬
1 ‭1‬‭cm‬‭thick‬‭steel.‬‭The‬‭inside‬‭radius‬‭of‬‭the‬
‭(a) 7‬ ‭cm‬‭2‬ ‭(b) 19‬ ‭cm‬‭2‬ ‭ .386.‬ ‭The‬ ‭sides‬ ‭of‬ ‭the‬ ‭three‬ ‭cubes‬ ‭of‬
Q
‭2‬ ‭2‬
‭bowl‬‭is‬‭4‬‭cm.‬‭The‬‭volume‬‭of‬‭the‬‭steel‬‭(in‬
‭1‬ ‭metal‬ ‭are‬ ‭15‬ ‭cm,‬ ‭18‬ ‭cm‬ ‭and‬ ‭25‬ ‭cm,‬
‭(c) 13‬ ‭cm‬‭2‬ ‭(d) 15 cm‬‭2‬ ‭cm³) used in making the bowl is:‬
‭2‬ ‭respectively.‬ ‭Find‬‭the‬‭side‬‭(in‬‭cm)‬‭of‬‭the‬
‭SSC CHSL 17/08/2023 (2nd Shift)‬
‭new‬‭cube‬‭formed‬‭by‬‭melting‬‭these‬‭cubes‬
‭ .379.‬‭The‬‭height‬‭of‬‭a‬‭right‬‭circular‬‭cone‬
Q ‭‬
2 ‭‬
1
‭together‬ ‭(a) 40‬ π ‭(b) 27‬ π
‭is‬‭20‬‭cm,‬‭and‬‭its‬‭base‬‭diameter‬‭is‬‭30‬‭cm.‬ ‭3‬ ‭3‬
‭SSC CHSL 04/08/2023 (2nd Shift)‬
‭What‬ ‭is‬ ‭the‬‭curved‬‭surface‬‭area‬‭and‬‭the‬ ‭1‬ ‭1‬
‭3‬ ‭3‬ ‭3‬ ‭3‬ ‭(c) 41‬ π ‭(d) 35‬ π
‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭right‬ ‭circular‬ ‭(a) 9‬ ‭388‬‭(b) 6‬ ‭388‬‭(c) 7‬ ‭388‬‭(d) 4‬ ‭388‬ ‭3‬ ‭3‬
‭cone, respectively ?‬ ‭ .395.‬ ‭A‬ ‭rod‬ ‭of‬ ‭5‬ ‭cm‬‭radius‬‭and‬‭52‬‭cm‬
Q
‭ .387.‬ ‭A‬‭shopkeeper‬‭usually‬‭makes‬‭one‬
Q
‭SSC MTS 14/09/2023 (2nd Shift)‬ ‭length‬‭is‬‭converted‬‭into‬‭a‬‭wire‬‭of‬‭100‬‭cm‬
‭big‬ ‭besan‬ ‭laddoo‬ ‭(spherical‬ ‭in‬ ‭shape)‬
‭(a) 335π cm² and 525π cm²‬ ‭length‬ ‭of‬ ‭uniform‬ ‭thickness.‬ ‭The‬ ‭radius‬
‭with‬ ‭a‬ ‭radius‬ ‭of‬ ‭9‬ ‭cm.‬ ‭With‬ ‭the‬ ‭same‬
‭(b) 390 cm² and 475π cm²‬ ‭of the wire (in cm) is:‬
‭laddoo,‬ ‭How‬ ‭many‬ ‭besan‬ ‭laddoos‬ ‭of‬
‭(c) 450 cm² and 625π cm²‬ ‭SSC CHSL 17/08/2023 (4th Shift)‬
‭22‬‭‬
‭(d) 375π cm² and 600π cm²‬ ‭radius 3 cm can be made? (Use π =‬ ‭)‬
‭7‬‭‬ ‭(a)‬‭‬ ‭13‬ ‭(b)‬ ‭15‬ ‭(c)‬ ‭23‬ ‭(d)‬ ‭17‬
‭ SC CHSL 04/08/2023 (3rd Shift)‬
S
‭SSC CHSL 2023 Tier - 1‬ ‭(a) 9‬ ‭(b) 18‬ ‭(c) 36‬ ‭(d) 27‬ ‭SSC CGL 2023 Tier - 1‬
‭ .380.‬ ‭Aman‬ ‭wants‬ ‭to‬ ‭get‬‭his‬‭spherical‬
Q ‭ .388.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭triangle‬‭is‬‭half‬‭the‬
Q ‭ .396.‬‭Ranu‬‭carries‬‭water‬‭to‬‭school‬‭in‬‭a‬
Q
‭overhead‬ ‭water‬ ‭tank‬ ‭having‬ ‭a‬ ‭diameter‬ ‭area‬ ‭of‬ ‭a‬ ‭square.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭the‬ ‭cylindrical‬‭flask‬‭with‬‭diameter‬‭12‬‭cm‬‭and‬
‭of‬‭7‬‭m,‬‭painted.‬‭If‬‭the‬‭cost‬‭of‬‭painting‬‭is‬ ‭square‬‭is‬‭172‬‭cm.‬‭What‬‭is‬‭the‬‭area‬‭of‬‭the‬ ‭height‬ ‭21‬ ‭cm.‬ ‭Determine‬ ‭the‬ ‭amount‬‭of‬
‭₹13‬ ‭per‬ ‭square‬ ‭metre,‬ ‭find‬ ‭the‬ ‭cost‬ ‭of‬ ‭triangle (in cm²) ?‬ ‭water that she can carry in the flask.‬
‭painting‬ ‭Aman’s‬ ‭spherical‬ ‭overhead‬ ‭SSC CHSL 04/08/2023 (4th Shift)‬ ‭22‬
‭22‬ ‭(Use π =‬ ‭)‬
‭water tank. (Use‬π = ‭)‬ ‭(a) 924.5 (b) 1984 (c) 1849 (d) 992‬ ‭7‬
‭7‬ ‭ SC CGL 14/07/2023 (4th shift)‬
S
‭ SC CHSL 02/08/2023 (2nd Shift)‬
S ‭ .389.‬ ‭A‬ ‭cuboidal‬ ‭water‬ ‭tank‬ ‭is‬ ‭12‬ ‭m‬
Q ‭(a) 2372 cm³‬ ‭(b) 2370 cm³‬
‭(a) ₹1,872‬ ‭(b) ₹1,984‬ ‭long,‬ ‭9‬ ‭m‬ ‭wide‬ ‭and‬ ‭7.5‬ ‭m‬ ‭deep.‬ ‭How‬ ‭(c) 2376 cm³‬ ‭(d) 2374 cm³‬
‭(c) ₹2,002‬ ‭(d) ₹1,926‬ ‭many litres of water can it hold?‬
‭SSC CHSL 08/08/2023 (1st Shift)‬ ‭ .397.‬ ‭If‬ ‭the‬ ‭area‬‭of‬‭a‬‭circle‬‭is‬‭616‬‭cm²‬
Q
‭ .381.‬‭If the height and slant height of a‬
Q ‭and‬ ‭a‬ ‭chord‬ ‭XY‬ ‭=‬ ‭10‬ ‭cm,‬ ‭then‬ ‭find‬ ‭the‬
‭(a) 840000‬ ‭(b) 805000‬
‭cone are 21 cm and 29 cm, respectively.‬ ‭perpendicular‬ ‭distance‬ ‭from‬ ‭the‬ ‭center‬
‭(c) 780000‬ ‭(d) 810000‬
‭22‬ ‭of the circle to the chord XY.‬
‭Find the volume. (use‬π = ‭)‬
‭7‬ ‭ .390.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭triangular‬
Q ‭SSC CGL 17/07/2023 (1st shift)‬
‭ SC CHSL 02/08/2023 (3rd Shift)‬
S ‭flower‬ ‭bed‬ ‭of‬‭a‬‭garden‬‭whose‬‭perimeter‬ ‭(a)‬‭‬ ‭171‬‭cm‬ ‭(b)‬ ‭161‬‭cm‬
‭(a) 8800 cm‬‭3‬ ‭(b) 8780 cm‬‭3‬ ‭is‬‭20‬‭metres‬‭and‬‭two‬‭sides‬‭are‬‭5‬‭metres‬
‭3‬
‭(c) 8440 cm‬ ‭(d) 8080 cm‬‭3‬ ‭(c)‬ ‭117‬‭cm‬ ‭(d)‬ ‭181‬‭cm‬
‭and 6 metres.‬
‭SSC CHSL 08/08/2023 (4th Shift)‬ ‭ .398.‬‭The‬‭area‬‭of‬‭two‬‭triangles‬‭is‬‭in‬‭the‬
Q
‭ .382.‬ ‭The‬ ‭perimeter‬‭of‬‭a‬‭parallelogram‬
Q ‭2‬ ‭2‬
‭is‬ ‭48‬ ‭cm.‬ ‭If‬ ‭the‬ ‭height‬ ‭of‬ ‭the‬ ‭(a)‬‭10‬ ‭2‭‬‭𝑚
‬ ‬ ‭(b)‬‭2‬ ‭10‬‭‭𝑚
‬ ‬ ‭ratio‬ ‭5‬ ‭:‬ ‭3‬ ‭and‬ ‭their‬ ‭heights‬ ‭are‬ ‭in‬ ‭the‬
‭parallelogram‬ ‭is‬ ‭6‬ ‭cm‬ ‭and‬ ‭the‬‭length‬‭of‬
‭2‬
‭(c)‬‭5‬ ‭2‬‭‬‭𝑚‬ ‭(d)‬‭4‬ ‭5‬‭‬‭𝑚‬
‭2‬ ‭ratio 5 : 7. Find the ratio of their bases.‬
‭the adjacent side is 8 cm. find its area.‬ ‭SSC CGL 17/07/2023 (1st shift)‬
‭SSC CHSL 03/08/2023 (1st Shift)‬ ‭ .391.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭sector‬ ‭of‬ ‭a‬
Q ‭(a) 3 : 5 (b) 7 : 3 (c) 7 : 5 (d) 2 : 3‬
‭2‬ ‭2‬ ‭circle‬ ‭of‬ ‭radius‬ ‭7.4‬ ‭cm‬ ‭is‬ ‭20.6‬ ‭cm.‬ ‭The‬
‭(a) 90‬‭𝑐 𝑚‬ ‭(b) 80‬‭𝑐 𝑚‬ ‭ .399.‬ ‭If‬ ‭the‬ ‭side‬ ‭of‬ ‭an‬ ‭equilateral‬
Q
‭area of this sector is:‬
‭(c) 84‬‭𝑐 𝑚‬
‭2‬
‭(d) 96‬‭𝑐 𝑚‬
‭2‬ ‭triangle‬ ‭is‬ ‭increased‬ ‭by‬ ‭34%,‬ ‭then‬ ‭by‬
‭SSC CHSL 10/08/2023 (3rd Shift)‬
‭2‬ ‭2‬ ‭what percentage will its area increase?‬
‭ .383.‬ ‭In‬ ‭an‬ ‭isosceles‬ ‭triangle,‬ ‭if‬ ‭the‬
Q ‭(a) 42.92‬‭𝑐 𝑚‬ ‭(b) 5.8‬‭𝑐 𝑚‬
‭2‬ ‭2‬ ‭SSC CGL 17/07/2023 (2nd shift)‬
‭unequal side is 8 cm and equal side is 5‬ ‭(c) 10.73‬‭𝑐 𝑚‬ ‭(d) 21.46‬‭𝑐 𝑚‬ ‭(a) 70.65%‬ ‭(b) 79.56%‬
‭cm, then the area of the triangle is:‬ ‭(c) 68.25%‬ ‭(d) 75.15%‬
‭ .392.‬‭The‬‭perimeter‬‭of‬‭a‬‭minor‬‭sector‬‭of‬
Q
‭SSC CHSL 03/08/2023 (1st Shift)‬
‭2‬ ‭2‬
‭a‬‭circle‬‭of‬‭radius‬‭5‬‭cm‬‭is‬‭15.5‬‭cm.‬‭Find‬‭the‬ ‭ .400.‬ ‭An‬ ‭arc‬ ‭of‬ ‭length‬ ‭23.1‬ ‭cm‬
Q
‭(a) 12‬‭𝑐 𝑚‬ ‭(b) 25‬‭𝑐 𝑚‬ ‭22‬
‭2‬ ‭2‬ ‭ rea of the minor sector (use π =‬
a ‭).‬ ‭subtends‬ ‭an‬ ‭18°‬ ‭angle‬ ‭at‬ ‭the‬ ‭centre.‬
‭(c) 6‬‭𝑐 𝑚‬ ‭(d) 11‬‭𝑐 𝑚‬ ‭7‬ ‭What is the area of the circle ?‬
‭ SC CHSL 11/08/2023 (1st Shift)‬
S ‭22‬
‭ .384.‬ ‭Find‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭largest‬
Q ‭[Use‬‭π‬‭=‬ ‭]‬
‭(a) 17.53 cm²‬ ‭(b) 13.75 cm²‬ ‭7‬
‭possible sphere circumscribed by a cube‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬
‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ SC CGL 17/07/2023 (2nd shift)‬
S ‭ ‬ ‭cuboid‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬ ‭1‬ ‭:‬ ‭2‬ ‭:‬ ‭3.‬ ‭The‬
a t‭ riangle‬ ‭is‬ ‭12‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭length‬‭of‬
‭(a) 16978.50 cm² (b) 16988.50 cm²‬ ‭length,‬ ‭breadth‬ ‭and‬‭height‬‭of‬‭the‬‭cuboid‬ ‭the circumradius of the triangle?‬
‭(c) 16878.50 cm² (d) 16798.50 cm²‬ ‭are‬ ‭increased‬ ‭by‬ ‭200%,‬‭300%‬‭and‬‭300%,‬ ‭SSC CGL 24/07/2023 (1st shift)‬
‭respectively.‬ ‭Then‬ ‭compared‬ ‭to‬ ‭the‬ ‭(a) 8√3 cm‬ ‭(b) 2√3 cm‬
‭ .401.‬ ‭What‬ ‭is‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬ ‭cube‬ ‭if‬
Q ‭original‬ ‭volume,‬ ‭the‬ ‭increase‬ ‭in‬ ‭the‬ ‭(c) 6√3 cm‬ ‭(d) 4√3 cm‬
‭the‬ ‭perimeter‬ ‭of‬‭one‬‭face‬‭of‬‭the‬‭cube‬‭is‬ ‭volume of the cuboid will be:‬
‭40 cm ?‬ ‭SSC CGL 20/07/2023 (4th shift)‬ ‭ .418.‬ ‭A‬ ‭ball‬ ‭is‬ ‭to‬ ‭be‬ ‭made‬ ‭with‬ ‭inner‬
Q
‭SSC CGL 17/07/2023 (3rd shift)‬ ‭(a) 47 times‬ ‭(b) 26 times‬ ‭radius‬ ‭of‬‭2‬‭units‬‭and‬‭outside‬‭radius‬‭of‬‭3‬
‭(a) 1000 cm³‬ ‭(b) 820 cm³‬ ‭(c) 17 times‬ ‭(d) 15 times‬ ‭units.‬ ‭How‬ ‭much‬ ‭material‬ ‭is‬ ‭required‬‭to‬
‭(c) 600 cm³‬ ‭(d) 800 cm³‬ ‭make the ball ?‬
‭ .410.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭cuboid‬‭is‬‭twice‬
Q ‭SSC CGL 24/07/2023 (4th shift)‬
‭ .402.‬ ‭A‬ ‭spherical‬ ‭ball‬ ‭of‬ ‭lead,‬ ‭3‬ ‭cm‬‭in‬
Q ‭that‬ ‭of‬ ‭a‬ ‭cube.‬ ‭If‬ ‭the‬ ‭dimensions‬‭of‬‭the‬ ‭19‬‭‬ ‭ 6‬‭‬
7
‭diameter,‬‭is‬‭melted‬‭and‬‭recast‬‭into‬‭three‬ ‭(a)‬ ‭π‬ ‭(b)‬‭19‬‭π‬ ‭(c)‬ ‭π‬ ‭(d)‬‭π‬
‭cuboid‬‭are‬‭(8‬‭m‬‭×‬‭8‬‭m‬‭×‬‭16‬‭m),‬‭the‬‭total‬ ‭3‬ ‭‬
3
‭spherical‬ ‭balls.‬ ‭The‬ ‭diameters‬‭of‬‭two‬‭of‬ ‭surface area of the cube is:‬
‭‬
3 ‭ .419.‬ ‭A‬ ‭metallic‬ ‭cube‬ ‭has‬ ‭each‬ ‭of‬ ‭its‬
Q
‭these‬ ‭balls‬ ‭are‬ ‭cm‬ ‭and‬ ‭2cm‬ ‭,‬ ‭SSC CGL 21/07/2023 (1st shift)‬
‭2‬ ‭side‬ ‭of‬ ‭length‬ ‭12‬ ‭cm.‬ ‭It‬ ‭is‬ ‭melted‬ ‭and‬
‭(a) 316 m²‬ ‭(b) 288 m²‬
r‭ espectively.‬ ‭Find‬ ‭the‬ ‭diameter‬ ‭of‬ ‭the‬ ‭recast‬ ‭into‬ ‭three‬ ‭small‬ ‭cubes.‬ ‭Out‬ ‭of‬
‭(c) 324 m²‬ ‭(d) 384 m²‬
‭third ball.‬ ‭these‬ ‭cubes,‬ ‭two‬ ‭have‬ ‭their‬ ‭sides‬ ‭as‬ ‭6‬
‭SSC CGL 17/07/2023 (4th shift)‬ ‭ .411.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭an‬ ‭isosceles‬
Q ‭cm‬‭and‬‭8‬‭cm,‬‭respectively.‬‭The‬‭length‬‭of‬
‭(a) 2.1 cm (b) 3.3 cm (c) 3 cm (d) 2.5 cm‬ ‭triangle‬ ‭is‬ ‭100‬ ‭cm.‬‭If‬‭the‬‭base‬‭is‬‭36‬‭cm,‬ ‭each side of the third cube is:‬
‭then‬ ‭find‬ ‭its‬ ‭semi‬ ‭perimeter‬ ‭(in‬ ‭SSC CGL 25/07/2023 (1st shift)‬
‭ .403.‬ ‭The‬‭area‬‭of‬‭the‬‭sector‬‭of‬‭a‬‭circle‬
Q ‭(a) 7 cm‬ ‭(b) 9 cm (c) 10 cm (d) 5 cm‬
‭centimetres).‬
‭of‬ ‭radius‬ ‭12‬ ‭cm‬ ‭is‬ ‭32‬ ‭π‬ ‭cm².‬ ‭Find‬ ‭the‬
‭SSC CGL 21/07/2023 (2nd shift)‬
‭length‬ ‭of‬ ‭the‬ ‭corresponding‬ ‭arc‬ ‭of‬ ‭the‬ ‭ .420.‬‭The‬‭field‬‭is‬‭150‬‭m‬‭long‬‭and‬‭80‬‭m‬
Q
‭(a) 64‬ ‭(b) 60‬ ‭(c) 45‬ ‭(d) 50‬
‭sector.‬ ‭wide.‬‭How‬‭many‬‭times‬‭(rounded‬‭off‬‭to‬‭1‬
‭SSC CGL 17/07/2023 (4th shift)‬ ‭ .412.‬ ‭The‬‭area‬‭of‬‭the‬‭sector‬‭of‬‭a‬‭circle‬
Q ‭decimal‬ ‭place)‬ ‭is‬ ‭its‬ ‭perimeter‬ ‭to‬ ‭the‬
‭16‬ ‭13‬ ‭of‬ ‭radius‬ ‭28‬ ‭cm‬ ‭is‬ ‭112‬ ‭cm².‬ ‭Find‬ ‭the‬ ‭length of its diagonal?‬
‭(a)‬
‭3‬
‭‬π‭‬‭𝑐𝑚‬ ‭(b)‬
‭3‬
π‭‬‭𝑐 𝑚‬ ‭SSC CGL 25/07/2023 (1st shift)‬
‭length‬ ‭of‬ ‭the‬ ‭corresponding‬ ‭arc‬ ‭of‬ ‭the‬
‭10‬ ‭8‬
‭sector.‬ ‭(a) 2.3‬ ‭(b) 2.5‬ ‭(c) 2.7‬ ‭(d) 3.1‬
(‭ c)‬ π‭‬‭𝑐 𝑚‬ (‭ d)‬ π‭‬‭𝑐 𝑚‬
‭3‬ ‭3‬
‭SSC CGL 21/07/2023 (3rd shift)‬
‭ .421.‬‭The‬‭length,‬‭breadth‬‭and‬‭height‬‭of‬
Q
‭ .404.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭length‬ ‭of‬ ‭each‬
Q ‭(a) 4 cm‬ ‭(b) 8 cm (c) 6 cm (d) 5 cm‬
‭a‬ ‭hall‬ ‭are‬ ‭10‬ ‭m,‬ ‭20‬ ‭m‬ ‭and‬ ‭15m‬
‭equal‬ ‭side‬ ‭and‬ ‭the‬ ‭third‬ ‭side‬ ‭of‬ ‭an‬ ‭respectively.‬ ‭Find‬ ‭the‬ ‭cost‬ ‭of‬
‭ .413.‬ ‭If‬ ‭the‬ ‭volume‬ ‭of‬ ‭one‬ ‭brick‬ ‭is‬
Q
‭isosceles‬ ‭triangle‬ ‭is‬ ‭3‬ ‭:‬ ‭5.‬ ‭If‬‭the‬‭area‬‭of‬ ‭whitewashing‬ ‭the‬ ‭walls‬ ‭of‬ ‭the‬ ‭inside‬ ‭of‬
‭2‬ ‭0.0014‬‭m³,‬‭then‬‭how‬‭many‬‭bricks‬‭will‬‭be‬
t‭ he triangle is‬‭30‬ ‭11‬‭‭𝑐‬ 𝑚‬ ‭, then the length‬ ‭required‬ ‭to‬‭construct‬‭a‬‭wall‬‭of‬‭length‬‭14‬ ‭the‬ ‭hall‬ ‭and‬ ‭ceiling‬ ‭at‬ ‭the‬ ‭rate‬ ‭of‬
‭of the third side (in cm) is:‬ ‭m, breadth 0.125 m and height 5 m?‬ ‭₹10.20/m²‬
‭SSC CGL 18/07/2023 (2nd shift)‬ ‭SSC CGL 21/07/2023 (3rd shift)‬ ‭SSC CGL 25/07/2023 (2nd shift)‬
‭(a)‬‭10‬ ‭6‬ ‭(b)‬‭5‬ ‭6‬ ‭(c)‬‭13‬ ‭6‬ ‭(d)‬‭11‬ ‭6‬ ‭(a) 5250‬ ‭(b) 3250‬ ‭(c) 6250 (d) 4250‬ ‭(a) ₹13,394‬ ‭(b) ₹11,220‬
‭(c) ₹15,320‬ ‭(d) ₹16,542‬
‭ .405.‬‭A‬‭conical‬‭tent‬‭has‬‭a‬‭radius‬‭of‬‭7‬‭m‬
Q ‭ .414.‬ ‭If‬ ‭the‬ ‭inner‬ ‭radius‬ ‭of‬ ‭a‬
Q
‭and‬‭a‬‭vertical‬‭height‬‭of‬‭24‬‭m.‬‭How‬‭many‬ ‭ .422.‬ ‭A‬ ‭cuboid‬ ‭with‬ ‭sides‬ ‭4,‬ ‭6‬ ‭and‬ ‭8‬
Q
‭hemispherical‬ ‭bowl‬ ‭is‬ ‭5‬ ‭cm‬ ‭and‬ ‭its‬
‭full‬‭bags‬‭of‬‭rice‬‭can‬‭be‬‭emptied‬‭in‬‭it‬‭if‬‭the‬ ‭units‬‭is‬‭covered‬‭with‬‭paper.‬‭The‬‭paper‬‭is‬
‭thickness‬ ‭is‬ ‭0.25‬ ‭cm,‬ ‭then‬ ‭find‬ ‭the‬
‭space‬‭occupied‬‭by‬‭the‬‭rice‬‭in‬‭each‬‭bag‬‭is‬ ‭removed‬ ‭and‬ ‭a‬ ‭square‬ ‭is‬ ‭made‬ ‭from‬ ‭it.‬
‭volume‬ ‭of‬ ‭the‬ ‭material‬ ‭required‬ ‭in‬
‭2 m³ ?‬ ‭What is the side (in units) of the square?‬
‭22‬
‭SSC CGL 19/07/2023 (1st shift)‬ ‭making‬‭the‬‭bowl.‬‭(use‬‭π‬‭=‬ ‭)‬‭(Rounded‬ ‭SSC CGL 25/07/2023 (4th shift)‬
‭7‬
‭(a) 566‬ ‭(b) 616‬ ‭(c) 716‬ ‭(d) 650‬ ‭(a) 12.24 (b) 16.62 (c) 14.42 (d) 12.62‬
‭ p to two places of decimals).‬
u
‭SSC CGL 21/07/2023 (4th shift)‬ ‭ .423.‬‭What‬‭is‬‭the‬‭surface‬‭area‬‭(in‬‭cm²)‬
Q
‭ .406.‬ ‭To‬ ‭have‬ ‭a‬ ‭surface‬ ‭area‬ ‭of‬ ‭9π‬
Q
‭(a) 34 cm‬‭3‬ ‭(b) 44 cm‬‭3‬ ‭of‬ ‭a‬ ‭spherical‬ ‭sculpture‬‭whose‬‭radius‬‭is‬
‭square units of a ball, what should be the‬
‭(c) 45.34 cm‬‭3‬ ‭(d) 41.28 cm‬‭3‬ ‭22‬
‭diameter (in units) of the ball?‬ ‭35 cm ? (Take π =‬ ‭)‬
‭SSC CGL 19/07/2023 (3rd shift)‬ ‭ .415.‬ ‭A‬ ‭one‬ ‭metre‬ ‭pipe‬ ‭is‬ ‭made‬ ‭with‬
Q ‭7‬
‭(a) 2.5‬ ‭(b) 2‬ ‭(c) 1.5‬ ‭(d) 3‬ ‭inner‬‭diameter‬‭equal‬‭to‬‭outer‬‭radius.‬‭How‬ ‭ SC CGL 26/07/2023 (2nd shift)‬
S
‭much‬‭material‬‭(in‬‭cubic‬‭units)‬‭is‬‭required‬ ‭(a) 16540‬ ‭(b) 15700‬
‭ .407.‬ ‭A‬ ‭solid‬‭cone‬‭with‬‭curved‬‭surface‬
Q ‭(c) 15400‬ ‭(d) 14500‬
‭88‬
‭area‬‭twice‬‭its‬‭base‬‭area‬‭has‬‭slant‬‭height‬ ‭to‬‭make‬‭the‬‭pipe,‬‭if‬‭it‬‭can‬‭hold‬ ‭cubic‬
‭7‬
‭ f 6‬ ‭3‬‭cm. Its height is :‬
o ‭ .424.‬ ‭A‬ ‭petrol‬ ‭tank‬ ‭is‬ ‭of‬ ‭length‬ ‭50‬ ‭m,‬
Q
‭ etres water in it ?‬
m
‭SSC CGL 20/07/2023 (2nd shift)‬ ‭breadth‬ ‭25‬ ‭m,‬ ‭and‬ ‭depth‬ ‭10‬ ‭m.‬ ‭How‬
‭SSC CGL 24/07/2023 (1st shift)‬
‭many‬ ‭litres‬ ‭of‬ ‭petrol‬ ‭can‬ ‭be‬
‭(a) 6‬ ‭2‬‭cm (b) 9 cm (c) 6 cm (d) 3‬ ‭6‬‭cm‬ ‭(a) 37.7‬ ‭(b) 35.5 (c) 33.3 (d) 36.6‬
‭accommodated‬‭in‬‭the‬‭petrol‬‭tank‬‭when‬‭it‬
‭ .408.‬ ‭The‬ ‭width‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬ ‭2‬ ‭m‬
Q ‭ .416.‬‭The‬‭ratio‬‭of‬‭the‬‭length‬‭to‬‭width‬‭of‬
Q ‭is completely filled?‬
‭less‬ ‭than‬ ‭its‬ ‭length.‬ ‭If‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭a‬‭certain‬‭rectangle‬‭is‬‭3‬‭:‬‭2‬‭and‬‭the‬‭area‬‭is‬ ‭SSC CGL 26/07/2023 (2nd shift)‬
‭the‬ ‭rectangle‬ ‭is‬ ‭68‬ ‭m,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭150‬ ‭cm².‬ ‭The‬‭perimeter‬‭of‬‭the‬‭rectangle‬ ‭(a) 1,25,00,000‬ ‭(b) 12,50,000‬
‭length (in metres) of the rectangle?‬ ‭(in cm) is :‬ ‭(c) 1,25,000‬ ‭(d) 12500‬
‭SSC CGL 20/07/2023 (4th shift)‬ ‭SSC CGL 24/07/2023 (1st shift)‬
‭(a) 20‬ ‭(b) 18‬ ‭(c) 16‬ ‭(d) 17‬ ‭(a) 20‬ ‭(b) 30‬ ‭(c) 50‬ ‭(d) 40‬ ‭ .425.‬ ‭In‬‭the‬‭following‬‭figure,‬‭the‬‭length‬
Q
‭of‬ ‭arc‬ ‭AB‬ ‭is‬ ‭equal‬ ‭to‬ ‭five‬ ‭times‬ ‭of‬ ‭the‬
‭Q.409.‬‭The length, breadth and height of‬ ‭Q.417.‬‭The length of each side of a‬ ‭radius r of the circle. Find the area of‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭sector AOB ?‬ ‭ atriculation Level 27/06/2023 (Shift - 1)‬
M ‭(c) 360 metres‬ ‭(d) 300 metres‬
‭(a) 1.1‬ ‭(b) 1.22 (c) 1.33 (d) 1‬
‭ .441.‬‭If the area of a square is 529 cm‬‭2‭,‬ ‬
Q
‭ .433.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭an‬ ‭isosceles‬
Q ‭then what is the length of its diagonal?‬
‭right‬ ‭-‬ ‭angled‬ ‭triangle‬ ‭having‬ ‭an‬ ‭area‬‭of‬ ‭SSC MTS 03/05/2023 (Morning)‬
‭200 cm² is:‬ ‭(a) 23 cm (b) 26‬ ‭3‬ ‭(c) 23‬ ‭2‬ ‭(d) 46 cm‬
‭Matriculation Level 28/06/2023 (Shift - 1)‬
‭SSC CGL 27/07/2023 (1st shift)‬
‭(a) 68.3 cm‬ ‭(b) 78.2 cm‬ ‭ .442.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭is‬ ‭six‬
Q
‭2‬ ‭ ‬ ‭2‬
1 ‭2‬ ‭2‬
‭(a) 2.5‬‭𝑟‬ ‭(b)‬ ‭𝑟‬ (‭ c) 3‬‭𝑟‬ (‭ d) 2‬‭𝑟‬ ‭(c) 70.6 cm‬ ‭(d) 58.6 cm‬ ‭times‬ ‭of‬ ‭its‬ ‭breadth‬ ‭and‬ ‭the‬‭height‬‭of‬‭a‬
‭2‬
‭cuboid‬‭is‬‭four‬‭times‬‭of‬‭its‬‭breadth.‬‭If‬‭the‬
‭ .434.‬‭A‬‭solid‬‭sphere‬‭has‬‭a‬‭surface‬‭area‬
Q ‭breadth‬‭of‬‭the‬‭cuboid‬‭is‬‭3‬‭cm,‬‭then‬‭what‬
‭ .426.‬ ‭A‬ ‭hemispherical‬ ‭bowl‬ ‭has‬ ‭a‬
Q
‭of‬ ‭616‬ ‭cm².‬ ‭This‬ ‭sphere‬ ‭is‬‭now‬‭cut‬‭into‬ ‭is the total surface area of the cuboid ?‬
‭radius‬ ‭of‬ ‭7‬ ‭cm.‬ ‭It‬ ‭is‬ ‭to‬ ‭be‬ ‭painted‬‭from‬
‭two‬ ‭hemispheres.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬ ‭SSC MTS 03/05/2023 (Evening)‬
‭inside‬‭as‬‭well‬‭as‬‭outside.‬‭Find‬‭the‬‭cost‬‭of‬
‭surface area of one of the hemispheres?‬ ‭(a) 484 cm‬‭2‬ ‭(b) 612 cm‬‭2‬
‭painting‬ ‭it‬ ‭at‬ ‭the‬ ‭rate‬ ‭of‬ ‭Rs.40‬ ‭per‬ ‭20‬
‭Matriculation Level 28/06/2023 (Shift - 1)‬ ‭2‬
‭(c) 576 cm‬ ‭(d) 676 cm‬‭2‬
‭cm²?‬ ‭(Take‬‭the‬‭thickness‬‭of‬‭the‬‭bowl‬‭as‬
‭(a) 440 cm²‬ ‭(b) 462 cm²‬
‭negligible).‬
‭(c) 452 cm²‬ ‭(d) 390 cm²‬ ‭ .443.‬‭The‬‭ratio‬‭of‬‭radii‬‭of‬‭a‬‭cylinder‬‭to‬‭a‬
Q
‭SSC CGL 27/07/2023 (1st shift)‬
‭cone‬ ‭is‬ ‭3‬ ‭:‬ ‭1.‬ ‭If‬ ‭their‬ ‭heights‬ ‭are‬ ‭equal,‬
‭(a) Rs.1,232‬ ‭(b) Rs.1,125‬ ‭ .435.‬ ‭The‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q ‭What is the ratio of their volumes?‬
‭(c) Rs.1,432‬ ‭(d) Rs.1,550‬ ‭cylindrical‬‭pillar‬‭is‬‭528‬‭m‬‭2‬ ‭and‬‭its‬‭volume‬ ‭SSC MTS 03/05/2023 (Evening)‬
‭is‬ ‭1848‬ ‭m‬‭3‭.‬ ‬ ‭The‬‭ratio‬‭between‬‭its‬‭radius‬ ‭(a) 1 : 3‬ ‭(b) 27 : 1 (c) 9 : 1 (d) 1 : 9‬
‭ .427.‬ ‭A‬ ‭circular‬ ‭arc‬ ‭whose‬ ‭radius‬ ‭is‬ ‭4‬
Q
‭and height is ________.‬
‭cm‬ ‭makes‬ ‭an‬ ‭angle‬ ‭45°‬ ‭at‬ ‭the‬ ‭centre.‬ ‭ .444.‬‭The‬‭ratio‬‭of‬‭the‬‭sides‬‭of‬‭a‬‭triangle‬
Q
‭Matriculation Level 30/06/2023 (Shift - 3)‬
‭Find the perimeter of the sector formed.‬ ‭is‬ ‭11‬ ‭:‬ ‭11‬ ‭:‬ ‭4.‬ ‭If‬ ‭the‬ ‭area‬ ‭of‬ ‭triangle‬ ‭is‬
‭22‬
‭(a) 9 : 10 (b) 7 : 12 (c) 7 : 3 (d) 9 : 5‬
‭(Take π =‬ ‭)‬ ‭2‬ ‭117‬ ‭cm²‬ ‭,‬ ‭then‬ ‭what‬‭is‬‭the‬‭length‬‭of‬
‭7‬
‭ .436.‬ ‭To‬ ‭pack‬ ‭a‬ ‭set‬ ‭of‬ ‭books,‬ ‭Surbhi‬
Q t‭ he equal sides?‬
‭SSC CGL 27/07/2023 (3rd shift)‬
‭made‬ ‭a‬ ‭carton‬ ‭that‬ ‭was‬‭48‬‭inches‬‭long,‬ ‭SSC MTS 04/05/2023 (Morning)‬
‭78‬ ‭72‬
‭(a)‬ ‭ m‬
c ‭(b)‬ ‭ m‬
c ‭27‬ ‭inches‬ ‭wide‬ ‭and‬‭30‬‭inches‬‭tall.‬‭What‬ ‭(a) 3 cm‬ ‭(b) 13 cm (c) 11cm (d) 9 cm‬
‭7‬ ‭7‬
‭will‬ ‭be‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭(in‬‭square‬
‭74‬ ‭76‬ ‭ .445.‬ ‭The‬ ‭two‬ ‭adjacent‬ ‭sides‬ ‭of‬ ‭a‬
Q
‭(c)‬ ‭cm‬ ‭(d)‬ ‭cm‬ ‭feet)‬‭of‬‭this‬‭carton,‬‭once‬‭it‬‭is‬‭closed‬‭from‬
‭7‬ ‭7‬ ‭parallelogram‬ ‭are‬ ‭12‬ ‭cm‬ ‭and‬ ‭5‬ ‭cm‬
‭all sides? [Use 1 foot = 12 inches]‬
‭Matriculation Level 30/06/2023 (Shift - 4)‬ ‭respectively.‬‭If‬‭one‬‭of‬‭the‬‭diagonals‬‭is‬‭13‬
‭SSC Selection Post (Phase - XI)‬ ‭cm‬ ‭long,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬
‭(a) 49.25 (b) 48.25 (c) 48.75 (d) 49.75‬
‭parallelogram?‬
‭ .428.‬‭If‬‭the‬‭volume‬‭of‬‭a‬‭cube‬‭is‬‭given‬‭as‬
Q
‭SSC MTS 04/05/2023 (Afternoon)‬
‭12167‬ ‭cm³,‬ ‭then‬ ‭the‬‭surface‬‭area‬‭of‬‭the‬ ‭SSC CHSL 2022 Tier - 2‬ ‭(a) 60 cm‬‭2‬ ‭(b) 30 cm‬‭2‬
‭cube will be:‬ ‭2‬
‭(c) 75 cm‬ ‭(d) 25 cm‬‭2‬
‭Graduate Level 27/06/2023 (Shift - 4)‬ ‭ .437.‬‭The‬‭length‬‭of‬‭a‬‭rectangular‬‭plot‬‭is‬
Q
‭(a) 3475 cm²‬ ‭(b) 4574 cm²‬ ‭thrice‬ ‭its‬ ‭breadth.‬ ‭If‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭ .446.‬ ‭A‬ ‭cuboid‬ ‭whose‬ ‭sides‬ ‭are‬ ‭8‬‭cm,‬
Q
‭(c) 3174 cm²‬ ‭(d) 5413 cm²‬ ‭rectangular‬‭plot‬‭is‬‭2700‬‭m²,‬‭then‬‭what‬‭is‬ ‭27‬ ‭cm‬ ‭and‬ ‭64‬ ‭cm‬ ‭is‬ ‭melted‬ ‭to‬ ‭form‬ ‭a‬
‭the breadth of the rectangular plot?‬ ‭new‬‭cube.‬‭What‬‭is‬‭the‬‭respective‬‭ratio‬‭of‬
‭ .429.‬ ‭What‬ ‭is‬ ‭the‬ ‭side‬ ‭of‬ ‭a‬ ‭cube‬ ‭(in‬
Q ‭SSC CHSL Tier II (26/06/2023)‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬‭of‬‭the‬‭cuboid‬‭and‬
‭metres)‬‭in‬‭which‬‭an‬‭iron‬‭rod‬‭of‬‭maximum‬ ‭(a) 20 m‬ ‭(b) 12 m (c) 30 m (d) 28 m‬ ‭cube ?‬
‭length 10 metres can be put ?‬ ‭SSC MTS 08/05/2023 (Morning)‬
‭Graduate Level 28/06/2023 (Shift - 3)‬ ‭(a) 307: 216‬ ‭(b) 291: 203‬
‭SSC MTS 2022 Tier - 1‬
‭(a) 5.77 (b) 7.57 (c) 5.57 (d) 7.75‬ ‭(c) 349: 248‬ ‭(d) 329: 237‬
‭ .438.‬ ‭When‬ ‭a‬ ‭wire‬‭is‬‭bent‬‭in‬‭the‬‭form‬
Q
‭ .430.‬ ‭The‬ ‭volume‬‭of‬‭a‬‭cylinder‬‭is‬‭1650‬
Q
‭of‬‭a‬‭square,‬‭then‬‭the‬‭area‬‭enclosed‬‭by‬‭it‬ ‭1‬
‭m³,‬‭whereas‬‭the‬‭surface‬‭area‬‭of‬‭its‬‭base‬ ‭Q.447.‬ ‭Find‬ ‭th‬ ‭of‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬
‭is‬‭5929‬‭cm².‬‭If‬‭wire‬‭is‬‭bent‬‭into‬‭the‬‭form‬ ‭21‬
‭‬
4
‭is‬ ‭78‬ ‭m²‬ ‭.‬ ‭Find‬ ‭the‬ ‭height‬ ‭of‬ ‭the‬ ‭of‬ ‭a‬ ‭circle,‬ ‭then‬ ‭what‬ ‭will‬ ‭be‬ ‭the‬ ‭area‬ ‭ emisphere whose radius is 4.2 m‬
h
‭7‬
‭enclosed by the wire?‬ ‭SSC MTS 08/05/2023 (Afternoon)‬
‭ ylinder.‬
c
‭SSC MTS 02/05/2023 (Afternoon)‬ ‭(a) 6.6 m³ (b) 7.3 m³ (c) 8.2 m³ (d) 7.1 m³‬
‭Graduate Level 30/06/2023 (Shift - 1)‬
‭(a) 7.5 m (b) 14 m (c) 21 m (d) 2.1 m‬ ‭(a) 7546 cm²‬ ‭(b) 8542 cm²‬ ‭ .448.‬‭Two cubes each of edge 9 cm are‬
Q
‭(c) 7632 cm²‬ ‭(d) 6954 cm²‬ ‭joined‬ ‭to‬ ‭form‬ ‭a‬ ‭single‬ ‭cuboid.‬ ‭What‬ ‭is‬
‭ .431.‬‭Find‬‭the‬‭length‬‭of‬‭a‬‭diagonal‬‭of‬‭a‬
Q ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭cuboid‬
‭ .439.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬
Q
‭cuboid‬ ‭whose‬ ‭dimensions‬ ‭are‬ ‭12‬ ‭m,‬ ‭10‬ ‭formed ?‬
‭semi-circle of perimeter 3.6 meters?‬
‭m and 8 m. (up to one decimal point)‬ ‭SSC MTS 08/05/2023 (Afternoon)‬
‭SSC MTS 02/05/2023 (Afternoon)‬
‭Matriculation Level 27/06/2023 (Shift - 1)‬ ‭(a) 775 cm²‬ ‭(b) 810 cm²‬
‭(a) 1.54 m²‬ ‭(b) 1.76 m²‬
‭(a) 18m (b) 16.5m (c) 17m (d) 17.54m‬ ‭(c) 990 cm²‬ ‭(d) 1024 cm²‬
‭(c) 1.10 m²‬ ‭(d) 0.77 m²‬
‭ .432.‬ ‭The‬ ‭internal‬ ‭and‬ ‭external‬
Q ‭ .440.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭outer‬ ‭and‬ ‭the‬
Q ‭ .449.‬ ‭The‬ ‭radius‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬
Q
‭diameters‬ ‭of‬ ‭a‬ ‭hollow‬ ‭hemispherical‬ ‭inner‬ ‭circumference‬ ‭of‬ ‭a‬‭circular‬‭path‬‭is‬ ‭conical‬‭tent‬‭is‬‭8‬‭m‬‭and‬‭its‬‭height‬‭is‬‭15‬‭m,‬
‭bowl‬‭are‬‭6‬‭cm‬‭and‬‭10‬‭cm,‬‭respectively.‬‭If‬ ‭17‬ ‭:‬ ‭15.‬ ‭If‬ ‭path‬ ‭is‬ ‭40‬ ‭metres‬ ‭wide,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭cost‬ ‭of‬ ‭the‬ ‭material‬‭needed‬
‭it‬ ‭is‬ ‭melted‬ ‭and‬ ‭recast‬ ‭into‬ ‭a‬ ‭solid‬ ‭what is the radius of the inner circle?‬ ‭to make it if it costs Rs.54 per‬π ‭m² ?‬
‭cylinder‬ ‭of‬ ‭diameter‬ ‭14‬ ‭cm,‬ ‭what‬ ‭is‬ ‭the‬ ‭SSC MTS 02/05/2023 (Evening)‬ ‭SSC MTS 08/05/2023 (Evening)‬
‭height of the cylinder in cm?‬ ‭(a) 280 metres‬ ‭(b) 340 metres‬ ‭(a) Rs.6454‬ ‭(b) Rs.7344‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭2‬ ‭2‬ ‭2‬ ‭2‬
‭(c) Rs.8678‬ ‭(d) Rs.7454‬ ‭(a) π cm‬ ‭(b) 3πcm‬ ‭(c) 2π cm‬ ‭(d) 4π cm‬ ‭(c) 2322500 litre‬ ‭(d) 2250500 litre‬

‭ .450.‬ ‭The‬ ‭largest‬ ‭possible‬ ‭sphere‬ ‭is‬


Q ‭‬
3 ‭ .468.‬ ‭A‬ ‭solid‬ ‭cylinder‬ ‭having‬ ‭radius‬ ‭of‬
Q
‭Q.459.‬ ‭If‬ ‭the‬‭radius‬‭of‬‭a‬‭sphere‬‭is‬ ‭of‬
‭carved‬‭out‬‭of‬‭a‬‭cube‬‭of‬‭side‬‭6‬‭cm.‬‭What‬ ‭4‬ ‭base‬ ‭as‬ ‭28‬ ‭cm‬ ‭and‬ ‭height‬ ‭as‬ ‭24‬ ‭cm‬ ‭is‬
‭is the volume of the sphere ?‬ t‭ he‬ ‭radius‬ ‭of‬ ‭a‬ ‭hemisphere,‬ ‭then‬ ‭what‬ ‭bisected‬ ‭from‬ ‭its‬ ‭height‬ ‭to‬ ‭get‬ ‭two‬
‭SSC MTS 09/05/2023 (Morning)‬ ‭will‬‭be‬‭the‬‭ratio‬‭of‬‭the‬‭volumes‬‭of‬‭sphere‬ ‭identical‬ ‭cylinders.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬
‭792‬ ‭144‬ ‭and hemisphere ?‬ ‭percentage‬ ‭increase‬ ‭in‬ ‭the‬ ‭total‬‭surface‬
‭(a)‬ ‭ m³‬
c ‭(b)‬ ‭ m³‬
c
‭7‬ ‭7‬ ‭SSC MTS 12/05/2023 (Morning)‬ ‭area ?‬
‭133‬ ‭444‬ ‭(a) 9:16‬ ‭(b) 51 : 64 (c) 27 : 32 (d) 18:64‬
‭(c)‬ ‭cm³‬ ‭(d)‬ ‭cm³‬ ‭SSC MTS 17/05/2023 (Morning)‬
‭3‬ ‭7‬
‭(a) 61.72 percent‬ ‭(b) 41.92 percent‬
‭ .451.‬ ‭Find‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭rhombus‬
Q ‭ .460.‬ ‭The‬ ‭area‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬
Q
‭(c) 53.85 percent‬ ‭(d) 48.64 percent‬
‭whose diagonals are 16 cm and 20 cm.‬ ‭rectangular‬ ‭tank‬ ‭is‬ ‭720‬ ‭m²‬ ‭and‬ ‭the‬
‭volume‬‭of‬‭water‬‭contained‬‭in‬‭it‬‭is‬‭28800‬ ‭ .469.‬ ‭The‬ ‭height‬ ‭and‬ ‭curved‬ ‭surface‬
Q
‭SSC MTS 09/05/2023 (Morning)‬
‭m³. What is the depth of the water ?‬ ‭area‬ ‭of‬ ‭the‬ ‭cylinder‬ ‭are‬ ‭15‬ ‭cm‬ ‭and‬ ‭330‬
‭(a) 110 cm²‬ ‭(b) 150 cm²‬
‭SSC MTS 12/05/2023 (Morning)‬ ‭cm². Find the diameter of the cylinder.‬
‭(c) 160 cm²‬ ‭(d) 120 cm²‬
‭(a) 30 m‬ ‭(b) 40 m (c) 50 m (d) 60 m‬ ‭SSC MTS 17/05/2023 (Morning)‬
‭ .452.‬ ‭Two‬ ‭cubes‬ ‭of‬ ‭iron‬ ‭whose‬ ‭edges‬
Q ‭(a) 2 cm‬ ‭(b) 5 cm (c) 7 cm (d) 6 cm‬
‭are‬ ‭7‬ ‭cm‬ ‭and‬ ‭11‬ ‭cm‬ ‭are‬ ‭melted‬ ‭and‬ ‭ .461.‬‭Sides‬‭of‬‭a‬‭triangle‬‭are‬‭6‬‭cm,‬‭8‬‭cm‬
Q
‭and‬ ‭10‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭ .470.‬ ‭The‬ ‭length,‬ ‭breadth,‬ ‭height‬ ‭of‬ ‭a‬
Q
‭formed‬ ‭into‬ ‭a‬ ‭single‬ ‭cube.‬ ‭Find‬ ‭the‬
‭triangle ?‬ ‭room‬‭are‬‭6‬‭m‬‭40‬‭cm,‬‭4‬‭m‬‭80‬‭cm‬‭and‬‭3‬‭m‬
‭volume (in cm³ ) of the new cube formed.‬
‭SSC MTS 12/05/2023 (Afternoon)‬ ‭20‬‭cm‬‭respectively.‬‭Find‬‭the‬‭longest‬‭tape‬
‭SSC MTS 09/05/2023 (Afternoon)‬
‭(a) 20 cm²‬ ‭(b) 28 cm²‬ ‭which‬ ‭can‬ ‭measure‬ ‭the‬ ‭dimensions‬ ‭of‬
‭(a) 1881‬‭(b) 1674 (c) 1444‬ ‭(d) 1221‬
‭(c) 24 cm²‬ ‭(d) 16 cm²‬ ‭the room exactly.‬
‭ .453.‬ ‭Length‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬ ‭58‬
Q ‭SSC MTS 17/05/2023 (Morning)‬
‭meters,‬ ‭while‬ ‭its‬ ‭breadth‬ ‭is‬ ‭30‬ ‭meters.‬ ‭ .462.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭lateral‬
Q ‭(a) 1 m 80 cm‬ ‭(b) 1 m 20 cm‬
‭What‬ ‭is‬‭the‬‭total‬‭cost‬‭of‬‭covering‬‭it‬‭with‬ ‭surface‬ ‭of‬ ‭a‬ ‭right‬‭circular‬‭cylinder,‬‭If‬‭the‬ ‭(c) 1 m 60 cm‬ ‭(d) 1 m 40 cm‬
‭grass bed if cost is Rs. 20 per m‬‭2‬ ‭?‬ ‭circumference‬ ‭of‬ ‭the‬‭base‬‭is‬‭22‬‭cm‬‭and‬
‭its height is four times of its radius?‬ ‭ .471.‬ ‭A‬ ‭solid‬ ‭hemisphere‬ ‭of‬ ‭radius‬ ‭8‬
Q
‭SSC MTS 09/05/2023 (Evening)‬
‭SSC MTS 12/05/2023 (Evening)‬ ‭cm‬‭is‬‭melted‬‭into‬‭N‬‭identical‬‭cone‬‭whose‬
‭(a) Rs. 34800‬ ‭(b) Rs. 32400‬
‭(a) 388 cm²‬ ‭(b) 308 cm²‬ ‭radius‬‭is‬‭4‬‭cm‬‭and‬‭height‬‭is‬‭2‬‭cm.‬‭Then,‬
‭(c) Rs. 28500‬ ‭(d) Rs. 17400‬
‭(c) 408 cm²‬ ‭(d) 288 cm²‬ ‭what is the value of N ?‬
‭ .454.‬ ‭Find‬ ‭the‬ ‭weight‬ ‭of‬ ‭a‬ ‭cylindrical‬
Q ‭SSC MTS 17/05/2023 (Afternoon)‬
‭iron‬ ‭container‬ ‭with‬ ‭base‬ ‭radius‬‭12.6‬‭cm‬ ‭ .463.‬‭If‬‭the‬‭heights‬‭of‬‭two‬‭cylinders‬‭are‬
Q ‭(a) 26‬ ‭(b) 10‬ ‭(c) 32‬ ‭(d) 25‬
‭and‬‭height‬‭is‬‭4‬‭m,‬‭where‬‭the‬‭weight‬‭of‬‭1‬ ‭in‬ ‭the‬ ‭ratio‬ ‭of‬ ‭7‬ ‭:‬ ‭9‬ ‭and‬ ‭their‬ ‭diameters‬
‭ .472.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭outer‬ ‭and‬ ‭the‬
Q
‭cm³ of iron is 2 grams ?‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬‭of‬‭6‬‭:‬‭7,‬‭then‬‭what‬‭is‬‭the‬
‭inner‬‭circumferences‬‭of‬‭a‬‭circular‬‭path‬‭is‬
‭SSC MTS 10/05/2023 (Morning)‬ ‭ratio of the volumes of the cylinders ?‬
‭11‬ ‭:‬ ‭7.‬ ‭If‬ ‭path‬ ‭is‬ ‭20‬ ‭metres‬ ‭wide,‬ ‭then‬
‭(a) 299.284 kg‬ ‭(b) 199.584 kg‬ ‭SSC MTS 15/05/2023 (Afternoon)‬
‭what is the radius of the inner circle ?‬
‭(c) 399.168 kg‬ ‭(d) 499.482 kg‬ ‭(a) 6 : 7 (b) 7 : 9 (c) 5 : 9 (d) 4 : 7‬
‭SSC MTS 17/05/2023 (Evening)‬
‭ .464.‬ ‭If‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q ‭(a) 20 metres‬ ‭(b) 55 metres‬
‭ .455.‬ F
Q ‭ ind‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭triangle‬
‭solid‬ ‭cylinder‬ ‭is‬ ‭two-fifth‬ ‭of‬ ‭its‬ ‭total‬ ‭(c) 65 metres‬ ‭(d) 35 metres‬
‭whose‬ h ‭ eight‬ ‭is‬ ‭56‬ ‭cm‬ ‭and‬ ‭the‬
‭‬
1 ‭surface‬‭area,‬‭then‬‭what‬‭is‬‭the‬‭ratio‬‭of‬‭its‬
‭corresponding base is‬ ‭th of the height‬‭.‬ ‭ .473.‬ ‭The‬ ‭longest‬ ‭side‬ ‭of‬ ‭the‬ ‭obtuse‬
Q
‭4‬ ‭diameter to its height ?‬
‭triangle‬ ‭is‬ ‭7‬‭cm‬‭and‬‭the‬‭other‬‭two‬‭sides‬
‭ SC MTS 10/05/2023 (Evening)‬
S ‭SSC MTS 15/05/2023 (Evening)‬
‭of‬ ‭the‬ ‭triangle‬ ‭are‬ ‭4‬ ‭cm‬ ‭and‬‭5‬‭cm.‬‭Find‬
‭(a) 544 cm²‬ ‭(b) 440 cm²‬ ‭(a) 2 : 5 (b) 1 : 2 (c) 2 : 3 (d) 3 : 1‬
‭the area of the triangle.‬
‭(c) 392 cm²‬ ‭(d) 480 cm²‬
‭ .465.‬
Q ‭Difference‬ ‭between‬ ‭the‬ ‭SSC MTS 18/05/2023 (Morning)‬
‭ .456.‬ ‭The‬ ‭outer‬ ‭radius‬ ‭of‬ ‭a‬ ‭spherical‬
Q ‭circumferences‬ ‭of‬ ‭two‬ ‭circles‬ ‭is‬ ‭4.4‬‭cm‬ ‭(a) 1√3 cm²‬ ‭(b) 6√3 cm²‬
‭shell‬ ‭is‬ ‭13‬ ‭cm‬ ‭and‬ ‭the‬ ‭thickness‬ ‭of‬ ‭the‬ ‭and‬‭radius‬‭of‬‭the‬‭smaller‬‭circle‬‭is‬‭1.4‬‭cm.‬ ‭(c) 3√2 cm²‬ ‭(d) 4√6 cm²‬
‭shell‬ ‭is‬ ‭3‬‭cm.‬‭What‬‭is‬‭the‬‭volume‬‭of‬‭the‬ ‭The radius of the larger circle is:‬
‭ .474.‬ ‭If‬ ‭the‬ ‭diagonal‬‭of‬‭a‬‭square‬‭is‬‭18.4‬
Q
‭22‬ ‭SSC MTS 16/05/2023 (Morning)‬
‭metal used for the shell? (π =‬ ‭)‬ ‭cm, then the area of that square is:(in cm²)‬
‭7‬ ‭(a) 4.1 cm‬ ‭(b) 0.7 cm‬
‭SSC MTS 18/05/2023 (Evening)‬
‭ SC MTS 11/05/2023 (Morning)‬
S ‭(c) 2.1 cm‬ ‭(d) 3.5 cm‬
‭(a) 1197 cm³‬ ‭(b) 2197 cm³‬ ‭(a) 84.64 (b) 338.56 (c) 324.42 (d) 169.28‬
‭ .466.‬ ‭Nine‬ ‭times‬‭the‬‭area‬‭of‬‭a‬‭circle‬‭is‬
Q
‭(c) 3024 cm³‬ ‭(d) 5016 cm³‬
‭same‬ ‭as‬ ‭the‬ ‭three‬ ‭times‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭ .475.‬‭A‬‭cone‬‭and‬‭a‬‭cylinder‬‭have‬‭same‬
Q
‭ .457.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭approximately‬
Q ‭square.‬‭What‬‭is‬‭the‬‭ratio‬‭of‬‭the‬‭diameter‬ ‭height‬‭and‬‭the‬‭radius‬‭of‬‭the‬‭cone‬‭is‬‭twice‬
‭volume of sphere with radius 65 cm ?‬ ‭of the circle and diagonal of the square?‬ ‭of‬ ‭the‬‭radius‬‭of‬‭the‬‭cylinder.‬‭What‬‭is‬‭the‬
‭SSC MTS 11/05/2023 (Afternoon)‬ ‭SSC MTS 16/05/2023 (Afternoon)‬ ‭ratio‬‭of‬‭the‬‭volume‬‭of‬‭the‬‭cone‬‭to‬‭that‬‭of‬
‭(a) 4.5 × 10‬‭6‬ ‭cm³‬ ‭(b) 6 × 10‬‭6‬ ‭cm³‬ ‭(a)‬ ‭2‭‬‬‭:‬ ‭3‬π ‭(b) 2 :‬ ‭3‬π ‭the cylinder?‬
‭(c) 1.15 × 10‬ ‭cm³‬ ‭(d) 2 × 10‬‭6‬ ‭cm³‬
‭6‬
‭SSC MTS 19/05/2023 (Afternoon)‬
‭(c) 2 : 3‬π ‭(d)‬ ‭5‬‭:‬ ‭7π

‭(a) 2 : 5‬ ‭(b) 4 : 5 (c) 3 : 2 (d) 4 : 3‬
‭ .458.‬‭The‬‭lateral‬‭area‬‭is‬‭thrice‬‭as‬‭big‬‭as‬
Q ‭ .467.‬ ‭How‬ ‭many‬ ‭litre‬ ‭of‬ ‭water‬ ‭can‬ ‭a‬
Q
‭the‬ ‭base‬ ‭area‬ ‭of‬‭a‬‭cone.‬‭If‬‭the‬‭diameter‬ ‭hemispherical‬ ‭bowl‬ ‭of‬ ‭diameter‬ ‭21‬ ‭m‬ ‭ .476.‬ ‭The‬ ‭difference‬ ‭between‬ ‭the‬
Q
‭of the cone is 1 cm, then what is the total‬ ‭hold? (1m³ - 1000 litre)‬ ‭length‬ ‭and‬ ‭breadth‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬ ‭40‬
‭surface area of the cone ?‬ ‭SSC MTS 16/05/2023 (Afternoon)‬ ‭metres.‬‭If‬‭its‬‭perimeter‬‭is‬‭96‬‭metres,‬‭then‬
‭SSC MTS 11/05/2023 (Evening)‬ ‭(a) 2100000 litre‬ ‭(b) 2425500 litre‬ ‭what will be the area of rectangle?‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬
‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ SC MTS 19/05/2023 (Evening)‬
S ‭ .484.‬ ‭The‬ ‭sum‬ ‭of‬ ‭the‬ ‭length‬ ‭and‬
Q ‭ ‬ ‭metres‬ ‭is‬ ‭build‬ ‭outside‬ ‭the‬ ‭garden‬
4
‭(a) 254 metre²‬ ‭(b) 110 metre²‬ ‭breadth‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭is‬ ‭16‬ ‭cm.‬ ‭If‬ ‭the‬ ‭along‬ ‭its‬ ‭four‬ ‭sides.‬ ‭What‬‭is‬‭the‬‭area‬‭of‬
‭(c) 176 metre²‬ ‭(d) 152 metre²‬ ‭ ‬‭‬
1 ‭the path ?‬
‭height‬‭of‬‭the‬‭cuboid‬‭is‬ ‭of‬‭the‬‭sum‬‭of‬
‭4‬‭‬ ‭SSC CHSL 10/03/2023 (4th Shift)‬
‭ .477.‬‭A‬‭farmer's‬‭land‬‭is‬‭in‬‭the‬‭shape‬‭of‬
Q i‭ts‬ ‭length‬ ‭and‬ ‭breadth,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭(a) 2826 metre²‬ ‭(b) 2542 metre²‬
‭a‬ ‭trapezium‬ ‭which‬ ‭has‬ ‭its‬ ‭parallel‬‭sides‬ ‭lateral surface area of the cuboid ?‬ ‭(c) 2916 metre²‬ ‭(d) 2624 metre²‬
‭measuring‬‭7.58‬‭yards‬‭and‬‭6.42‬‭yards‬‭and‬ ‭SSC MTS 16/06/2023 (Afternoon)‬
‭the‬‭distance‬‭between‬‭the‬‭parallel‬‭sides‬‭is‬ ‭ .492.‬ ‭The‬ ‭sum‬ ‭of‬ ‭the‬ ‭length,‬ ‭breadth,‬
Q
‭(a) 128 cm²‬ ‭(b) 196 cm²‬
‭6.50‬ ‭yards.‬ ‭The‬ ‭cost‬ ‭of‬ ‭ploughing‬ ‭the‬ ‭and‬‭height‬‭of‬‭a‬‭cuboid‬‭box‬‭is‬‭20‬‭cm‬‭and‬
‭(c) 96 cm²‬ ‭(d) 156 cm²‬
‭land‬ ‭is‬ ‭Rs.‬ ‭2000‬ ‭per‬ ‭square‬ ‭yard.‬ ‭What‬ ‭the‬‭total‬‭surface‬‭area‬‭of‬‭cuboid‬‭is‬‭256‬‭sq‬
‭amount‬ ‭have‬ ‭to‬ ‭be‬ ‭spent‬ ‭in‬ ‭order‬ ‭to‬ ‭ .485.‬ ‭The‬‭length‬‭of‬‭a‬‭cuboid‬‭is‬‭10‬‭cm.‬
Q ‭.‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭maximum‬ ‭length‬ ‭(in‬
‭plough the entire land ?‬ ‭If‬ ‭the‬‭breadth‬‭of‬‭the‬‭cuboid‬‭is‬‭half‬‭of‬‭its‬ ‭approximate)‬ ‭of‬ ‭a‬ ‭stick‬ ‭that‬ ‭can‬ ‭be‬
‭SSC MTS 13/06/2023 (Morning)‬ ‭length‬ ‭and‬ ‭height‬ ‭of‬ ‭the‬‭cuboid‬‭is‬‭twice‬ ‭placed inside the cuboid box ?‬
‭(a) Rs. 85000‬ ‭(b) Rs. 91000‬ ‭of‬ ‭its‬ ‭length,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭lateral‬ ‭SSC CHSL 13/03/2023 (2nd Shift)‬
‭(c) Rs. 72000‬ ‭(d) Rs. 102000‬ ‭surface area of the cuboid?‬ ‭(a) 32 cm (b) 24 cm (c) 16 cm (d) 12 cm‬
‭SSC MTS 16/06/2023 (Evening)‬
‭ .478.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬
Q ‭ .493.‬ ‭X,‬ ‭Y‬ ‭and‬ ‭Z‬ ‭are‬ ‭three‬ ‭equilateral‬
Q
‭(a) 600 cm²‬ ‭(b) 500 cm²‬
‭decreased‬ ‭by‬ ‭12‬ ‭percent,‬ ‭then‬ ‭by‬ ‭how‬ ‭triangles.‬‭The‬‭sum‬‭of‬‭the‬‭areas‬‭of‬‭X‬‭and‬
‭(c) 720 cm²‬ ‭(d) 560 cm²‬
‭much‬ ‭percent‬ ‭its‬ ‭height‬ ‭must‬ ‭be‬ ‭Y‬ ‭is‬ ‭equal‬ ‭to‬ ‭the‬ ‭area‬ ‭of‬ ‭Z.‬ ‭If‬ ‭the‬ ‭side‬
‭increased‬ ‭so‬ ‭that‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭ .486.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭the‬ ‭top‬ ‭of‬ ‭a‬
Q ‭lengths‬ ‭of‬ ‭X‬ ‭and‬ ‭Y‬ ‭are‬ ‭6‬ ‭cm‬ ‭and‬ ‭8‬ ‭cm‬
‭cylinder remains same ?‬ ‭rectangular‬‭table‬‭is‬‭56‬‭meter‬‭and‬‭its‬‭area‬ ‭respectively,‬‭then‬‭what‬‭is‬‭the‬‭side‬‭length‬
‭SSC MTS 14/06/2023 (Morning)‬ ‭is‬ ‭192‬ ‭meter‬‭2.‬‭.‬ ‭What‬ ‭is‬ ‭the‬ ‭length‬ ‭of‬‭its‬ ‭of Z ?‬
‭(a) 29.13 percent‬ ‭(b) 21.78 percent‬ ‭diagonal ?‬ ‭SSC CHSL 13/03/2023 (2nd Shift)‬
‭(c) 42.56 percent‬ ‭(d) 34.27 percent‬ ‭SSC MTS 20/06/2023 (Morning)‬ ‭(a) 10.5 cm (b) 10 cm (c) 9.5 cm (d) 9 cm‬
‭(a) 22 metre‬ ‭(b) 20 metre‬
‭ .479.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
Q ‭ .494.‬‭An‬‭incircle‬‭with‬‭center‬‭O‬‭is‬‭drawn‬
Q
‭(c) 16 metre‬ ‭(d) 18 metre‬
‭cylinder‬ ‭is‬ ‭7‬ ‭cm.‬ ‭Its‬ ‭height‬ ‭is‬ ‭thrice‬ ‭its‬ ‭inside‬‭an‬‭equilateral‬‭triangle‬‭ABC‬‭and‬‭the‬
‭radius.‬ ‭What‬ ‭is‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬ ‭ .487.‬ ‭If‬ ‭the‬ ‭area‬ ‭of‬ ‭non-spherical‬
Q ‭length‬‭of‬‭the‬‭side‬‭is‬‭12‬‭cm.‬‭Find‬‭the‬‭area‬
‭of the cylinder ?‬ ‭portion‬‭of‬‭a‬‭solid‬‭hemisphere‬‭is‬‭1560‬‭m²,‬ ‭(in‬‭sq‬‭.cm)‬‭of‬‭the‬‭triangle‬‭which‬‭is‬‭not‬‭in‬
‭SSC MTS 14/06/2023 (Afternoon)‬ ‭then‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭the incircle.‬
‭(a) 724 cm²‬ ‭(b) 666 cm²‬ ‭hemisphere is:‬ ‭SSC CHSL 13/03/2023 (2nd Shift)‬
‭(c) 924 cm²‬ ‭(d) 264 cm²‬ ‭SSC MTS 20/06/2023 (Afternoon)‬ ‭(a) 21.48‬ ‭(b) 30.64 (c) 37.71 (d) 24.64‬
‭(a) 6240 m²‬ ‭(b) 4680 m²‬
‭Q.480.‬‭The‬‭ratio‬‭of‬‭the‬‭sides‬‭of‬‭a‬‭triangle‬ ‭ .495.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭rhombus‬
Q
‭(c) 5140 m²‬ ‭(d) 3120 m²‬
i‭s‬‭3‬‭:‬‭3‬‭:‬‭4.‬‭If‬‭the‬‭area‬‭of‬‭triangle‬‭is‬‭32‬ ‭5‬ ‭whose diagonals are of 8 cm and 13 cm?‬
‭cm²,‬‭then‬‭what‬‭is‬‭the‬‭length‬‭of‬‭the‬‭equal‬ ‭ .488.‬ ‭The‬ ‭sum‬ ‭of‬ ‭the‬ ‭length‬ ‭and‬
Q ‭SSC CHSL 13/03/2023 (4th Shift)‬
‭2‬ ‭2‬
‭sides ?‬ ‭breadth‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭is‬ ‭40‬ ‭cm.‬ ‭If‬ ‭the‬ ‭(a) 52‬‭𝑐 𝑚‬ ‭(b) 96‬‭𝑐 𝑚‬
‭ ‬‭‬
1 ‭2‬ ‭2‬
‭SSC MTS 14/06/2023 (Evening)‬ ‭height‬‭of‬‭the‬‭cuboid‬‭is‬ ‭of‬‭the‬‭sum‬‭of‬ ‭(c) 44‬‭𝑐 𝑚‬ ‭(d) 84‬‭𝑐 𝑚‬
‭5‬‭‬
‭(a) 12 cm (b) 16 cm (c) 10 cm (d) 15 cm‬
i‭ts‬ ‭length‬ ‭and‬ ‭breadth,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭ .496.‬ ‭If‬ ‭the‬‭radius‬‭of‬‭a‬‭sphere‬‭is‬‭thrice‬
Q
‭ .481.‬‭The length of a cuboid is 4 cm. If‬
Q ‭lateral surface area of the cuboid?‬ ‭than‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭hemisphere,‬ ‭then‬
‭the‬‭breadth‬‭of‬‭the‬‭cuboid‬‭is‬‭four‬‭times‬‭of‬ ‭SSC MTS 20/06/2023 (Evening)‬ ‭what‬ ‭will‬ ‭be‬ ‭the‬ ‭respective‬‭ratio‬‭of‬‭their‬
‭its‬ ‭length‬ ‭and‬ ‭height‬ ‭of‬ ‭the‬ ‭cuboid‬ ‭is‬ ‭(a) 580 cm²‬ ‭(b) 320 cm²‬ ‭volumes ?‬
‭twice‬ ‭of‬ ‭its‬ ‭length,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭(c) 640 cm²‬ ‭(d) 720 cm²‬ ‭SSC CHSL 14/03/2023 (1st Shift)‬
‭lateral surface area of the cuboid?‬ ‭(a) 27 : 1 (b) 16 : 1 (c) 54 : 1 (d) 18 : 1‬
‭SSC MTS 15/06/2023 (Afternoon)‬ ‭SSC CHSL 2022 Tier - 1‬ ‭ .497.‬‭The‬‭ratio‬‭of‬‭the‬‭volume‬‭of‬‭the‬‭first‬
Q
‭(a) 380 cm²‬ ‭(b) 440 cm²‬ ‭and‬ ‭second‬ ‭cylinder‬ ‭is‬ ‭32‬ ‭:‬ ‭9‬ ‭and‬ ‭the‬
‭(c) 260 cm²‬ ‭(d) 320 cm²‬ ‭ .489.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭sphere‬ ‭is‬
Q
‭ratio‬‭of‬‭their‬‭heights‬‭is‬‭8‬‭:‬‭9.‬‭If‬‭the‬‭area‬‭of‬
‭decreased‬‭by‬‭10‬‭percent,‬‭then‬ ‭volume‬‭of‬
‭ .482.‬ ‭One‬ ‭of‬ ‭the‬ ‭diagonals‬ ‭of‬ ‭a‬
Q ‭the‬ ‭base‬ ‭of‬ ‭the‬ ‭second‬ ‭cylinder‬ ‭is‬ ‭616‬
‭the‬ ‭sphere‬ ‭will‬ ‭be‬ ‭decreased‬ ‭by‬ ‭what‬
‭rhombus‬ ‭is‬ ‭70‬ ‭percent‬ ‭of‬ ‭the‬ ‭other‬ ‭cm²,‬ ‭then‬ ‭what‬ ‭will‬ ‭be‬ ‭the‬ ‭radius‬‭of‬‭the‬
‭percentage ?‬
‭diagonal.‬‭What‬‭is‬‭the‬‭ratio‬‭of‬‭the‬‭area‬‭of‬ ‭first cylinder ?‬
‭SSC CHSL 10/03/2023 (1st Shift)‬
‭rhombus‬ ‭to‬ ‭the‬ ‭square‬ ‭of‬ ‭the‬ ‭length‬ ‭of‬ ‭SSC CHSL 14/03/2023 (2nd Shift)‬
‭(a) 32.5 percent‬ ‭(b) 30.6 percent‬
‭the larger diagonal?‬ ‭(a) 24 cm (b) 20 cm (c) 28 cm (d) 36 cm‬
‭(c) 25.6 percent‬ ‭(d) 27.1 percent‬
‭SSC MTS 15/06/2023 (Evening)‬ ‭ .498.‬ ‭Half‬ ‭of‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭a‬
Q
‭(a) 5 : 17 (b) 7 : 20 (c) 6 : 19 (d) 20 : 7‬ ‭ .490.‬ ‭Three‬ ‭circles‬ ‭of‬ ‭radius‬ ‭7‬ ‭cm‬‭are‬
Q
‭rectangle‬ ‭is‬ ‭30‬ ‭cm.‬ ‭If‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬
‭placed‬ ‭in‬ ‭such‬ ‭a‬ ‭way‬ ‭that‬ ‭each‬ ‭circle‬
‭ .483.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬
Q ‭rectangle‬ ‭is‬ ‭6‬‭cm‬‭more‬‭than‬‭its‬‭breadth,‬
‭touches‬ ‭the‬ ‭other‬ ‭two.‬ ‭What‬ ‭will‬ ‭be‬‭the‬
‭decreased‬ ‭by‬ ‭16‬ ‭percent,‬ ‭then‬ ‭by‬ ‭how‬ ‭then what is the area of the rectangle?‬
‭area‬ ‭of‬ ‭the‬ ‭portion‬ ‭enclosed‬ ‭by‬ ‭these‬
‭much‬ ‭percent‬ ‭its‬ ‭height‬ ‭must‬ ‭be‬ ‭SSC CHSL 14/03/2023 (4th Shift)‬
‭three circles ?‬ ‭2‬ ‭2‬
‭increased,‬ ‭so‬ ‭that‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭SSC CHSL 10/03/2023 (3rd Shift)‬ ‭(a) 216‬‭𝑐 𝑚‬ ‭(b) 250‬‭𝑐 𝑚‬
‭cylinder remains the same ?‬ ‭(a) 49‬ ‭3‬‭– 77‬‭𝑐 𝑚‬
‭2‬
‭(b) 40‬ ‭3‬‭– 66‬‭𝑐 𝑚‬
‭2‬
‭(c) 185‬‭𝑐 𝑚‬
‭2‬
‭(d) 195‬‭𝑐 𝑚‬
‭2‬

‭SSC MTS 15/06/2023 (Evening)‬ ‭2‬ ‭2‬


‭(c) 50‬ ‭3‬‭– 66‬‭‬‭𝑐 𝑚‬ ‭(d) 55‬ ‭3‬‭– 77‬‭‭𝑐‬ 𝑚‬
‭(a) 32.96%‬ ‭(b) 41.72%‬ ‭ .499.‬ ‭If‬ ‭the‬ ‭square‬ ‭of‬ ‭product‬‭of‬‭three‬
Q
‭(c) 45.28%‬ ‭(d) 36.43%‬ ‭ .491.‬ ‭There‬ ‭is‬ ‭a‬ ‭rectangular‬ ‭garden‬‭of‬
Q ‭sides‬‭of‬‭the‬‭triangle‬‭is‬‭1024‬‭units‬‭and‬‭the‬
‭240‬‭metres‬‭×‬‭80‬‭metres.‬‭A‬‭path‬‭of‬‭width‬ ‭area of its circumcircle is 16π, what is‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬
‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
t‭ he area of the given triangle ?‬ ‭(a) 16 : 7 (b) 19 : 5 (c) 17 : 5 (d) 21 : 19‬ ‭SSC CGL Tier II (03/03/2023)‬
‭SSC CHSL 15/03/2023 (1st Shift)‬ ‭20‬‭‬‭𝑏‬ ‭‬
𝑏 ‭ 1‬‭‬‭𝑏‬
2 ‭ 9‬‭‬‭𝑏‬
1
‭(a) 2 sq . units‬ ‭(b) 3 sq . units‬ ‭ .507.‬ ‭In‬ ‭triangle‬ ‭ABC,‬ ‭AB=20‬ ‭cm,‬ ‭BC=‬
Q ‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭2‬ ‭2‬ ‭‬
2 ‭‬
2
‭(c) 2.5 sq . units‬ ‭(d) 4 sq . units‬ ‭16‬‭cm‬‭and‬‭AC‬‭=‬‭12‬‭cm‬‭and‬‭the‬‭radius‬‭of‬
‭circle inscribed in it is 4 cm. Find the area‬ ‭ .514.‬ ‭A‬ ‭pyramid‬ ‭has‬ ‭an‬ ‭equilateral‬
Q
‭Q.500.‬‭The‬‭breadth‬‭of‬‭a‬‭rectangular‬‭floor‬ ‭of triangle ABC.‬ ‭triangle‬‭as‬‭its‬‭base,‬‭of‬‭which‬‭each‬‭side‬‭is‬
‭‬
3 ‭SSC CHSL 21/03/2023 (1st Shift)‬ ‭8‬‭cm.‬‭Its‬‭slant‬‭edge‬‭is‬‭24‬‭cm.‬‭The‬‭whole‬
‭is‬ ‭of‬‭its‬‭length.‬‭If‬‭the‬‭area‬‭of‬‭the‬‭floor‬
‭5‬ ‭2‬ ‭2‬ ‭2‬
‭(a) 48‬‭𝑐 𝑚‬ ‭(b) 72‬‭𝑐 𝑚‬ ‭ urface area of the pyramid (in‬‭𝑐 𝑚‬ ‭) is:‬
s
‭2‬
i‭s‬ ‭60‬‭‬‭𝑚𝑒𝑡𝑟𝑒‬ ‭,‬‭then‬‭what‬‭is‬‭the‬‭difference‬ ‭(c) 96‬‭𝑐 𝑚‬
‭2‬
‭(d) 120‬‭𝑐 𝑚‬
‭2‬
‭SSC CGL Tier II (06/03/2023)‬
‭between‬ ‭the‬ ‭length‬ ‭and‬ ‭breadth‬ ‭of‬ ‭the‬
‭(a) (16‬ ‭3‬‭+ 24‬ ‭35‬‭) (b) (12‬ ‭3‬‭+ 24‬ ‭35‬‭)‬
‭floor ?‬ ‭ .508.‬ ‭A‬ ‭trapezium‬ ‭plate‬ ‭having‬ ‭two‬
Q
‭(c) (24‬ ‭3‬‭‬‭+ 36‬ ‭35‬‭) (d) (16‬ ‭3‬‭+ 48‬ ‭35‬‭)‬
‭SSC CHSL 15/03/2023 (2nd Shift)‬ ‭parallel‬‭sides‬‭of‬‭length‬‭15‬‭cm‬‭and‬‭9‬‭cm.‬
‭(a) 6 m‬ ‭(b) 7.5 m (c) 5 m (d) 4 m‬ ‭and‬ ‭distance‬ ‭between‬ ‭them‬ ‭is‬ ‭6‬ ‭cm.‬ ‭ .515.‬‭The‬‭difference‬‭between‬‭the‬‭length‬
Q
‭Copper‬‭plating‬‭is‬‭to‬‭be‬‭done‬‭on‬‭the‬‭plate‬ ‭of‬‭two‬‭parallel‬‭sides‬‭of‬‭a‬‭trapezium‬‭is‬‭12‬
‭ .501.‬ ‭A‬ ‭solid‬ ‭cylinder‬ ‭having‬ ‭radius‬ ‭of‬
Q ‭at‬‭a‬‭rate‬‭of‬‭Rs.3‬‭per‬‭square‬‭cm.‬‭What‬‭will‬ ‭cm.‬ ‭The‬ ‭perpendicular‬‭distance‬‭between‬
‭base‬ ‭as‬ ‭7‬ ‭cm‬ ‭and‬ ‭height‬ ‭as‬ ‭5‬ ‭cm‬ ‭is‬ ‭be‬‭the‬‭total‬‭cost‬‭of‬‭copper‬‭plating‬‭on‬‭the‬ ‭these‬ ‭two‬ ‭parallel‬ ‭sides‬ ‭is‬ ‭60‬ ‭cm.‬ ‭If‬‭the‬
‭bisected‬ ‭from‬ ‭its‬ ‭height‬ ‭to‬ ‭get‬ ‭two‬ ‭upper side of the plate?‬ ‭2‬
‭identical‬ ‭cylinders.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭ rea‬ ‭of‬ ‭the‬ ‭trapezium‬ ‭is‬ ‭1380‬ ‭𝑐 𝑚‬ ‭,‬‭then‬
a
‭SSC CHSL 21/03/2023 (1st Shift)‬
‭percentage‬ ‭increase‬ ‭in‬ ‭the‬ ‭total‬‭surface‬ ‭find‬ ‭the‬ ‭length‬ ‭of‬ ‭each‬ ‭of‬ ‭the‬ ‭parallel‬
‭(a) Rs.432 (b) Rs.216 (c) Rs.72 (d) Rs.108‬
‭area?‬ ‭sides (in cm).‬
‭SSC CHSL 16/03/2023 (2nd Shift)‬ ‭ .509.‬∆‭ABC is similar to‬∆‭PQR , AB = 4‬
Q ‭SSC CGL Tier II (06/03/2023)‬
‭(a) 58.33 percent‬ ‭(b) 64.56 percent‬ ‭cm‬‭,‬‭BC‬‭=‬‭8‬‭cm‬‭and‬‭AC‬‭=‬‭10‬‭cm.‬‭If‬‭QR‬‭=‬ ‭(a) 27, 15 (b) 31, 19 (c) 29, 17 (d) 24, 12‬
‭(c) 69.44 percent‬ ‭(d) 52.56 percent‬ ‭16 cm, then what is the area of‬∆‭PQR?‬
‭SSC CHSL 21/03/2023 (2nd Shift)‬ ‭SSC CGL 2022 Tier - 1‬
‭ .502.‬ ‭If‬‭in‬‭triangle‬‭ABC,‬‭MN‬‭is‬‭parallel‬
Q ‭2‬ ‭2‬
‭(a) 2‬ ‭231‬‭cm‬ ‭(b) 4‬ ‭231‬‭cm‬
‭to‬‭BC,‬‭and‬‭M‬‭and‬‭N‬‭are‬‭points‬‭on‬‭AB‬‭and‬ ‭ .516.‬ ‭How‬ ‭many‬ ‭spherical‬ ‭lead‬ ‭shots‬
Q
‭AC‬‭respectively.‬‭The‬‭area‬‭of‬‭quadrilateral‬ ‭(c) 4‬ ‭462‬‭cm‬‭2‬ ‭(d) 8‬ ‭462‬‭cm‬‭2‬
‭each‬‭of‬‭diameter‬‭8.4‬‭cm‬‭can‬‭be‬‭obtained‬
‭MBCN‬ ‭=‬ ‭130‬ ‭cm².‬ ‭If‬ ‭AN:‬ ‭NC‬‭=‬‭4:5,‬‭then‬ ‭from‬ ‭a‬ ‭rectangular‬ ‭solid‬ ‭of‬ ‭lead‬ ‭with‬
‭the area of Triangle MAN is:‬ ‭SSC CGL 2022 Tier - 2‬
‭dimension 88 cm, 63 cm, 42 cm.‬
‭SSC CHSL 17/03/2023 (1st Shift)‬ ‭22‬
‭(a) 40 cm²‬ ‭(b) 65 cm²‬ ‭ .510.‬‭What‬‭is‬‭the‬‭volume‬‭of‬‭the‬‭largest‬
Q ‭(take‬π ‭=‬ ‭) ?‬
‭7‬
‭(c) 32 cm²‬ ‭(d) 45 cm²‬ ‭sphere‬ ‭that‬ ‭can‬ ‭be‬ ‭carved‬ ‭out‬ ‭of‬ ‭a‬
‭ SC CGL 01/12/2022 (1st Shift)‬
S
‭22‬
‭wooden cube of sides 21 cm? (‬π ‭=‬ ‭)‬ ‭(a) 920 (b) 750 (c) 650 (d) 860‬
‭ .503.‬ ‭The‬ ‭circumference‬ ‭of‬ ‭the‬ ‭two‬
Q ‭7‬
‭circles‬‭is‬‭264‬‭m‬‭and‬‭308‬‭m‬‭respectively.‬ ‭SSC CGL Tier II (02/03/2023)‬ ‭ .517.‬ ‭A‬ ‭solid‬ ‭metallic‬ ‭sphere‬‭of‬‭radius‬
Q
‭What‬ ‭is‬ ‭the‬ ‭difference‬‭between‬‭the‬‭area‬ ‭(‬‭a) 3851‬‭𝑐 𝑚‬
‭3‬
‭(b) 6858‬‭𝑐 𝑚‬
‭3‬
‭13‬ ‭cm‬ ‭is‬ ‭melted‬ ‭and‬ ‭recast‬ ‭into‬‭a‬‭cone‬
‭of the larger circle and the smaller circle?‬ ‭3‬ ‭3‬ ‭having‬ ‭diameter‬ ‭of‬ ‭the‬ ‭base‬ ‭as‬ ‭13‬ ‭cm.‬
‭(c) 4851‬‭𝑐 𝑚‬ ‭(d) 5821‬‭𝑐 𝑚‬
‭SSC CHSL 17/03/2023 (1st Shift)‬ ‭What is the height (cm) of the cone ?‬
‭(a) 2002 m²‬ ‭(b) 2010 m²‬ ‭ .511.‬ ‭A‬‭rectangular‬‭park‬‭is‬‭120‬‭m‬‭long‬
Q ‭SSC CGL 01/12/2022 (3rd Shift)‬
‭(c) 1890 m²‬ ‭(d) 1990 m²‬ ‭and‬‭104‬‭m‬‭wide.‬‭A‬‭1‬‭-‬‭m‬‭wide‬‭path‬‭runs‬ ‭(a) 246‬ ‭(b) 152 (c) 174 (d) 208‬
‭along‬ ‭the‬ ‭boundary‬ ‭of‬ ‭the‬ ‭park,‬
‭ .504.‬ ‭If the heights of two cylinders are‬
Q ‭ .518.‬ ‭Which‬ ‭of‬ ‭the‬ ‭following‬ ‭two‬ ‭will‬
Q
‭remaining‬ ‭completely‬ ‭inside‬ ‭the‬ ‭park‬
‭in the ratio of 2 : 3 and their-radius are in‬ ‭provide more volume ?‬
‭area.‬‭Thus,‬‭the‬‭outside‬‭edges‬‭of‬‭the‬‭path‬
‭the ratio of 6 : 5, then what is the ratio of‬ ‭I) A cuboid of edges 6 cm,7 cm and 8 cm‬
‭run‬ ‭along‬ ‭the‬‭boundary‬‭wall‬‭of‬‭the‬‭park.‬
‭the volumes of the cylinders ?‬ ‭II) A cube of edge 7 cm‬
‭The‬‭inside‬‭edges‬‭of‬‭the‬‭path‬‭are‬‭marked‬
‭SSC CHSL 17/03/2023 (4th Shift)‬ ‭SSC CGL 02/12/2022 (1st Shift)‬
‭with‬ ‭a‬ ‭white‬ ‭line‬‭of‬‭negligible‬‭thickness.‬
‭(a) 24 : 29‬ ‭(b) 21 : 31‬ ‭(a) Cube will have more volume‬
‭If‬‭it‬‭costs‬‭₹2.50‬‭to‬‭mark‬‭each‬‭metre‬‭with‬
‭(c) 24 : 25‬ ‭(d) 28 : 31‬ ‭(b) Both will have equal volume‬
‭the‬ ‭white‬ ‭line,‬ ‭then‬ ‭how‬ ‭much‬ ‭would‬ ‭it‬
‭(c) Cuboid will have more volume‬
‭ .505.‬ ‭The‬ ‭sum‬ ‭of‬ ‭the‬ ‭length‬ ‭and‬
Q ‭cost‬‭(in‬‭₹‬‭)‬‭to‬‭fully‬‭mark‬‭the‬‭inside‬‭edges‬
‭(d) Cannot be determined‬
‭breadth‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭is‬ ‭4‬ ‭cm.‬ ‭Length‬ ‭is‬ ‭of the path ?‬
‭three‬ ‭times‬ ‭of‬ ‭breadth.‬ ‭If‬ ‭the‬ ‭height‬ ‭of‬ ‭SSC CGL Tier II (02/03/2023)‬ ‭ .519.‬ ‭A‬ ‭hemispherical‬ ‭bowl‬ ‭made‬ ‭of‬
Q
‭the‬‭cuboid‬‭is‬‭half‬‭of‬‭the‬‭sum‬‭of‬‭its‬‭length‬ ‭(a) 1090‬ ‭(b) 1080 (c) 1120 (d) 1100‬ ‭iron‬‭has‬‭an‬‭inner‬‭diameter‬‭of‬‭84‬‭cm.‬‭Find‬
‭and‬ ‭breadth,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭total‬ ‭the‬ ‭cost‬ ‭of‬ ‭tin‬‭plating‬‭it‬‭on‬‭the‬‭inside‬‭at‬
‭ .512.‬‭What‬‭is‬‭the‬‭total‬‭surface‬‭area‬‭of‬‭a‬
Q
‭surface area of the cuboid ?‬ ‭22‬
‭pyramid‬ ‭whose‬ ‭base‬ ‭is‬ ‭a‬ ‭square‬ ‭with‬ ‭the‬‭rate‬‭of‬‭₹21‬‭per‬‭100‬‭cm²‬‭(take‬π ‭=‬
‭SSC CHSL 20/03/2023 (2nd Shift)‬ ‭7‬
‭side‬‭8‬‭cm‬‭and‬‭height‬‭of‬‭the‬‭pyramid‬‭is‬‭3‬
‭(a) 64 cm²‬ ‭(b) 22 cm‬‭2‬ )‭ correct to two places of decimal.‬
‭2‬ ‭cm ?‬
‭(c) 32 cm‬ ‭(d) 30 cm‬‭2‬ ‭SSC CGL 02/12/2022 (1st Shift)‬
‭SSC CGL Tier II (03/03/2023)‬
‭(a) ₹2,328.48‬ ‭(b) ₹2,425.48‬
‭ .506.‬‭The‬‭area‬‭of‬‭a‬‭square‬‭Is‬‭1156‬‭cm‬‭2‬
Q ‭(a) 169‬‭𝑐 𝑚‬
‭2‬
‭(b) 121‬‭𝑐 𝑚‬
‭2‬
‭(c) ₹2,425.60‬ ‭(d) ₹2,355.48‬
‭.‬‭What‬‭is‬‭the‬‭respective‬‭ratio‬‭between‬‭the‬ ‭2‬ ‭2‬
‭(c) 144‬‭𝑐 𝑚‬ ‭(d) 184‬‭𝑐 𝑚‬
‭length‬ ‭and‬ ‭the‬ ‭breadth‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭ .520.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
Q
‭whose‬ ‭length‬ ‭is‬ ‭twice‬ ‭the‬ ‭side‬ ‭of‬ ‭the‬ ‭ .513.‬‭The‬‭breadth‬‭'b'‬‭of‬‭a‬‭room‬‭is‬‭twice‬
Q ‭cylinder‬ ‭is‬ ‭five‬ ‭times‬ ‭of‬‭its‬‭height.‬‭If‬‭the‬
‭square‬‭and‬‭whose‬‭breadth‬‭is‬‭14‬‭cm‬‭less‬ ‭its‬ ‭height‬‭and‬‭half‬‭of‬‭its‬‭length.‬‭Find‬‭the‬ ‭height‬ ‭of‬ ‭the‬ ‭cylinder‬ ‭is‬ ‭3.5‬ ‭cm,‬ ‭then‬
‭than the side of the square?‬ ‭length‬ ‭of‬ ‭the‬ ‭longest‬ ‭diagonal‬ ‭of‬ ‭the‬ ‭what is the volume of the cylinder?‬
‭SSC CHSL 20/03/2023 (4th Shift)‬ ‭room.‬ ‭SSC CGL 02/12/2022 (3rd Shift)‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬
‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
(‭ a) 3368.75 cm³‬ (‭ b) 3872.75 cm³‬ ‭ m.‬ ‭It‬ ‭is‬ ‭melted‬ ‭to‬ ‭form‬‭a‬‭cylinder‬‭such‬
c ‭ ircular‬‭cone‬‭of‬‭base‬‭radius‬‭21‬‭cm‬‭is‬‭594‬
c
‭(c) 3146.75 cm³‬ ‭(d) 3524.25 cm³‬ ‭that‬‭the‬‭ratio‬‭of‬‭its‬‭curved‬‭surace‬‭area‬‭to‬ ‭sq‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭slant‬ ‭height‬ ‭of‬ ‭the‬
‭total‬ ‭surface‬ ‭area‬ ‭is‬ ‭2‬ ‭:‬ ‭5.‬ ‭What‬ ‭is‬ ‭the‬ ‭cone ?‬
‭ .521.‬‭In‬‭the‬‭given‬‭figure,‬‭a‬‭square‬‭ABCD‬
Q ‭22‬ ‭SSC CGL 09/12/2022 (3rd Shift)‬
‭is‬‭inscribed‬‭in‬‭a‬‭quadrant‬‭APCQ‬‭.‬ ‭If‬‭AB‬‭=‬ ‭radius (in cm) of its base (take π =‬ ‭) ?‬
‭7‬ ‭(a) 15 cm (b) 11 cm (c) 9 cm (d) 6 cm‬
‭16‬‭cm,‬‭find‬‭the‬‭area‬‭of‬‭the‬‭shaded‬‭region‬ ‭ SC CGL 06/12/2022 (1st Shift)‬
S
‭(take‬ π ‭=‬ ‭3.14)‬ ‭correct‬ ‭to‬ ‭two‬‭places‬‭of‬ ‭(a) 23‬ ‭(b) 21‬ ‭(c) 17‬ ‭(d) 19‬ ‭ .537.‬ ‭The‬ ‭number‬ ‭of‬ ‭solid‬ ‭spheres,‬
Q
‭decimal.‬ ‭each‬ ‭of‬ ‭diameter‬ ‭6‬ ‭cm,‬ ‭that‬ ‭could‬ ‭be‬
‭ .529.‬‭Calculate‬‭the‬‭area‬‭of‬‭a‬‭sector‬‭of‬‭a‬
Q ‭moulded‬‭to‬‭form‬‭a‬‭solid‬‭metal‬‭cylinder‬‭of‬
‭circle‬‭with‬‭radius‬‭10‬‭metres‬‭and‬‭angle‬‭of‬ ‭height 90 cm and diameter 4 cm is:‬
‭90 degrees at the centre.‬ ‭SSC CGL 09/12/2022 (4th Shift)‬
‭SSC CGL 06/12/2022 (3rd Shift)‬ ‭(a) 10‬ ‭(b) 14‬ ‭(c) 16‬ ‭(d) 13‬
‭(a) 79.3 m‬‭2‬ ‭(b) 79.5 m‬‭2‬
‭ SC CGL 02/12/2022 (4th Shift)‬
S ‭2‬
‭(c) 78.5 m‬ ‭(d) 75 m‬‭2‬ ‭ .538.‬ ‭The‬‭radii‬‭of‬‭the‬‭ends‬‭of‬‭a‬‭frustum‬
Q
‭(a) 155.98cm‬‭2‬ ‭(b) 179.68cm‬‭2‬ ‭of‬‭a‬‭cone‬‭7‬‭cm‬‭high‬‭are‬‭5‬‭cm‬‭and‬‭3‬‭cm.‬
‭2‬
‭(c) 163.85cm‬ ‭(d) 145.92cm‬‭2‬ ‭ .530.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭outer‬ ‭and‬ ‭the‬
Q ‭Find‬ ‭its‬ ‭volume‬ ‭correct‬ ‭to‬ ‭one‬ ‭decimal‬
‭inner‬ ‭circumference‬ ‭of‬ ‭a‬‭circular‬‭path‬‭is‬ ‭22‬
‭place. (Use π =‬ ‭)‬
‭Q.522.‬ ‭If‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬ ‭5‬ ‭:‬‭4.‬‭If‬‭the‬‭path‬‭is‬‭50‬‭metres‬‭wide,‬‭then‬ ‭7‬
‭3‬
‭ 4,416.64‬ ‭𝑐 𝑚‬ ‭,‬‭find‬‭its‬‭surface‬‭area‬‭(take‬
2 ‭what is the radius of the inner circle?‬ ‭ SC CGL 12/12/2022 (2nd Shift)‬
S
‭π=3.14) correct to two places of decimal.‬ ‭SSC CGL 06/12/2022 (3rd Shift)‬ ‭(a) 345.6 cm³‬ ‭(b) 359.3 cm‬‭3‬
‭SSC CGL 03/12/2022 (1st Shift)‬ ‭(a) 250 metres‬ ‭(b) 300 metres‬ ‭(c) 379.3 cm³‬ ‭(d) 369.3 cm³‬
‭(a) 3069.55 cm‬‭2‬ ‭(b) 4069.44 cm‬‭2‬ ‭(c) 200 metres‬ ‭(d) 210 metres‬
‭ .539.‬ ‭Area‬ ‭of‬ ‭the‬ ‭floor‬ ‭of‬ ‭a‬ ‭cubical‬
Q
‭(c) 5069.66 cm‬‭2‬ ‭(d) 6069.67 cm‬‭2‬
‭ .531.‬‭The‬‭diagonal‬‭of‬‭the‬‭square‬‭is‬‭8‬ ‭2‬
Q ‭room‬‭is‬‭64‬‭m².‬‭The‬‭length‬‭of‬‭the‬‭longest‬
‭ .523.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
Q ‭cm.‬ ‭Find‬ ‭the‬‭diagonal‬‭of‬‭another‬‭square‬ ‭rod that can be kept in the room is:‬
‭cylinder‬ ‭is‬ ‭thrice‬ ‭its‬ ‭height.‬‭If‬‭the‬‭height‬ ‭whose‬ ‭area‬ ‭is‬ ‭triple‬ ‭that‬ ‭of‬ ‭the‬ ‭first‬ ‭SSC CGL 12/12/2022 (3rd Shift)‬
‭of‬‭the‬‭cylinder‬‭is‬‭2.1‬‭cm,‬‭then‬‭what‬‭is‬‭the‬ ‭square.‬ ‭(a) 16‬ ‭3‬‭m‬ ‭(b) 4‬ ‭3‬ ‭m‬
‭volume of the cylinder ?‬ ‭SSC CGL 06/12/2022 (4th Shift)‬ ‭(c) 12‬ ‭3‬‭m‬ ‭(d) 8‬ ‭3‬‭m‬
‭SSC CGL 03/12/2022 (3rd Shift)‬ ‭(a) 8‬ ‭5‬‭cm‬ ‭(b) 8‬ ‭3‬‭cm‬
‭(a) 224.65 cm³‬ ‭(b) 194.72 cm³‬ ‭ .540.‬ ‭A‬ ‭conical‬ ‭vessel,‬ ‭whose‬ ‭internal‬
Q
‭(c) 8‬ ‭2‬‭cm‬ ‭(d) 8‬ ‭6‬‭cm‬
‭(c) 324.86 cm³‬ ‭(d) 261.95 cm³‬ ‭radius‬ ‭is‬ ‭20‬ ‭cm‬ ‭and‬ ‭height‬ ‭is‬ ‭27‬ ‭cm,‬‭is‬
‭ .532.‬ ‭Steel‬ ‭is‬ ‭used‬ ‭to‬ ‭make‬ ‭a‬
Q ‭full‬‭of‬‭water.‬‭If‬‭this‬‭water‬‭is‬‭poured‬‭into‬‭a‬
‭ .524.‬‭A‬‭solid‬‭copper‬‭sphere‬‭of‬‭radius‬‭9‬
Q ‭hemispherical‬‭bowl‬‭that‬‭is‬‭0.37‬‭cm‬‭thick.‬ ‭cylindrical‬ ‭vessel‬ ‭with‬ ‭internal‬‭radius‬‭15‬
‭cm‬‭is‬‭hammered‬‭and‬‭moulded‬‭into‬‭a‬‭wire‬ ‭The‬‭bowl's‬‭inner‬‭radius‬‭is‬‭6‬‭cm.‬‭Find‬‭the‬ ‭cm,‬ ‭what‬ ‭will‬ ‭be‬‭the‬‭height‬‭to‬‭which‬‭the‬
‭of radius 2 cm. What is the length of this‬ ‭bowl's‬ ‭outer‬‭curved‬‭surface‬‭area‬‭(take‬‭π‬ ‭water rises in it ?‬
‭wire ?‬ ‭22‬ ‭SSC CGL 12/12/2022 (4th Shift)‬
‭SSC CGL 03/12/2022 (3rd Shift)‬ ‭=‬ ‭).‬ ‭(a) 16 cm‬ ‭(b) 10 cm‬
‭7‬
‭(a) 224 cm‬ ‭(b) 183 cm‬ ‭ SC CGL 07/12/2022 (1st Shift)‬
S ‭(c) 12 cm‬ ‭(d) 14 cm‬
‭(c) 198 cm‬ ‭(d) 243 cm‬ ‭(a) 532 cm‬‭2‬ ‭(b) 255.0548 cm‬‭2‬
‭ .541.‬‭If‬‭the‬‭numerical‬‭value‬‭of‬‭twice‬‭the‬
Q
‭(c) 484 cm‬‭2‬ ‭(d) 523.4107 cm‬‭2‬
‭Q.525.‬‭The‬‭length‬‭of‬‭the‬‭side‬‭of‬‭a‬‭cube‬‭is‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
‭ .6‬ ‭𝑐 𝑚‬ ‭.‬ ‭What‬ ‭is‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬
5 ‭ .533.‬ ‭An‬ ‭iron‬ ‭rod‬ ‭with‬ ‭diameter‬ ‭4‬ ‭cm‬
Q ‭cylinder‬ ‭is‬ ‭equal‬ ‭to‬ ‭the‬ ‭numerical‬ ‭value‬
‭largest‬ ‭sphere‬ ‭that‬ ‭can‬ ‭be‬ ‭taken‬ ‭out‬ ‭of‬ ‭and‬‭length‬‭12‬‭cm‬‭is‬‭drawn‬‭into‬‭a‬‭wire‬‭of‬ ‭of‬‭its‬‭volume,‬‭then‬‭what‬‭is‬‭the‬‭numerical‬
‭the cube ?‬ ‭length‬ ‭12‬ ‭m‬ ‭of‬ ‭uniform‬ ‭thickness.‬ ‭value‬ ‭of‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭the‬
‭SSC CGL 05/12/2022 (1st Shift)‬ ‭Determine the thickness of the wire.‬ ‭cylinder ?‬
‭3‬ ‭3‬
‭SSC CGL 08/12/2022 (2nd Shift)‬ ‭SSC CGL 13/12/2022 (1st Shift)‬
‭(a) 91.98‬‭𝑐 𝑚‬ ‭(b) 99.96‬‭𝑐 𝑚‬
‭3‬ ‭3‬ ‭(a) 0.6 cm‬ ‭(b) 0.7 cm‬ ‭(a) 2‬ ‭(b) 3‬ ‭(c) 5‬ ‭(d) 4‬
‭(c) 96.98‬‭‬‭𝑐 𝑚‬ ‭(d) 90.69‬‭𝑐 𝑚‬
‭(c) 0.3 cm‬ ‭(d) 0.4 cm‬
‭ .526.‬ ‭A‬ ‭hollow‬ ‭sphere‬ ‭has‬ ‭an‬ ‭outer‬
Q ‭SSC CPO 2022 Tier - 1‬
‭ .534.‬‭A‬‭solid‬‭cone‬‭of‬‭height‬‭42‬‭cm‬‭with‬
Q
‭radius‬‭of‬‭4‬‭cm‬‭and‬‭inner‬‭radius‬‭of‬‭1‬‭cm.‬
‭diameter‬ ‭of‬ ‭its‬ ‭base‬ ‭42‬ ‭cm‬ ‭is‬ ‭cut‬ ‭out‬ ‭ .542.‬ ‭A‬ ‭field‬ ‭is‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭a‬
Q
‭What‬ ‭is‬ ‭the‬ ‭volume‬ ‭of‬ ‭this‬ ‭hollow‬
‭from‬‭a‬‭wooden‬‭solid‬‭sphere‬‭of‬‭radius‬‭24‬ ‭rectangle‬‭of‬‭length‬‭90‬‭m‬‭and‬‭breadth‬‭75‬
‭sphere?‬
‭cm.‬‭Find‬‭the‬‭percentage‬‭of‬‭wood‬‭wasted‬ ‭m.‬‭In‬‭one‬‭corner‬‭of‬‭the‬‭field,‬‭a‬‭pit,‬‭which‬
‭SSC CGL 05/12/2022 (3rd Shift)‬
‭correct to two places of decimal.‬ ‭is‬ ‭18‬‭m‬‭long‬‭,15‬‭m‬‭broad‬‭and‬‭6‬‭m‬‭deep,‬
‭(a) 84‬π ‭cm‬‭3‬ ‭(b) 68‬π ‭cm‬‭3‬
‭3‬
‭SSC CGL 09/12/2022 (1st Shift)‬ ‭has‬‭been‬‭dug‬‭out.‬‭The‬‭Earth‬ ‭taken‬‭out‬‭of‬
‭(c) 48‬π ‭cm‬ ‭(d) 92‬π ‭cm‬‭3‬
‭(a) 75.56%‬ ‭(b) 56.65%‬ ‭it‬ ‭is‬ ‭evenly‬ ‭spread‬ ‭over‬ ‭the‬ ‭remaining‬
‭ .527.‬ ‭Three‬‭cubes‬‭of‬‭equal‬‭volume‬‭are‬
Q ‭(c) 66.50%‬ ‭(d) 67.50%‬ ‭part‬‭of‬‭the‬‭field.‬‭Find‬‭the‬‭rise‬‭in‬‭the‬‭level‬
‭joined‬ ‭end‬ ‭to‬ ‭end.‬‭Find‬‭the‬‭surface‬‭area‬ ‭of the field ?‬
‭ .535.‬‭The‬‭length‬‭of‬‭the‬‭side‬‭of‬‭a‬‭cube‬‭is‬
Q
‭of‬ ‭the‬‭resulting‬‭cuboid‬‭if‬‭the‬‭diagonal‬‭of‬ ‭SSC CPO 09/11/2022 (Morning)‬
‭2.8‬ ‭cm.‬ ‭What‬‭is‬‭the‬‭volume‬‭of‬‭the‬‭largest‬
t‭ he cube is‬‭6‬ ‭3‬‭‬‭𝑐 𝑚‬‭.‬ ‭(a) 27 cm (b) 25 cm (c) 28 cm (d) 24 cm‬
‭sphere that can be taken out of the cube ?‬
‭SSC CGL 05/12/2022 (4th Shift)‬ ‭SSC CGL 09/12/2022 (2nd Shift)‬ ‭ .543.‬ ‭In‬ ‭the‬ ‭given‬ ‭figure,‬ ‭the‬ ‭length‬ ‭of‬
Q
‭(a) 509 cm‬‭2‬ ‭(b) 504 cm‬‭2‬ ‭(a) 11.50 cm‬‭3‬ ‭(b) 1.15 cm‬‭3‬
‭2‬ ‭arc‬ ‭AB‬ ‭is‬ ‭equal‬ ‭to‬ ‭twice‬ ‭the‬ ‭length‬ ‭of‬
‭(c) 516 cm‬ ‭(d) 512 cm‬‭2‬ ‭3‬
‭(c) 11.55 cm‬ ‭(d) 115 cm‬‭3‬ ‭radius‬ ‭r‬ ‭of‬ ‭the‬ ‭circle.‬ ‭Find‬ ‭the‬ ‭area‬ ‭of‬
‭Q.528.‬‭A solid hemisphere has radius 21‬ ‭Q.536.‬‭The curved surface area of a right‬ ‭sector OAB in terms of the radius r.‬

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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ .550.‬ ‭What‬‭is‬‭the‬‭length‬‭of‬‭the‬‭longest‬
Q ‭ e‬‭painted.‬‭(neglect‬‭the‬‭area‬‭of‬‭windows‬
b
‭pole‬ ‭that‬ ‭can‬ ‭fit‬ ‭itself‬ ‭in‬ ‭a‬ ‭hall‬ ‭60‬ ‭feet‬ ‭and‬ ‭doors)‬ ‭&‬ ‭(floor‬ ‭area‬ ‭is‬ ‭NOT‬ ‭to‬ ‭be‬
‭long, 30 feet broad and 20 feet high?‬ ‭painted)‬
‭SSC CPO 10/11/2022 (Morning)‬ ‭SSC CPO 11/11/2022 (Morning)‬
‭(a) 50 ft. (b) 70 ft. (c) 30 ft. (d) 20 ft.‬ ‭(a) 300 m²‬ ‭(b) 280 m²‬
‭(c) 330 m²‬ ‭(d) 230 m²‬
‭ SC CPO 09/11/2022 (Morning)‬
S ‭ .551.‬‭The‬‭volume‬‭of‬‭a‬‭wall,‬‭six‬‭times‬‭as‬
Q
‭(a) 3r‬ ‭(b) 2r‬ ‭(c) πr‬‭2‬ ‭(d) r‬‭2‬ ‭hight‬ ‭as‬ ‭its‬ ‭breadth‬ ‭and‬ ‭half‬ ‭as‬‭long‬‭as‬ ‭ .559.‬ ‭A‬ ‭hemispherical‬ ‭bowl‬ ‭of‬‭internal‬
Q
‭its‬ ‭height,‬ ‭is‬ ‭23958‬ ‭cm³.‬ ‭What‬ ‭is‬ ‭the‬ ‭radius‬‭6‬‭cm‬‭contains‬‭a‬‭liquid.‬‭This‬‭liquid‬
‭ .544.‬ ‭Determine‬ ‭the‬ ‭total‬ ‭surface‬‭area‬
Q
‭breadth of the wall ?‬ ‭is‬ ‭to‬ ‭be‬ ‭filled‬ ‭into‬ ‭cylindrical‬ ‭shaped‬
‭of‬ ‭a‬ ‭hemisphere‬ ‭closed‬ ‭at‬ ‭bottom.‬
‭SSC CPO 10/11/2022 (Morning)‬ ‭small‬ ‭bottles‬ ‭of‬ ‭diameter‬ ‭2‬ ‭cm‬ ‭and‬
‭25‬ ‭(a) 21 cm (b) 15 cm (c) 11 cm (d) 18 cm‬ ‭height‬ ‭4‬ ‭cm.‬ ‭How‬ ‭many‬ ‭bottles‬ ‭will‬ ‭be‬
‭Radius of the hemisphere is‬ ‭unit.‬
π ‭needed to empty the bowl?‬
‭ SC CPO 09/11/2022 (Morning)‬
S ‭ .552.‬ ‭The‬ ‭curved‬ ‭surface‬ ‭area‬ ‭and‬
Q ‭SSC CPO 11/11/2022 (Afternoon)‬
‭(a) 75 unit‬‭2‬ ‭(b) 70 unit‬‭2‬ ‭circumference‬‭at‬‭the‬‭base‬‭of‬‭a‬‭solid‬‭right‬ ‭(a) 32‬ ‭(b) 37‬ ‭(c) 38‬ ‭(d) 36‬
‭2‬
‭(c) 60 unit‬ ‭(d) 50 unit‬‭2‬ ‭circular‬ ‭cylinder‬ ‭are‬ ‭2200‬ ‭cm²‬ ‭and‬ ‭110‬
‭cm,‬ ‭respectively.‬ ‭Find‬ ‭the‬ ‭height‬ ‭of‬ ‭the‬ ‭ .560.‬‭The‬‭difference‬‭between‬‭the‬‭semi‬‭-‬
Q
‭ .545.‬ ‭Find‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭major‬
Q ‭cylinder.‬ ‭perimeter‬ ‭and‬ ‭the‬‭sides‬‭of‬‭∆PQR‬‭are‬‭18‬
‭sector‬ ‭of‬ ‭a‬ ‭circle‬ ‭of‬ ‭radius‬ ‭12‬ ‭metres,‬ ‭SSC CPO 10/11/2022 (Morning)‬ ‭cm,‬ ‭17‬‭cm‬‭and‬‭25‬‭cm,‬‭respectively.‬‭Find‬
‭whose‬ ‭minor‬ ‭sector‬ ‭subtends‬ ‭an‬ ‭angle‬ ‭(a) 24 cm (b) 22 cm (c) 20 cm (d) 18 cm‬ ‭the area of the triangle‬
‭of 75° at the centre.‬ ‭SSC CPO 11/11/2022 (Evening)‬
‭SSC CPO 09/11/2022 (Morning)‬ ‭ .553.‬ ‭The‬ ‭length‬‭of‬‭a‬‭cold‬‭storage‬‭is‬‭5‬
Q ‭(a) 330√510 cm²‬ ‭(b) 230√510 cm²‬
‭(a) 24 + 5π metres (b) 24 + 19π metres‬ ‭times‬ ‭its‬ ‭breadth,‬ ‭and‬ ‭its‬ ‭height‬ ‭is‬‭8‬‭m.‬ ‭(c) 30√510 cm²‬ ‭(d) 130√510 cm²‬
‭(c) 24 – 5π metres (d) 24 – 19π metres‬ ‭The‬ ‭area‬ ‭of‬ ‭its‬ ‭four‬ ‭walls‬ ‭(including‬‭the‬
‭doors)‬ ‭is‬ ‭720‬ ‭m‭2‬ ‬‭.‬ ‭Find‬ ‭the‬ ‭total‬‭surface‬
‭ .546.‬‭A‬‭frustum‬‭of‬‭a‬‭right‬‭circular‬‭cone,‬
Q
‭SSC CGL 2021 Tier - 2‬
‭area of cold storage.‬
‭whose‬‭height‬‭is‬‭18‬‭cm,‬‭large‬‭base‬‭radius‬ ‭SSC CPO 10/11/2022 (Afternoon)‬
‭ .561.‬ ‭The‬ ‭sum‬ ‭of‬ ‭the‬ ‭curved‬ ‭surface‬
Q
‭is‬‭25‬‭cm,‬‭and‬‭small‬‭base‬‭radius‬‭is‬‭20‬‭cm,‬ ‭(a) 1290.6 m‬‭2‬ ‭(b) 1275.3 m‬‭2‬
‭area‬‭and‬‭the‬‭total‬‭surface‬‭area‬‭of‬‭a‬‭solid‬
‭is‬ ‭melted‬ ‭to‬ ‭form‬ ‭a‬ ‭small‬ ‭sphere‬ ‭of‬ ‭(c) 1265.25 m‬ ‭2‬
‭(d) 1282.5 m‬‭2‬ ‭2‬
‭diameter‬ ‭2‬ ‭cm.‬ ‭How‬ ‭many‬ ‭spheres‬ ‭will‬ ‭ ylinder‬ ‭is‬ ‭2068‬ ‭𝑐 𝑚‬ ‭.‬ ‭If‬ ‭the‬‭radius‬‭of‬‭its‬
c
‭be formed ?‬ ‭ .554.‬ ‭A‬ ‭cylinder‬ ‭of‬ ‭height‬ ‭8‬ ‭cm‬ ‭and‬
Q ‭base‬‭is‬‭7‬‭cm,‬‭then‬‭what‬‭is‬‭the‬‭volume‬‭of‬
‭SSC CPO 09/11/2022 (Afternoon)‬ ‭radius‬‭6‬‭cm‬‭is‬‭melted‬‭and‬‭converted‬‭into‬ ‭22‬
‭this cylinder ? (use‬π = ‭)‬
‭(a) 6287 (b) 6862 (c) 4575 (d) 5857‬ ‭3‬ ‭cones‬ ‭of‬ ‭the‬ ‭same‬ ‭radius‬ ‭and‬ ‭height‬ ‭7‬
‭that‬ ‭of‬ ‭cylinder.‬ ‭Determine‬ ‭the‬ ‭total‬ ‭SSC CGL Tier II (08/08/2022)‬
‭ .547.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭hollow‬‭sphere‬‭is‬
Q ‭curved surface area of cones.‬ ‭(a) 2060‬‭𝑐 𝑚‬
‭3‬
‭(b) 2480‬‭𝑐 𝑚‬
‭3‬

‭21‬‭cm.‬‭It‬‭is‬‭cut‬‭into‬‭two‬‭equal‬‭halves‬‭by‬‭a‬ ‭SSC CPO 10/11/2022 (Evening)‬ ‭3‬ ‭3‬


‭(c) 3080‬‭𝑐 𝑚‬ ‭(d) 2760‬‭𝑐 𝑚‬
‭plane‬‭passing‬‭through‬‭its‬‭centre.‬‭What‬‭is‬ ‭(a) 180‬‭π‬‭𝑐 𝑚‬
‭2‬
‭(b) 60‬‭π‬‭𝑐 𝑚‬
‭2‬

‭75%‬ ‭of‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬‭(in‬‭cm²,‬ ‭2‬ ‭2‬ ‭Q.562.‬ ‭The‬ ‭slant‬ ‭height‬ ‭of‬ ‭a‬ ‭cone‬‭is‬‭20‬
‭(c) 144‬‭π‬‭𝑐 𝑚‬ ‭(d) 120‬‭π‬‭𝑐 𝑚‬
‭rounded‬ ‭off‬ ‭to‬ ‭the‬ ‭nearest‬ ‭tens)‬ ‭of‬ ‭the‬ ‭2‬
‭ m.‬ ‭If‬ ‭area‬ ‭of‬ ‭its‬ ‭base‬ ‭is‬ ‭616‬ ‭𝑐 𝑚‬ ‭,‬‭then‬
c
‭22‬ ‭ .555.‬‭The‬ ‭heights‬ ‭of‬ ‭two‬ ‭right‬ ‭circular‬
Q
‭ emisphere ? (Takе π =‬
h ‭)‬ ‭what‬ ‭is‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭this‬
‭7‬ ‭cones‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬ ‭1‬ ‭:‬ ‭5‬ ‭and‬ ‭the‬
‭cone ?‬
‭ SC CPO 09/11/2022 (Evening)‬
S ‭perimeter‬‭of‬‭their‬‭bases‬‭are‬‭in‬‭the‬‭ratio‬‭5:‬
‭SSC CGL Tier II (08/08/2022)‬
‭(a) 4160 (b) 3470 (c) 2080 (d) 2770‬ ‭3. Find the ratio of their volumes.‬ ‭2‬ ‭2‬
‭SSC CPO 10/11/2022 (Evening)‬ ‭(a) 960‬‭𝑐 𝑚‬ ‭(b) 440‬‭𝑐 𝑚‬
‭ .548.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭solid‬
Q ‭2‬ ‭2‬
‭(a) 8 : 11 (b) 7 : 6 (c) 5 : 9 (d) 3 : 4‬ ‭(c) 1760‬‭𝑐 𝑚‬ ‭(d) 880‬‭𝑐 𝑚‬
‭metallic‬ ‭hemisphere‬ ‭is‬ ‭462‬ ‭cm‬‭2‬ ‭.‬ ‭This‬ ‭is‬
‭melted‬ ‭and‬ ‭moulded‬ ‭into‬ ‭a‬ ‭right‬ ‭circular‬ ‭Q.556.‬‭The area of the sector of a circle is‬ ‭ .563.‬ ‭The‬ ‭height‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬ ‭6‬‭cm‬
Q
‭cone.‬‭If‬‭the‬‭radius‬‭of‬‭the‬‭base‬‭of‬‭the‬‭cone‬ ‭2‬ ‭more‬ ‭than‬ ‭the‬ ‭radius‬ ‭of‬ ‭its‬ ‭base.‬ ‭If‬ ‭its‬
‭ 28‬ ‭𝑐 𝑚‬ ‭.‬ ‭If‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬‭arc‬‭of‬‭that‬
1
‭is‬ ‭the‬ ‭same‬ ‭as‬ ‭that‬ ‭of‬ ‭the‬ ‭hemisphere,‬ ‭radius is 14 cm, then what will be volume‬
‭sector‬ ‭is‬ ‭64‬ ‭cm,‬ ‭then‬ ‭find‬ ‭the‬ ‭radius‬ ‭of‬
‭22‬ ‭22‬
‭then its height is: (use π =‬ ‭)‬ ‭the circle.‬ ‭of this cylinder ? (use‬π = ‭)‬
‭7‬ ‭7‬
‭SSC CPO 10/11/2022 (Evening)‬
‭ SC CPO 09/11/2022 (Evening)‬
S ‭SSC CGL Tier II (08/08/2022)‬
‭(a) 4 cm (b) 8 cm (c) 2 cm (d) 16 cm‬
‭(a) 14 cm (b) 7 cm (c) 21 cm (d) 28 cm‬ ‭(a) 13560‬‭𝑐 𝑚‬
‭3‬
‭(b) 14340‬‭𝑐 𝑚‬
‭3‬

‭ .557.‬ ‭A‬ ‭cone-shaped‬ ‭storage‬ ‭tank's‬


Q ‭3‬ ‭3‬
‭ .549.‬ ‭As‬ ‭shown‬ ‭in‬ ‭the‬ ‭given‬ ‭figure,‬
Q ‭(c) 10440‬‭𝑐 𝑚‬ ‭(d) 12320‬‭𝑐 𝑚‬
‭height‬ ‭and‬ ‭radius‬ ‭are‬ ‭9‬ ‭and‬ ‭7‬ ‭feet,‬
‭inside‬ ‭the‬ ‭large‬ ‭semicircle,‬ ‭three‬
‭respectively.‬ ‭Determine‬‭how‬‭much‬‭liquid‬ ‭ .564.‬ ‭ABCD‬ ‭is‬ ‭a‬ ‭quadrilateral.‬ ‭The‬
Q
‭semicircles‬ ‭(with‬ ‭equal‬ ‭radii)‬ ‭are‬ ‭drawn‬
‭the tank can contain. (Take π = 3.14)‬ ‭length‬‭of‬‭diagonal‬‭AC‬‭is‬‭24‬‭cm.‬‭The‬‭sum‬
‭so‬‭that‬‭their‬‭diameters‬‭all‬‭sit‬‭on‬‭the‬‭large‬
‭SSC CPO 11/11/2022 (Morning)‬ ‭of‬ ‭perpendiculars‬ ‭drawn‬ ‭from‬ ‭vertex‬ ‭B‬
‭semicircle's‬ ‭diameter.‬ ‭What‬ ‭is‬ ‭the‬ ‭ratio‬
‭(a) 471 cubic feet‬ ‭and‬‭D‬‭on‬‭the‬‭diagonal‬‭AC‬‭is‬‭10‬‭cm.‬‭What‬
‭between‬ ‭the‬ ‭unshaded‬ ‭and‬ ‭shaded‬
‭(b) 450 cubic feet‬ ‭is the area of the quadrilateral ?‬
‭areas?‬
‭(c) 435.32 cubic feet‬ ‭SSC CGL Tier II (08/08/2022)‬
‭(d) 461.58 cubic feet‬ ‭2‬ ‭2‬
‭(a) 240‬‭𝑐 𝑚‬ ‭(b) 180‬‭𝑐 𝑚‬
‭2‬ ‭2‬
‭ .558.‬ ‭A‬ ‭hall‬ ‭of‬ ‭10‬‭m‬‭length,‬‭5‬‭m‬‭width‬
Q ‭(c) 120‬‭𝑐 𝑚‬ ‭(d) 90‬‭𝑐 𝑚‬
‭ SC CPO 09/11/2022 (Evening)‬
S ‭and‬‭6‬‭m‬‭height‬‭is‬‭to‬‭be‬‭painted‬‭(one‬‭side‬
‭(a) 4 : 3‬ ‭(b) 1 : 2‬ ‭(c) 2 : 1 (d) 3 : 4‬ ‭only).‬‭Determine‬‭the‬‭total‬‭surface‬‭area‬‭to‬ ‭Q.565.‬‭The difference between the areas‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬
‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ f‬ ‭two‬ ‭concentric‬ ‭circles‬ ‭is‬ ‭264‬ ‭𝑐 𝑚‬ ‭.‬
o
‭2‬ ‭ .572.‬‭If‬‭the‬‭height‬‭and‬‭the‬‭radius‬‭of‬‭the‬
Q ‭SSC MTS 07/07/2022 (Evening)‬
‭What‬ ‭is‬ ‭the‬ ‭difference‬ ‭between‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬ ‭cone‬ ‭are‬ ‭both‬ ‭doubled,‬ ‭the‬ ‭2‬ ‭2‬
‭(a) 1800‬ ‭3‬‭𝑐𝑚‬ ‭(b) 900‬ ‭3‬‭𝑐𝑚‬
‭‭2
‬ 2‬ ‭volume‬‭of‬‭the‬‭cone‬‭becomes‬‭______‬‭of‬‭its‬ ‭2‬ ‭2‬
‭square of their radius ? (use‬π =‭ ‬ ‭)‬ ‭previous volume.‬ ‭(c) 450‬ ‭3‬‭𝑐𝑚‬ ‭(d) 1200‬ ‭3‬ ‭𝑐𝑚‬
‭7‬
‭SSC CGL Tier II (08/08/2022)‬ ‭SSC MTS 05/07/2022 (Morning)‬
‭Q.580.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭is‬ ‭3300‬
‭2‬ ‭2‬ ‭(a) 4 times‬ ‭(b) 3 times‬
‭(a) 70‬‭𝑐 𝑚‬ ‭(b) 140‬‭𝑐 𝑚‬ ‭3‬
‭(c) 6 times‬ ‭(d) 8 times‬ ‭𝑐𝑚‬ ‭.‬ ‭The‬ ‭sum‬ ‭of‬ ‭the‬ ‭length‬ ‭and‬ ‭the‬
‭2‬ ‭2‬
‭(c) 84‬‭𝑐 𝑚‬ ‭(d) 64‬‭𝑐 𝑚‬ ‭ readth‬ ‭of‬ ‭the‬ ‭cuboid‬ ‭is‬ ‭37‬ ‭cm.‬ ‭If‬ ‭the‬
b
‭ .573.‬ ‭A‬‭smaller‬‭circle‬‭touches‬‭a‬‭bigger‬
Q ‭difference‬ ‭between‬ ‭the‬ ‭length‬ ‭and‬ ‭the‬
‭ .566.‬‭Volume‬‭of‬‭a‬‭cone‬‭whose‬‭radius‬‭of‬
Q ‭circle‬ ‭internally‬‭and‬‭also‬‭passes‬‭through‬ ‭breadth‬‭of‬‭the‬‭cuboid‬‭is‬‭13‬‭cm,‬‭then‬‭what‬
‭a‬ ‭base‬ ‭and‬ ‭height‬ ‭are‬ ‭r‬ ‭and‬ ‭h‬ ‭the‬ ‭centre‬ ‭‘O’‬ ‭of‬ ‭the‬ ‭bigger‬ ‭circle.‬ ‭If‬‭the‬
‭3‬
‭is the height of the cuboid?‬
r‭ espectively,‬‭is‬‭400‬‭𝑐 𝑚‬ ‭.‬‭What‬‭will‬‭be‬‭the‬ ‭2‬
‭SSC MTS 08/07/2022 (Morning)‬
‭area‬‭of‬‭the‬‭smaller‬‭circle‬‭is‬‭192‬‭𝑐𝑚‬ ‭,‬‭the‬
‭volume‬ ‭of‬ ‭a‬ ‭cone‬ ‭whose‬‭radius‬‭of‬‭base‬ ‭2‬ ‭(a) 18 cm (b) 11 cm (c) 14 cm (d) 16 cm‬
‭and‬ ‭height‬ ‭are‬ ‭2r‬ ‭cm‬ ‭and‬ ‭h‬ ‭cm‬ ‭ rea of the bigger circle (in‬‭𝑐𝑚‬ ‭) is :‬
a
‭respectively ?‬ ‭SSC MTS 05/07/2022 (Evening)‬ ‭ .581.‬ ‭The‬ ‭length‬ ‭and‬ ‭the‬ ‭breadth‬ ‭of‬ ‭a‬
Q
‭SSC CGL Tier II (08/08/2022)‬ ‭(a) 768‬ ‭(b) 384‬ ‭(c) 1024‬ ‭(d) 720‬ ‭rectangular‬‭cardboard‬‭are‬‭40‬‭cm‬‭and‬‭35‬
‭(a) 100‬ ‭𝑐 𝑚‬
‭3‬
‭(b) 1600‬‭𝑐 𝑚‬
‭3‬ ‭cm,‬ ‭respectively.‬ ‭If‬ ‭the‬ ‭biggest‬ ‭possible‬
‭ .574.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭square‬ ‭is‬
Q
‭3‬ ‭3‬ ‭square‬ ‭is‬ ‭cut‬ ‭out‬ ‭from‬ ‭this‬ ‭cardboard,‬
‭(c) 1200‬‭𝑐 𝑚‬ ‭(d) 800‬‭𝑐 𝑚‬ ‭equal‬‭to‬‭the‬‭perimeter‬‭of‬‭a‬‭rectangle,‬‭and‬
‭what‬‭is‬‭the‬‭area‬‭of‬‭the‬‭remaining‬‭part‬‭of‬
‭the‬‭latter‬‭has‬‭a‬‭width‬‭of‬‭12‬‭cm.‬‭The‬‭area‬
‭the cardboard ?‬
‭SSC Selection Post (Phase - X)‬ ‭2‬
‭ f‬‭the‬‭square‬‭is‬‭400‬‭𝑐 𝑚‬ ‭.‬‭Find‬‭the‬‭area‬‭of‬
o ‭SSC MTS 08/07/2022 (Afternoon)‬
‭the rectangle.‬ ‭2‬ ‭2‬
‭ .567.‬‭A‬‭conical‬‭vessel‬‭has‬‭radius‬‭4‬‭cm‬
Q ‭(a) 175‬‭𝑐𝑚‬ ‭(b) 275‬‭𝑐𝑚‬
‭SSC MTS 06/07/2022 (Morning)‬
‭2‬ ‭2‬
‭and‬ ‭its‬ ‭curved‬ ‭surface‬ ‭area‬ ‭is‬ ‭20‬π‭cm‬‭2‬‭.‬ ‭2‬ ‭2‬ ‭(c) 425‬‭𝑐𝑚‬ ‭(d) 325‬‭𝑐𝑚‬
‭(a) 412‬‭𝑐𝑚‬ ‭(b) 394‬‭𝑐𝑚‬
‭The volume of conical vessel is:‬
‭2‬ ‭2‬
‭Graduate Level 02/08/2022 ( Shift - 3 )‬ ‭(c) 324‬‭𝑐𝑚‬ ‭(d) 336‬‭𝑐𝑚‬ ‭ .582.‬‭The‬‭diagonal‬‭of‬‭a‬‭rectangle‬‭is‬‭12‬
Q
‭(a) 18‬π‭cm‬‭3‬ ‭(b) 12‬π‭cm‬‭3‬ ‭cm‬‭long‬‭and‬‭it‬‭is‬‭twice‬‭as‬‭long‬‭as‬‭one‬‭of‬
‭3‬
‭(c) 26‬π‭cm‬ ‭(d) 16‬π‭cm‬‭3‬ ‭ .575.‬ ‭If‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q ‭the‬ ‭sides‬ ‭of‬ ‭the‬ ‭rectangle.‬ ‭Find‬ ‭area‬ ‭of‬
‭sphere‬‭of‬‭radius‬‭r‬‭cm‬‭is‬‭equal‬‭to‬‭the‬‭total‬ ‭the rectangle ?‬
‭ .568.‬‭A student wants to know the area‬
Q ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭cube‬ ‭of‬ ‭side‬ ‭s‬ ‭cm,‬ ‭SSC MTS 08/07/2022 (Evening)‬
‭of‬‭a‬‭rhombus,‬‭one‬‭of‬‭whose‬‭diagonals‬‭is‬ ‭which of the following is true ?‬ ‭2‬ ‭2‬
‭(a) 25‬ ‭3‬‭𝑐𝑚‬ ‭(b) 30‬ ‭3‬‭𝑐𝑚‬
‭6‬ ‭cm.‬ ‭He‬‭measures‬‭another‬‭diagonal‬‭as‬ ‭SSC MTS 06/07/2022 (Morning)‬
‭2‬ ‭2‬
‭8 cm. What is the area of the rhombus?‬ ‭(a) r > s‬ ‭(b) r‬≥ ‭s (c) r = s (d) r < s‬ ‭(c) 36‬ ‭3‬ ‭𝑐𝑚‬ ‭(d) 42‬ ‭3‬ ‭𝑐𝑚‬
‭Graduate Level 05/08/2022 ( Shift - 3)‬
‭2‬ ‭2‬ ‭ .576.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭wall‬ ‭whose‬
Q ‭ .583.‬‭A‬‭solid‬‭sphere‬‭whose‬‭radius‬‭is‬‭21‬
Q
‭(a) 25‬‭𝑐 𝑚‬ ‭(b) 20‬‭𝑐 𝑚‬ ‭cm‬ ‭is‬ ‭melted‬ ‭and‬ ‭recast‬ ‭into‬ ‭a‬ ‭regular‬
‭height‬‭is‬‭six‬‭times‬‭its‬‭breadth‬‭and‬‭length‬
‭2‬ ‭2‬
‭(c) 24‬‭𝑐 𝑚‬ ‭(d) 48‬‭𝑐 𝑚‬ ‭3‬ ‭pyramid‬ ‭of‬ ‭square‬ ‭base.‬ ‭If‬‭the‬‭height‬‭of‬
i‭s‬ ‭half‬ ‭its‬ ‭height,‬ ‭is‬ ‭23958‬ ‭𝑐𝑚‬ ‭.‬‭What‬‭is‬
‭the‬ ‭pyramid‬ ‭is‬ ‭66‬ ‭cm,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬
‭ .569.‬ ‭The‬‭volumes‬‭of‬‭two‬‭cubes‬‭are‬‭in‬
Q ‭the breadth of the wall ?‬
‭length‬ ‭of‬ ‭each‬ ‭side‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭the‬
‭the‬ ‭ratio‬ ‭of‬ ‭8‬ ‭:‬ ‭27.‬ ‭If‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭SSC MTS 06/07/2022 (Afternoon)‬
‭22‬
‭3‬ ‭(a) 21 cm (b) 15 cm (c) 11 cm (d) 18 cm‬ ‭pyramid ? [use‬π ‭=‬ ‭]‭.‬ ‬
l‭arger‬ ‭cube‬ ‭is‬‭513‬ ‭𝑐 𝑚‬ ‭more‬‭than‬‭that‬‭of‬ ‭7‬
‭the‬‭smaller‬‭cube,‬‭find‬‭the‬‭length‬‭of‬‭each‬ ‭3‬ ‭ SC MTS 08/07/2022 (Evening)‬
S
‭ .577.‬ ‭A‬ ‭goldsmith‬ ‭uses‬ ‭110‬ ‭𝑐𝑚‬ ‭of‬
Q
‭side of the smaller cube.‬ ‭(a) 68 cm (b) 85 cm (c) 42 cm (d) 48 cm‬
‭gold‬ ‭to‬ ‭make‬ ‭a‬ ‭wire‬ ‭1‬ ‭mm‬ ‭in‬ ‭diameter.‬
‭Higher Secondary 01/08/2022 ( Shift - 3 )‬
‭He‬‭will‬‭use‬‭this‬‭wire‬‭to‬‭make‬‭gold‬‭chains‬ ‭Q.584.‬‭the‬‭total‬‭surface‬‭area‬‭of‬‭a‬‭closed‬
‭(a) 27 cm (b) 7 cm (c) 6 cm (d) 16 cm‬
‭of‬ ‭equal‬ ‭lengths.‬ ‭If‬ ‭each‬ ‭chain‬ ‭requires‬ ‭2‬
‭ ube‬ ‭is‬‭128‬ ‭𝑐𝑚‬ ‭more‬‭than‬‭the‬‭area‬‭of‬‭a‬
c
‭ .570.‬ ‭A‬ ‭chord‬ ‭of‬ ‭a‬ ‭circle‬‭of‬‭radius‬‭21‬
Q ‭56‬ ‭cm‬ ‭length‬ ‭of‬ ‭wire,‬ ‭then‬ ‭how‬ ‭many‬
‭22‬ ‭square.‬ ‭If‬ ‭the‬ ‭length‬ ‭of‬‭each‬‭side‬‭of‬‭the‬
‭cm‬ ‭makes‬ ‭a‬ ‭right‬ ‭angle‬ ‭at‬ ‭the‬ ‭center.‬ ‭gold chains can he make? [use‬π ‭=‬ ‭]‬
‭7‬ ‭cube‬ ‭is‬ ‭8‬ ‭cm,‬‭then‬‭what‬‭is‬‭the‬‭length‬‭of‬
‭Find‬‭the‬‭area‬‭of‬‭major‬‭segment.‬‭(take‬‭π‬‭=‬
‭ SC MTS 07/07/2022 (Morning)‬
S ‭each side of the square?‬
‭22‬
‭) closest to nearest integer.‬ ‭(a) 320‬ ‭(b) 250‬ ‭(c) 160‬ ‭(d) 210‬ ‭SSC MTS 11/07/2022 (Morning)‬
‭7‬
‭(a) 16 cm (b) 12 cm (c) 18 cm (d) 9 cm‬
‭Higher Secondary 03/08/2022 ( Shift - 4 )‬ ‭ .578.‬ ‭The‬ ‭measures‬ ‭of‬ ‭the‬ ‭outer‬
Q
‭2‬ ‭2‬
‭(a) 1360‬‭𝑐 𝑚‬ ‭(b) 1436‬‭𝑐 𝑚‬ ‭dimensions‬ ‭of‬ ‭a‬ ‭closed‬ ‭metal‬ ‭box‬ ‭are‬ ‭ .585.‬ ‭In‬ ‭a‬ ‭camp,‬ ‭there‬‭are‬‭tents‬‭of‬‭the‬
Q
‭(c) 1260‬‭𝑐 𝑚‬
‭2‬
‭(d) 1160‬‭𝑐 𝑚‬
‭2‬
‭given‬ ‭as‬ ‭15‬ ‭cm‬ × ‭18‬ ‭cm‬ × ‭8‬ ‭cm.‬ ‭The‬ ‭same‬ ‭shape‬ ‭and‬ ‭size.‬ ‭Each‬ ‭tent‬ ‭is‬
‭thickness‬ ‭of‬ ‭the‬ ‭metal‬ ‭is‬ ‭1.5‬ ‭cm.‬ ‭What‬ ‭cylindrical‬ ‭up‬ ‭to‬ ‭a‬ ‭height‬ ‭of‬ ‭4‬ ‭m‬ ‭and‬
‭will‬ ‭be‬ ‭the‬ ‭volume‬‭of‬‭the‬‭metal‬‭required‬ ‭conical‬ ‭above‬ ‭it.‬ ‭The‬ ‭diameters‬ ‭of‬ ‭the‬
‭SSC MTS 2021 Tier - 1‬
‭to make the box ?‬ ‭bases‬ ‭of‬ ‭the‬ ‭cylinder‬ ‭and‬ ‭the‬ ‭cone‬ ‭are‬
‭ .571.‬ ‭A‬ ‭goat‬‭is‬‭tied‬‭with‬‭a‬‭10.5‬‭m-long‬
Q ‭SSC MTS 07/07/2022 (Evening)‬ ‭both‬ ‭10.5‬ ‭m‬ ‭and‬ ‭the‬ ‭slant‬ ‭height‬‭of‬‭the‬
‭rope‬ ‭to‬ ‭one‬ ‭corner‬ ‭of‬ ‭a‬ ‭plot‬ ‭which‬‭is‬‭in‬ ‭3‬ ‭3‬ ‭conical‬‭part‬‭is‬‭10‬‭m.‬‭If‬‭a‬‭total‬‭of‬‭3861‬‭m‭2‬ ‬
‭(a) 1680‬‭𝑐𝑚‬ ‭(b) 950‬‭𝑐𝑚‬
‭the shape of an equilateral triangle each‬ ‭canvas‬ ‭is‬ ‭used‬ ‭in‬ ‭making‬ ‭all‬ ‭the‬ ‭tents,‬
‭3‬ ‭3‬
‭(c) 1440‬‭𝑐𝑚‬ ‭(d) 1260‬‭𝑐𝑚‬ ‭then how many tents are there in the‬
‭side‬‭of‬‭which‬‭is‬‭16‬‭m‬‭long.‬‭Find‬‭the‬‭area‬
‭22‬
‭that the goat can graze on.‬ ‭ .579.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬ ‭side‬ ‭of‬ ‭an‬
Q ‭camp ? [use‬π ‭=‬ ‭]‬
‭7‬
‭SSC MTS 05/07/2022 (Morning)‬ ‭equilateral‬ ‭triangle‬ ‭is‬ ‭120‬ ‭cm‬ ‭less‬ ‭than‬
‭ SC MTS 11/07/2022 (Evening)‬
S
‭(a) 62.25‬‭m‭2‬ ‬ ‭(b) 53.5‬‭m‬‭2‬ ‭its‬ ‭perimeter.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬
‭(a) 11‬ ‭(b) 7‬ ‭(c) 19‬ ‭(d) 13‬
‭(c) 57.75‬‭m‭2‬ ‬ ‭(d) 51.75‬‭m‬‭2‬ ‭equilateral triangle?‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭Q.586.‬‭A‬‭rectangular‬‭LCD‬‭has‬‭an‬‭area‬‭of‬ ‭ SC MTS 18/07/2022 (Afternoon)‬
S ‭SSC MTS 21/07/2022 (Evening)‬
‭2‬ ‭(a) 225‬ ‭(b) 250‬ ‭(c) 275‬ ‭(d) 300‬ ‭2‬ ‭2‬
‭ 80‬ ‭𝑐𝑚‬ ‭and‬‭a‬‭perimeter‬‭of‬‭92‬‭cm.‬‭If‬‭the‬
4 ‭(a) 77‬‭𝑐𝑚‬ ‭(b) 154‬‭𝑐𝑚‬
‭size‬ ‭of‬ ‭the‬ ‭LCD‬ ‭is‬ ‭defined‬ ‭in‬ ‭term‬ ‭of‬ ‭ .594.‬ ‭The‬ ‭circumference‬ ‭of‬ ‭a‬ ‭circle‬ ‭is‬
Q ‭2‬ ‭2‬
‭(c) 110‬‭𝑐𝑚‬ ‭(d) 115.5‬‭𝑐𝑚‬
‭length‬ ‭of‬ ‭the‬ ‭diagonal,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭equal‬ ‭to‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭an‬ ‭equilateral‬
‭size of the LCD?‬ ‭triangle.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭circle‬ ‭is‬ ‭84‬ ‭ .601.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭length‬ ‭to‬ ‭the‬
Q
‭SSC MTS 12/07/2022 (Evening)‬ ‭cm,‬ ‭then‬‭what‬‭will‬‭be‬‭the‬‭length‬‭of‬‭each‬ ‭width‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬ ‭3:2.‬‭If‬‭the‬‭length‬
‭(a) 34 cm (b) 39 cm (c) 31 cm (d) 35 cm‬ ‭side of the equilateral triangle ?‬ ‭of‬‭this‬‭rectangle‬‭is‬‭increased‬‭by‬‭25%‬‭and‬
‭22‬ ‭its‬ ‭width‬ ‭is‬ ‭kept‬ ‭constant,‬‭then‬‭the‬‭area‬
‭ .587.‬‭If‬‭the‬‭circumference‬‭of‬‭a‬‭circle‬‭is‬
Q ‭[use‬π ‭=‬ ‭]‬
‭7‬ ‭2‬
‭equal‬ ‭to‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭square‬ ‭and‬ ‭ f‬ ‭the‬ ‭rectangle‬ ‭increases‬ ‭by‬ ‭24‬ ‭𝑚‬ ‭.‬
o
‭ SC MTS 19/07/2022 (Afternoon)‬
S
‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭given‬‭circle‬‭is‬‭positive,‬ ‭What is the width of this rectangle?‬
‭(a) 192 cm‬ ‭(b) 176 cm‬
‭then‬ ‭which‬ ‭of‬ ‭the‬ ‭following‬ ‭options‬ ‭is‬ ‭SSC MTS 22/07/2022 (Morning)‬
‭(c) 172 cm‬ ‭(d) 184 cm‬
‭correct ?‬ ‭(a) 12 m‬ ‭(b) 10 m (c) 8 m (d) 15 m‬
‭SSC MTS 12/07/2022 (Evening)‬ ‭ .595.‬ ‭The‬ ‭height‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬ ‭3‬‭cm‬
Q
‭ .602.‬ ‭If‬ ‭the‬ ‭ratio‬ ‭of‬ ‭an‬ ‭external‬ ‭angle‬
Q
‭(a) Area of the circle > Area of the square‬ ‭more‬ ‭than‬ ‭the‬ ‭radius‬ ‭of‬ ‭its‬ ‭base.‬ ‭If‬ ‭the‬
‭and‬‭an‬‭internal‬‭angle‬‭of‬‭a‬‭regular‬‭polygon‬
‭(b) Area of the circle‬≥ ‭Area of the‬ ‭height‬‭is‬‭10‬‭cm,‬‭then‬‭what‬‭is‬‭the‬‭volume‬
‭22‬
‭is‬‭1‬‭:‬‭5,‬‭then‬‭what‬‭is‬‭the‬‭number‬‭of‬‭sides‬
‭square‬ ‭of this cylinder ? [use‬π ‭=‬ ‭]‬
‭7‬ ‭in the polygon ?‬
‭(c) Area of the circle < Area of the square‬
‭SSC MTS 20/07/2022 (Morning)‬ ‭SSC MTS 22/07/2022 (Afternoon)‬
‭(d) Area of the circle = Area of the square‬
‭3‬ ‭3‬ ‭(a) 24‬ ‭(b) 22‬ ‭(c) 12‬ ‭(d) 30‬
‭(a) 1540‬‭𝑐𝑚‬ ‭(b) 1860‬‭𝑐𝑚‬
‭ .588.‬ ‭If‬ ‭the‬ ‭length‬ ‭of‬ ‭one‬ ‭side‬ ‭of‬ ‭a‬
Q ‭3‬ ‭3‬ ‭2‬
‭rectangle‬ ‭is‬ ‭twice‬ ‭that‬‭of‬‭the‬‭other‬‭side,‬ ‭(c) 2160‬‭𝑐𝑚‬ ‭(d) 1240‬‭𝑐𝑚‬ ‭Q.603.‬‭The area of a square is 1296‬ ‭𝑐𝑚‬
‭and‬ ‭its‬ ‭perimeter‬ ‭is‬‭54‬‭cm,‬‭then‬‭what‬‭is‬ ‭ .596.‬ ‭What‬ ‭is‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭circular‬
Q ‭‬
7
‭and‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭circle‬ ‭is‬ ‭of‬ ‭the‬
‭the‬ ‭length‬ ‭of‬ ‭the‬ ‭longer‬ ‭side‬ ‭of‬ ‭this‬ ‭6‬
‭field‬ ‭whose‬ ‭area‬ ‭is‬ ‭equal‬ ‭to‬ ‭the‬‭sum‬‭of‬
‭rectangle ?‬ l‭ength‬ ‭of‬ ‭a‬ ‭side‬ ‭of‬ ‭the‬ ‭square.‬ ‭What‬ ‭is‬
‭the‬‭area‬‭of‬‭three‬‭smaller‬‭circular‬‭fields‬‭of‬
‭SSC MTS 13/07/2022 (Evening)‬ ‭the‬ ‭ratio‬ ‭of‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭the‬ ‭square‬
‭radii 8 m, 9 m and 12 m respectively?‬
‭(a) 14 cm (b) 9 cm (c) 27 cm (d) 18 cm‬ ‭and the circumference of the circle ?‬
‭SSC MTS 20/07/2022 (Morning)‬
‭22‬
‭(a) 20 m‬ ‭(b) 21 m (c) 29 m (d) 17 m‬ ‭(use‬π ‭=‬ ‭)‬
‭ .589.‬ ‭A‬ ‭person‬ ‭uses‬ ‭a‬ ‭rectangular‬
Q ‭7‬
‭metallic‬ ‭sheet‬ ‭of‬ ‭45‬ ‭m‬ × ‭30‬ ‭m‬ ‭for‬ ‭ .597.‬‭A‬‭toy‬‭is‬‭formed‬‭by‬‭placing‬‭a‬‭solid‬
Q ‭ SC MTS 25/07/2022 (Morning)‬
S
‭making‬ ‭an‬ ‭open‬ ‭box.‬ ‭From‬ ‭each‬ ‭corner‬ ‭circular‬ ‭cone‬ ‭on‬‭a‬‭solid‬‭hemisphere‬‭and‬ ‭(a) 13:11‬ ‭(b) 8:11 (c) 6:11 (d) 3:7‬
‭of‬ ‭the‬ ‭sheet‬ ‭he‬ ‭cut‬ ‭offs‬‭a‬‭square.‬‭If‬‭the‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭common‬ ‭base‬ ‭of‬ ‭the‬
‭length‬‭of‬‭one‬‭side‬‭of‬‭each‬‭of‬‭the‬‭squares‬ ‭cone‬‭and‬‭the‬‭hemisphere‬‭is‬‭15‬‭cm,‬‭If‬‭the‬ ‭ .604.‬ ‭The‬‭length,‬‭the‬‭breadths,‬‭and‬‭the‬
Q
‭is‬ ‭10‬‭m,‬‭then‬‭what‬‭will‬‭be‬‭the‬‭volume‬‭of‬ ‭3‬ ‭volumes‬‭of‬‭two‬‭cuboids‬‭are‬‭in‬‭the‬‭ratios‬
v‭ olume of the toy is 2850‬π‭𝑐 𝑚‬ ‭, then find‬
‭the box (in m‬‭3‭)‬ ?‬ ‭of‬‭4‬‭:‬‭5,‬‭3‬‭:‬‭4‬‭and‬‭2‬‭:‬‭3‬‭respectively.‬‭What‬
‭the total surface area of that toy.‬
‭SSC MTS 13/07/2022 (Evening)‬ ‭is the ratio of their heights ?‬
‭SSC MTS 20/07/2022 (Morning)‬
‭(a) 5000‬ ‭(b) 4500 (c) 7000 (d) 2500‬ ‭SSC MTS 25/07/2022 (Afternoon)‬
‭2‬ ‭2‬
‭(a) 815‬π ‭𝑐 𝑚‬ ‭(b) 755‬π ‭𝑐 𝑚‬ ‭(a) 3 : 5 (b) 10 : 9 (c) 8 : 15 (d) 2 : 3‬
‭2‬ ‭2‬
‭ .590.‬ ‭The‬ ‭length‬ ‭of‬ ‭the‬ ‭longest‬
Q ‭(c) 705‬π ‭𝑐 𝑚‬ ‭(d) 685‬π ‭𝑐 𝑚‬
‭diagonal‬ ‭that‬ ‭can‬ ‭be‬ ‭placed‬ ‭in‬‭a‬‭closed‬ ‭‬
4
‭ .598.‬ ‭A‬ ‭large‬ ‭solid‬ ‭cube‬‭is‬‭melted‬‭and‬
Q ‭Q.605.‬ ‭The‬ ‭breadth‬ ‭of‬ ‭a‬‭rectangle‬‭is‬
‭5‬
‭ ube‬ ‭is‬ ‭50‬ ‭3‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬
c ‭cast‬‭into‬‭‘N’‬‭small‬‭solid‬‭spheres,‬‭each‬‭of‬ ‭of‬‭the‬‭radius‬‭of‬‭a‬‭circle.‬‭The‬‭radius‬‭of‬‭the‬
‭surface area of this cube ?‬ ‭radius‬ ‭3‬ ‭cm‬ ‭,‬ ‭and‬ ‭‘N+2’‬ ‭small‬ ‭solid‬ ‭‬
1
‭SSC MTS 14/07/2022 (Evening)‬ ‭circle‬ ‭is‬ ‭of‬ ‭the‬ ‭side‬ ‭of‬ ‭a‬ ‭square,‬
‭cuboids,‬ ‭Each‬ ‭of‬ ‭dimensions‬ ‭4‬ ‭cm‬ × ‭5‬
‭(a) 15000‬‭cm‬‭2‬ ‭(b) 10000‬‭cm‬‭2‬ ‭4cm‬ × ‭6.5cm.‬‭If‬‭the‬‭length‬‭of‬‭each‬‭side‬ ‭2‬
‭ hose‬ ‭area‬ ‭is‬ ‭625‬ ‭cm‬ ‭.‬ ‭What‬ ‭is‬ ‭the‬
w
‭(c) 12000‬‭cm‬‭2‬ ‭(d) 6000‬‭cm‬‭2‬ ‭of‬‭the‬‭large‬‭solid‬‭cube‬‭is‬‭12‬‭cm,‬‭then‬‭find‬ ‭area‬ ‭of‬ ‭the‬ ‭rectangle‬ ‭if‬ ‭the‬ ‭length‬ ‭of‬
‭22‬ ‭rectangle is 20 cm ?‬
‭ .591.‬‭The‬‭larger‬‭diagonal‬‭of‬‭a‬‭rhombus‬
Q ‭the value of ‘N’ [use‬π ‭=‬ ‭]‬
‭7‬
‭is‬ ‭150%‬ ‭of‬ ‭its‬ ‭smaller‬ ‭diagonal,‬ ‭and‬ ‭its‬ ‭SSC MTS 25/07/2022 (Afternoon)‬
‭ SC MTS 20/07/2022 (Afternoon)‬
S ‭2‬ ‭2‬
‭area‬‭is‬‭432‬‭cm‬‭2‬‭.‬‭Find‬‭the‬‭length‬‭(‬‭in‬‭cm‬‭)‬ ‭(a) 150‬‭𝑐𝑚‬ ‭(b) 60‬‭𝑐𝑚‬
‭(a) 8‬ ‭(b) 5‬ ‭(c) 7‬ ‭(d) 6‬
‭of the side of the rhombus ?‬ ‭2‬ ‭2‬
‭(c) 100‬‭𝑐𝑚‬ ‭(d) 80‬‭𝑐𝑚‬
‭SSC MTS 14/07/2022 (Evening)‬ ‭ .599.‬ ‭The‬ ‭height‬ ‭of‬ ‭a‬ ‭trapezium‬ ‭is‬ ‭68‬
Q
‭(a) 8‬ ‭13‬ ‭(b) 4‬ ‭13‬ ‭(c) 6‬ ‭13‬ ‭(d) 2‬ ‭13‬ ‭cm‬‭and‬‭the‬‭sum‬‭of‬‭its‬‭parallel‬‭sides‬‭is‬‭75‬ ‭‬
7
‭Q.606.‬ ‭The‬ ‭diameter‬ ‭of‬ ‭a‬ ‭circle‬ ‭is‬
‭‬
6 ‭4‬
‭ .592.‬ ‭The‬ ‭length‬ ‭of‬ ‭each‬ ‭side‬ ‭of‬ ‭a‬
Q ‭cm.‬ ‭If‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭trapezium‬ ‭is‬ t‭ imes‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬ ‭triangle,‬ ‭and‬‭the‬
‭17‬
‭rhombus‬‭is‬‭10‬‭cm.‬‭If‬‭the‬‭length‬‭of‬‭one‬‭of‬ t‭ imes‬ ‭of‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭square,‬ ‭then‬ ‭the‬ ‭height‬‭of‬‭the‬‭triangle‬‭is‬‭14‬‭cm.‬‭If‬‭the‬‭area‬
‭its‬ ‭diagonals‬ ‭is‬ ‭16‬ ‭cm,then‬ ‭what‬ ‭is‬ ‭the‬ ‭length of the diagonal of the square is:‬ ‭2‬
‭ f the triangle is 56‬‭𝑐𝑚‬ ‭, then what is the‬
o
‭area of the rhombus?‬
(‭ take‬ ‭2‬‭= 1.41)‬ ‭circumference‬‭(in‬‭m)‬‭of‬‭the‬‭circle‬‭-‬‭(use‬π
‭SSC MTS 15/07/2022 (Evening)‬
‭SSC MTS 21/07/2022 (Morning)‬ ‭22‬
‭(a) 108‬‭cm‬‭2‬ ‭(b) 112‬‭cm‬‭2‬ ‭(a) 127.39 cm‬ ‭(b) 183.49 cm‬
‭=‬
‭7‬
‭)‬
‭(c) 128‬‭cm‬‭2‬ ‭(d) 96‬‭cm‬‭2‬ ‭(c) 119.85 cm‬ ‭(d) 102.39 cm‬ ‭ SC MTS 26/07/2022 (Morning)‬
S
‭Q.593.‬ ‭Two‬ ‭cubes,‬ ‭each‬ ‭having‬ ‭a‬ ‭total‬ ‭(a) 0.44 m‬ ‭(b) 2.46 m‬
‭ .600.‬ ‭Find‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q
‭2‬ ‭(c) 0.48 m‬ ‭(d) 1.74 m‬
‭ urface‬ ‭area‬ ‭of‬ ‭150‬‭𝑐 𝑚‬ ‭,‬ ‭are‬ ‭joined‬
s ‭closed‬ ‭hemisphere‬ ‭whose‬ ‭diameter‬‭is‬‭7‬
‭together‬ ‭to‬‭form‬‭a‬‭cuboid.‬‭Find‬‭the‬‭total‬ ‭22‬ ‭ .607.‬ ‭A‬ ‭square‬ ‭of‬ ‭side‬ ‭𝑝‬ ‭is‬ ‭taken.‬ ‭A‬
Q
‭cm. [Use‬π ‭=‬ ‭]‬
‭surface area of the resulting cuboid.‬ ‭7‬ ‭rectangle is cut out from this square‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ uch‬ ‭that‬ ‭the‬ ‭length‬ ‭of‬ ‭one‬ ‭side‬ ‭of‬ ‭the‬
s ‭ 4‬ ‭cm.‬ ‭Find‬ ‭the‬ ‭ratio‬ ‭of‬ ‭volume‬ ‭of‬ ‭the‬
1 ‭ readth‬ ‭is‬ ‭5‬ ‭m‬ ‭and‬ ‭height‬ ‭is‬ ‭4‬ ‭m,‬ ‭then‬
b
‭rectangle‬‭is‬‭equal‬‭to‬‭half‬‭of‬‭the‬‭length‬‭of‬ ‭balloon's in both circumstances.‬ ‭find the length of diagonal of the cuboid.‬
‭one‬‭side‬‭of‬‭the‬‭square‬‭and‬‭the‬‭length‬‭of‬ ‭SSC CHSL 27/05/2022 (Morning)‬ ‭SSC CHSL 01/06/2022(Evening)‬
‭another‬ ‭side‬ ‭of‬‭the‬‭rectangle‬‭is‬‭equal‬‭to‬ ‭(a) 2 : 5‬ ‭(b) 1 : 9 (c) 1 : 8‬ ‭(d) 3 : 7‬ ‭(a) 12 m‬‭(b) 21 m (c) 18 m‬ ‭(d) 24 m‬
‭‬
1
‭of‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬ ‭first‬ ‭side‬ ‭of‬ ‭the‬ ‭ .615.‬ ‭A‬ ‭solid‬ ‭right-circular‬ ‭cylinder,‬
Q ‭ .623.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭hemispherical‬
Q
‭3‬
r‭ ectangle.‬‭What‬‭is‬‭the‬‭area‬‭of‬‭the‬‭portion‬ ‭whose‬ ‭radius‬ ‭of‬ ‭the‬ ‭base‬ ‭is‬ ‭15‬ ‭cm‬‭and‬ ‭bowl‬ ‭is‬ ‭given‬ ‭as‬ ‭7‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬
‭of‬ ‭the‬ ‭square‬ ‭that‬ ‭remained‬ ‭after‬ ‭the‬ ‭height‬ ‭is‬ ‭12‬ ‭cm,‬ ‭is‬‭melted‬‭and‬‭moulded‬ ‭3‭‬‬ ‭22‬
‭capacity‬(‭𝑐 𝑚‬ )‭. of the bowl ? [π =‬ ‭]‬
‭rectangle is cut out?‬ ‭into‬‭the‬‭solid‬‭right‬‭-‬‭circular‬‭cone,‬‭whose‬ ‭7‬
‭SSC MTS 26/07/2022 (Afternoon)‬ ‭radius‬‭of‬‭the‬‭base‬‭is‬‭24‬‭cm.‬‭What‬‭will‬‭be‬ ‭SSC CHSL 02/06/2022(Afternoon)‬
‭ ‬ ‭2‬
7 ‭ ‬ ‭2‬
3 ‭ 1‬ ‭2‬
1 ‭ 5‬ ‭2‬
1 ‭the height of this cone?‬ ‭‬
2 ‭1‬ ‭1‬ ‭2‬
‭(a)‬ ‭𝑝‬ ‭(b)‬ ‭4‬ 𝑝
‭ ‬ ‭(c)‬ ‭12‬ ‭𝑝‬ ‭(d)‬ ‭16‬ ‭𝑝‬ ‭(a) 718‬ ‭(b) 812‬ ‭(c) 618‬ ‭(d) 518‬
‭8‬ ‭SSC CHSL 27/05/2022 (Evening)‬ ‭3‬ ‭3‬ ‭3‬ ‭3‬
‭(a) 14.0625 cm‬ ‭(b) 14.0675 cm‬
‭ .608.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬‭rope,‬‭by‬‭which‬‭a‬
Q ‭ .624.‬ ‭The‬ ‭length‬ ‭of‬ ‭each‬ ‭side‬ ‭of‬ ‭a‬
Q
‭(c) 14.6025 cm‬ ‭(d) 14.0525 cm‬
‭calf‬‭is‬‭tied,‬‭is‬‭decreased‬‭from‬‭9‬‭m‬‭to‬‭5‬‭m‬ ‭regular‬ ‭hexagon‬ ‭is‬ ‭10‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬
‭2‭‬‬
‭.‬ ‭Find‬ ‭the‬ ‭decrease‬ ‭in‬ ‭the‬ ‭area‬‭that‬‭can‬ ‭ .616.‬ ‭A‬ ‭solid‬ ‭toy‬‭is‬‭in‬‭the‬‭shape‬‭which‬
Q ‭ rea‬(‭𝑐 𝑚‬ )‭.of the hexagon ?‬
a
‭22‬ ‭is‬‭a‬‭combination‬‭of‬‭a‬‭cylinder,‬‭cone‬‭and‬‭a‬ ‭SSC CHSL 02/06/2022(Evening)‬
‭be grazed by the calf.[use‬π ‭=‬ ‭]‬ ‭hemispherical‬ ‭bowl.‬ ‭The‬ ‭cylinder‬
‭7‬ ‭(a)156‬ ‭3‬ ‭(b)144‬ ‭3‬‭(c) 148‬ ‭3‬‭(d) 150‬ ‭3‬
‭SSC MTS 26/07/2022 (Evening)‬ ‭contributes‬‭to‬‭50%‬‭of‬‭the‬‭total‬‭volume‬‭of‬
‭2‬ ‭2‬ ‭the‬ ‭toy,‬ ‭the‬ ‭cone‬ ‭contributes‬ ‭to‬ ‭20%‬ ‭of‬ ‭ .625.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭square‬ ‭is‬ ‭9‭𝑚
Q ‬ ‬ ‭+‬
‭2‬
‭(a) 112‬‭𝑚‬ ‭(b) 154‬‭𝑚‬
‭2‬ ‭2‬ ‭the‬ ‭volume.‬ ‭Find‬ ‭the‬ ‭ratio‬ ‭of‬ ‭the‬ ‭12m‬‭+‬‭4.‬‭Find‬‭the‬‭measure‬‭of‬‭the‬‭side‬‭of‬
‭(c) 122‬‭𝑚‬ ‭(d) 176‬‭𝑚‬ ‭contribution‬ ‭(in‬ ‭terms‬ ‭of‬ ‭volume)‬ ‭of‬‭the‬ ‭the square.‬
‭cone, cylinder and hemisphere.‬ ‭SSC CHSL 02/06/2022(Evening)‬
‭SSC CHSL 2021 Tier - 1‬ ‭SSC CHSL 30/05/2022 (Afternoon)‬ ‭(a) 3m + 2‬ ‭(b) 3m + 4‬
‭(a) 2 : 3 : 5‬ ‭(b) 5 : 2 : 3‬ ‭2‬ ‭2‬
‭Q.609.‬ ‭A‬ ‭pillar‬ ‭11‬ ‭m‬ ‭in‬ ‭radius‬ ‭is‬ ‭21‬ ‭m‬ ‭(c) 3‬‭𝑚‬ ‭+ 2‬ ‭(d) 3‬‭𝑚‬ ‭+ 2m‬
‭(c) 2 : 5 : 3‬ ‭(d) 4 : 5 : 3‬
‭3‬
‭high.‬ ‭How‬ ‭much‬ ‭material(in‬ ‭𝑚‬ ‭)‬ ‭was‬ ‭Q.626.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭square‬ ‭is‬
‭22‬
‭ .617.‬ ‭What‬ ‭is‬ ‭the‬ ‭volume‬ ‭(cm‬‭3‬ ‭)of‬ ‭a‬
Q ‭2‬
‭ sed to construct it? (Use π =‬
u ‭)‬ ‭right‬ ‭circular‬ ‭cylinder‬ ‭whose‬ ‭curved‬ ‭ ‬‭𝑥‬ − ‭12‬‭𝑥‬ + ‭9‬ ‭,‬ ‭which‬ ‭of‬ ‭the‬ ‭following‬
4
‭7‬
‭surface‬ ‭area‬ ‭is‬ ‭12π‬ ‭cm‬‭2‬ ‭and‬ ‭the‬ ‭will be the side of the square?‬
‭ SC CHSL 24/05/2022 (Morning)‬
S
‭circumference of its base is 4π cm ?‬ ‭SSC CHSL 03/06/2022 (Afternoon)‬
‭(a) 7996‬ ‭(b) 7886 (c) 7989 (d) 7986‬
‭SSC CHSL 30/05/2022 (Evening)‬ ‭(a) (2x + 3)‬ ‭(b) (2x - 3)‬
‭ .610.‬ ‭A‬ ‭sphere‬ ‭passes‬ ‭through‬ ‭the‬
Q ‭(a) 48π‬ ‭(b) 36π‬ ‭(c) 12π‬ ‭(d) 24π‬ ‭(c) (3x - 2)‬ ‭(d) (3x + 2)‬
‭eight‬ ‭corners‬ ‭of‬ ‭a‬ ‭cube‬ ‭of‬ ‭side‬ ‭14‬ ‭cm.‬
‭ .618.‬ ‭The‬ ‭sum‬ ‭of‬ ‭the‬ ‭length,‬ ‭breadth‬
Q ‭Q.627.‬ ‭If‬ ‭the‬ ‭areas‬ ‭of‬ ‭three‬ ‭adjacent‬
‭3‬
‭Find the volume (in‬‭𝑐 𝑚‬ ‭) of the sphere.‬ ‭faces‬‭of‬‭a‬‭cuboidal‬‭box‬‭are‬‭729‬‭𝑐 𝑚‬ ‭,‬‭529‬
‭2‬
‭and‬ ‭depth‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭is‬‭23‬‭cm,‬‭and‬‭its‬
‭22‬ ‭2‬ ‭2‬
‭(π =‬ ‭)‬ ‭ iagonal‬‭is‬ ‭5‬ ‭7‬‭cm.‬‭Its‬‭total‬‭surface‬‭area‬
d 𝑐‭ 𝑚‬ ‭and‬‭289‬ ‭𝑐 𝑚‬ ‭,‬‭respectively,‬‭then‬‭find‬
‭7‬
‭(cm‬‭2‬ ‭) is:‬ ‭the volume of the box.‬
‭SSC CHSL 25/05/2022 (Morning)‬
‭SSC CHSL 03/06/2022 (Evening)‬
‭(a) 4312‬ ‭3‬ ‭(b) 4012‬ ‭3‬ ‭SSC CHSL 31/05/2022 (Morning)‬ ‭3‬ ‭3‬
‭(a) 144‬ ‭(b) 354 (c) 188 (d) 111‬ ‭(a) 10557‬‭𝑐 𝑚‬ ‭(b) 10560‬‭𝑐 𝑚‬
‭(c) 4312‬ ‭2‬ ‭(d) 4012‬ ‭2‬ ‭3‬ ‭3‬
‭(c) 10555‬‭𝑐 𝑚‬ ‭(d) 10551‬‭𝑐 𝑚‬
‭ .619.‬ ‭A‬ ‭cone-shaped‬ ‭temple‬ ‭top‬ ‭has‬
Q
‭ .611.‬‭A‬‭rectangular‬‭water‬‭tank‬‭is‬‭1.5‬‭m‬
Q
‭slant‬‭height‬‭of‬‭10‬‭m‬‭and‬‭radius‬‭of‬‭base‬‭is‬ ‭ .628.‬‭The‬‭diameter‬‭of‬‭the‬‭base‬‭and‬‭the‬
Q
‭high,‬ ‭3‬ ‭m‬ ‭long‬ ‭and‬ ‭3.5‬ ‭m‬ ‭wide.‬ ‭How‬
‭11 m. Find the total cost for painting its‬ ‭slant‬ ‭height‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬ ‭cone‬ ‭are‬
‭much water (in litres) can it hold?‬
‭ urved surface area at the rate of ₹7/‬‭𝑚‬ ‭.‬
c
‭2‬ ‭10‬ ‭cm‬ ‭and‬ ‭16cm,‬ ‭respectively.‬ ‭Find‬ ‭its‬
‭SSC CHSL 25/05/2022 (Evening)‬
‭2‭‬‬ ‭22‬
‭(a) 13520 (b) 14510 (c) 15750 (d) 11780‬ ‭SSC CHSL 31/05/2022 (Afternoon)‬ ‭total surface area‬(‭𝑐 𝑚‬ )‭. [Use π =‬ ‭]‬
‭7‬
‭(a) ₹2440‬ ‭(b) ₹2040‬
‭ .612.‬‭What is the volume of the largest‬
Q ‭SSC CHSL 06/06/2022 (Morning)‬
‭(c) ₹2420‬ ‭(d) ₹2240‬
‭5720‬ ‭ 20‬
7 ‭1760‬
‭right‬ ‭circular‬ ‭cone‬ ‭that‬ ‭can‬ ‭be‬ ‭cut‬ ‭out‬ ‭2‬ ‭(a)‬ ‭(b)‬ ‭(c) 330 (d)‬
‭ .620.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭triangle‬ ‭is‬ ‭96‬‭𝑐 𝑚‬
Q ‭7‬ ‭‬
7 ‭7‬
‭from a cube whose edge is 10 cm ?‬
‭SSC CHSL 26/05/2022 (Morning)‬ ‭and‬ ‭the‬ ‭length‬ ‭of‬ ‭one‬ ‭of‬ ‭its‬ ‭sides‬ ‭is‬‭24‬ ‭Q.629.‬ ‭The‬ ‭diagonal‬ ‭of‬ ‭a‬ ‭rhombus‬ ‭is‬ ‭8‬
‭250‬π ‭ 51‬π
3 ‭ 45‬π
1 ‭ 50‬π
1 ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬ ‭2‬
‭(a)‬ (‭ b)‬ ‭(c)‬ ‭(d)‬ ‭ m‬‭and‬‭its‬‭area‬‭is‬‭48‬‭𝑐 𝑚‬ ‭,‬‭then‬‭the‬‭length‬
c
‭3‬ ‭‬
3 ‭‬
3 ‭‬
3 ‭perpendicular‬ ‭drawn‬ ‭to‬ ‭this‬ ‭side‬ ‭of‬ ‭the‬
‭of each side of the rhombus is:‬
‭triangle from the opposite vertex?‬
‭ .613.‬ ‭15‬ ‭identical‬ ‭solid‬ ‭spherical‬ ‭balls‬
Q ‭SSC CHSL 06/06/2022 (Afternoon)‬
‭SSC CHSL 01/06/2022 (Morning)‬
‭of‬ ‭radius‬ ‭5‬ ‭cm‬ ‭are‬ ‭melted‬ ‭to‬ ‭form‬ ‭a‬ ‭(a)‬ ‭13‬ ‭(b) 2‬ ‭13‬ ‭(c) 6‬ ‭13‬ ‭(d) 5‬ ‭13‬
‭(a) 16 cm (b) 8 cm (c) 4 cm (d) 12 cm‬
‭single‬‭sphere.‬‭In‬‭this‬‭process,‬‭35%‬‭of‬‭the‬
‭mass‬ ‭is‬ ‭wasted.‬ ‭What‬ ‭is‬ ‭the‬ ‭radius‬ ‭(in‬ ‭3‬ ‭ .630.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬‭a‬‭solid‬
Q
‭ .621.‬ ‭Find‬ ‭the‬ ‭volume(in‬ ‭𝑐 𝑚‬ ‭)‬ ‭of‬ ‭the‬
Q
‭cm)‬ ‭of‬ ‭the‬ ‭single‬ ‭sphere‬ ‭that‬ ‭is‬ ‭now‬ ‭cylinder‬‭whose‬‭radius‬‭is‬‭r‬‭cm‬‭and‬‭height‬
‭cuboid,‬‭if‬‭its‬‭length‬‭is‬‭twice‬‭more‬‭than‬‭its‬
‭formed?‬ ‭[Use‬ ‭π‬ ‭=‬ ‭22/7,‬ ‭and‬ ‭give‬ ‭your‬ ‭𝑟‬ ‭2‬
‭breadth‬‭and‬‭its‬‭breadth‬‭is‬‭8‬‭cm,‬‭which‬‭is‬ ‭is‬ ‭cm (in‬‭𝑐 𝑚‬ ‭) is :‬
‭‬
2
‭answer correct to two decimal places.]‬ ‭twice its height.‬ ‭SSC CHSL 07/06/2022 (Morning)‬
‭SSC CHSL 26/05/2022 (Evening)‬ ‭SSC CHSL 01/06/2022 (Afternoon)‬ ‭2‬ ‭3‬
‭(a) 12.68 (b) 16.68 (c) 10.68 (d) 34.68‬ 𝑟‭ ‬ ‭2‬ ‭2‬ 𝑟‭ ‬
‭(a) 768‬ ‭(b) 769 (c) 767‬ ‭(d) 766‬ ‭(a)‬‭3π‬ ‭(b)‬‭4π‬‭𝑟‬ ‭(c)‬‭3π‬‭𝑟‬ ‭(d)‬‭π‬
‭2‬ ‭2‬
‭ .614.‬‭As‬‭air‬‭is‬‭pumped‬‭into‬‭a‬‭spherical‬
Q ‭Q.622.‬‭If the length of a cuboid is 20 m,‬ ‭Q.631.‬‭The base of a hemispherical bowl‬
‭balloon,‬‭its‬‭radius‬‭increases‬‭from‬‭7‬‭cm‬‭to‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬
‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭has a circumference of 132 cm. Find the‬ ‭ nd total surface area is 60 π‬‭𝑐 𝑚‬ ‭?‬
a
‭2‬ ‭ .647.‬ ‭From‬‭the‬‭body‬‭of‬‭a‬‭solid‬‭cube‬‭of‬
Q
‭22‬ ‭SSC CHSL 10/06/2022 (Evening)‬ ‭edge‬ ‭7‬ ‭cm,‬ ‭a‬ ‭solid‬ ‭sphere‬ ‭is‬ ‭removed.‬
‭capacity of the bowl [Use π =‬ ‭]‬
‭7‬
‭(a) 3 cm‬ ‭(b) 5 cm (c) 7 cm (d) 9 cm‬ ‭The‬ ‭volume‬ ‭of‬ ‭the‬ ‭remaining‬ ‭solid‬ ‭was‬
‭SSC CHSL 07/06/2022 ( Afternoon )‬ ‭‬
1 ‭3‬
‭3‬ ‭3‬ ‭found‬ ‭to‬ ‭be‬ ‭163‬ ‭𝑐 𝑚‬ ‭.‬ ‭What‬ ‭is‬ ‭the‬
‭(a) 18240‬‭𝑐 𝑚‬ ‭(b) 19404‬‭𝑐 𝑚‬ ‭3‬
‭SSC CGL 2021 Tier - 1‬
‭3‬ ‭3‬ ‭diameter (in cm) of the sphere?‬
‭(c) 19708‬‭𝑐 𝑚‬ ‭(d) 16540‬‭𝑐 𝑚‬
‭22‬
‭ .640.‬ ‭A‬ ‭solid‬ ‭cube‬ ‭of‬ ‭side‬ ‭8‬ ‭cm‬ ‭is‬
Q ‭(Use π =‬ ‭)‬
‭ .632.‬ ‭Find‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭cylinder‬
Q ‭7‬
‭dropped‬ ‭into‬ ‭a‬ ‭rectangular‬ ‭container‬ ‭of‬
‭circumscribing‬ ‭a‬ ‭sphere‬‭with‬‭a‬‭diameter‬ ‭ SC CGL 19/04/2022 (Morning)‬
S
‭length‬‭16cm,‬‭breadth‬‭8‬‭cm‬‭and‬‭height‬‭15‬
‭22‬ ‭(a) 10‬ ‭(b) 7‬ ‭(c) 5‬ ‭(d) 8‬
‭of 14 cm. [Use π =‬ ‭]‬ ‭cm‬‭which‬‭is‬‭partly‬‭filled‬‭with‬‭water.‬‭If‬‭the‬
‭7‬ ‭cube‬ ‭is‬ ‭completely‬ ‭submerged,‬‭then‬‭the‬ ‭ .648.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬ ‭wire‬ ‭(in‬ ‭cm)‬ ‭of‬
Q
‭SSC CHSL 07/06/2022 (Evening)‬ ‭rise of water level (in cm) is :‬
‭3‬ ‭3‬
‭0.1mm‬ ‭radius‬ ‭that‬ ‭can‬ ‭be‬ ‭drawn‬ ‭from‬
‭(a) 2156‬‭𝑐 𝑚‬ ‭(b) 2158‬‭𝑐 𝑚‬ ‭SSC CGL 11/04/2022 (Morning)‬ ‭melting‬ ‭a‬ ‭solid‬ ‭copper‬ ‭sphere‬ ‭of‬ ‭a‬
‭(c) 2155‬‭𝑐 𝑚‬
‭3‬
‭(d) 2157‬‭𝑐 𝑚‬
‭3‬ ‭(a) 2‬ ‭(b) 6‬ ‭(c) 5‬ ‭(d) 4‬ ‭diameter 6 cm is:‬
‭SSC CGL 19/04/2022 (Evening)‬
‭Q.633.‬ ‭The‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭spherical‬ ‭ .641.‬ ‭A‬ ‭solid‬ ‭cube‬ ‭of‬ ‭side‬ ‭8‬ ‭cm‬ ‭is‬
Q
‭(a) 250000‬ ‭(b) 360000‬
‭2‬ ‭dropped‬ ‭into‬ ‭a‬ ‭rectangular‬ ‭container‬ ‭of‬
v‭ olleyball‬ ‭is‬ ‭100π‬ ‭𝑐 𝑚‬ ‭.‬ ‭Find‬ ‭the‬ ‭volume‬ ‭(c) 440000‬ ‭(d) 810000‬
‭length‬ ‭16cm,‬ ‭breadth‬ ‭8‬ ‭cm‬ ‭and‬ ‭height‬
‭of air enclosed in the ball.‬
‭15cm‬ ‭which‬ ‭is‬ ‭partly‬‭filled‬‭with‬‭water.‬‭If‬ ‭ .649.‬ ‭The‬ ‭inner‬ ‭circumference‬ ‭of‬ ‭a‬
Q
‭SSC CHSL 08/06/2022 (Morning)‬
‭the‬ ‭cube‬ ‭is‬ ‭completely‬‭submerged,‬‭then‬ ‭circular‬ ‭path‬ ‭enclosed‬ ‭between‬ ‭two‬
‭400‬ ‭350‬
‭(a)‬ ‭‬π ‭(b)‬ π ‭the rise of water level (in cm) is :‬ ‭concentric‬ ‭circles‬ ‭is‬ ‭264m.‬ ‭The‬‭uniform‬
‭3‬ ‭3‬
‭SSC CGL 11/04/2022(Morning)‬ ‭width‬ ‭of‬‭the‬‭circular‬‭path‬‭is‬‭3m.‬‭What‬‭is‬
‭500‬ ‭200‬
‭(c)‬ π ‭(d)‬ π ‭(a) 2‬ ‭(b) 6‬ ‭(c) 5‬ ‭(d) 4‬ ‭the area (in m‬‭2‬ ‭,to the nearest whole‬
‭3‬ ‭3‬
‭22‬
‭ .634.‬‭Find‬‭the‬‭length‬‭of‬‭diagonal‬‭(m)‬ ‭of‬
Q ‭Q.642.‬ ‭What‬ ‭is‬ ‭the‬ ‭difference‬ ‭in‬ ‭the‬ ‭number ) of the path ?.(Use π =‬ ‭)‬
‭7‬
‭3‬
‭a‬ ‭cuboid‬‭13‬‭m‬‭long,7‬‭m‬‭broad‬‭and‬‭3‬‭m‬ v‭ olume‬ ‭(in‬ ‭𝑐 𝑚‬ ‭)‬ ‭of‬ ‭a‬ ‭sphere‬ ‭of‬‭radius‬‭7‬ ‭ SC CGL 20/04/2022 (Morning)‬
S
‭high.‬ ‭cm‬ ‭and‬ ‭that‬ ‭of‬ ‭a‬ ‭cone‬‭of‬‭a‬‭radius‬‭7‬‭cm‬ ‭(a) 696‬ ‭(b) 756 (c) 820‬ ‭(d) 948‬
‭SSC CHSL 08/06/2022 (Evening)‬ ‭22‬
‭and height of 10 cm? [Use π =‬ ‭]‬
‭7‬ ‭ .650.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬‭right‬
Q
‭(a)‬ ‭207‬ ‭(b)‬ ‭232‬ ‭(c)‬ ‭327‬ ‭(d)‬ ‭227‬
‭ SC CGL 12/04/2022 (Morning)‬
S ‭pyramid‬‭,‬‭with‬‭base‬‭as‬‭a‬‭square‬‭of‬‭side‬‭8‬
‭ .635.‬‭The‬‭radius‬‭of‬‭a‬‭roller‬‭is‬‭14‬‭cm‬‭and‬
Q ‭(a) 205‬ ‭(b) 704 (c) 924‬ ‭(d) 1078‬ ‭2‬
‭ m‬‭,‬‭is‬‭208‬ ‭𝑐 𝑚‬ ‭.‬‭What‬‭is‬‭the‬‭slant‬‭height‬
c
‭its‬ ‭length‬ ‭20cm.‬ ‭It‬ ‭takes‬ ‭235‬ ‭complete‬ ‭(in cm) of the pyramid?‬
‭revolutions‬ ‭to‬ ‭move‬‭once‬‭over‬‭to‬‭level‬‭a‬ ‭ .643.‬ ‭If‬ ‭the‬ ‭length‬ ‭of‬ ‭a‬ ‭diagonal‬ ‭of‬ ‭a‬
Q
‭SSC CGL 20/04/2022 (Afternoon)‬
‭playground.‬ ‭Find‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭square‬ ‭is‬ ‭(a‬ ‭+‬ ‭b),‬ ‭then‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬
‭(a) 7‬ ‭(b) 10‬ ‭(c) 9‬ ‭(d) 8‬
‭22‬ ‭square is:‬
‭playground.(Use π =‬ ‭)‬ ‭SSC CGL 13/04/2022 (Morning)‬
‭7‬ ‭ .651.‬ ‭A‬ ‭22.5‬ ‭m‬‭high‬‭tent‬‭is‬‭the‬‭shape‬
Q
‭ SC CHSL 09/06/2022 (Afternoon)‬
S ‭2‬ ‭2‬ ‭ ‬ ‭2‬ ‭2‬
1 ‭of‬ ‭a‬‭frustum‬‭of‬‭a‬‭cone‬‭surmounted‬‭by‬‭a‬
‭(a)‬‭𝑎‬ ‭+‬‭𝑏‬ ‭(b)‬ ‭(‬‭𝑎‬ ‭+‬‭𝑏‬ ‭) + ab‬
‭2‬ ‭hemisphere.‬‭If‬‭the‬‭diameter‬‭of‬‭the‬‭upper‬
‭(a) 4136 cm‬‭2‬ ‭(b) 4136‬× ‭10‬‭3‬‭cm‬‭2‬
‭2‬ ‭2‬ ‭1‬ ‭2‬ ‭2‬ ‭and‬‭the‬‭lower‬‭circular‬‭end‬‭of‬‭the‬‭frustum‬
‭(c) 41360 cm‬‭2‬ ‭(d) 4136‬× ‭10‬‭2‬‭cm‬‭2‬ ‭(c)‬‭𝑎‬ ‭+‬‭𝑏‬ ‭+ 2ab (d)‬ ‭(‬‭𝑎‬ ‭+‬‭𝑏‬ ‭)‬
‭2‬
‭are‬‭21‬‭m‬‭and‬‭39‬‭m‬‭respectively,‬‭then‬‭find‬
‭ .636.‬‭The‬‭length‬‭of‬‭the‬‭hypotenuse‬‭of‬‭a‬
Q ‭2‬ ‭2‬
‭Q.644.‬‭Let‬‭𝑥‬‭‬‭𝑐 𝑚‬ ‭be the surface area and‬ t‭ he‬ ‭areas‬ ‭of‬ ‭the‬ ‭cloth‬ ‭(in‬ ‭𝑚‬ ‭)‬ ‭used‬ ‭to‬
‭right-angled‬ ‭triangle‬ ‭is‬ ‭37‬ ‭cm‬ ‭and‬ ‭the‬
‭3‬
‭ ‬‭‬‭𝑐 𝑚‬ ‭be‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬ ‭sphere‬ ‭such‬
𝑦 ‭make the tent (ignoring the wastage).‬
‭length‬‭of‬‭one‬‭of‬‭its‬‭other‬‭two‬‭sides‬‭is‬‭12‬
‭22‬
‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭triangle‬ ‭in‬ ‭that‬‭y‬‭=‬‭14‬‭𝑥‬‭.‬‭What‬‭is‬‭the‬‭radius‬‭(in‬‭cm)‬‭of‬ ‭(Use π =‬ ‭)‬
‭7‬
‭2‬ ‭the sphere ?‬
𝑐‭ 𝑚‬ ‭?‬ ‭SSC CGL 21/04/2022(Evening)‬
‭SSC CGL 13/04/2022 (Evening)‬
‭SSC CHSL 09/06/2022 (Evening)‬ ‭‬
2 ‭‬
2
‭(a) 102‬ ‭(b) 42‬ ‭(c) 51‬ ‭(d) 68‬ ‭(a) 787‬ ‭(b) 2107‬
‭(a) 222‬ ‭(b) 204 (c) 216‬ ‭(d) 210‬ ‭7‬ ‭7‬
‭ .645.‬ ‭A‬ ‭hemispherical‬ ‭depression‬ ‭of‬
Q ‭6‬ ‭2‬
‭Q.637.‬ ‭The‬ ‭area‬ ‭of‬ ‭quadrilateral‬ ‭is‬ ‭336‬ ‭(c) 1635‬ ‭(d) 2800‬
‭diameter‬‭4‬‭cm‬‭is‬‭cut‬‭out‬‭from‬‭each‬‭face‬ ‭7‬ ‭7‬
‭2‬
‭ ‬ ‭and‬ ‭the‬‭perpendiculars‬‭drawn‬‭to‬‭one‬
𝑚
‭of a cubical block of sides 10 cm. Find‬
‭diagonal‬ ‭from‬ ‭the‬ ‭opposite‬ ‭vertices‬ ‭are‬
‭the surface area of the remaining solid‬ ‭SSC CGL 2020 Tier - 2‬
‭16‬ ‭m‬ ‭and‬ ‭12‬ ‭m‬ ‭long.‬ ‭Find‬‭the‬‭length‬‭of‬
‭2‬ ‭22‬
‭this diagonal.‬ ‭(in‬‭𝑐 𝑚‬ ‭) (Use π =‬ ‭)‬ ‭ .652.‬ ‭A‬ ‭solid‬ ‭metallic‬ ‭cuboid‬ ‭of‬
Q
‭7‬
‭SSC CHSL 10/06/2022 ( Morning)‬ ‭SSC CGL 18/04/2022 (Morning)‬ ‭dimensions‬ ‭12‬ ‭cm‬ ‭×‬ ‭54‬ ‭cm‬ ‭×‬ ‭72‬ ‭cm‬ ‭is‬
‭(a) 28 cm (b) 26 cm (c) 21 cm (d) 24 cm‬ ‭‬
4 ‭‬
4 ‭melted‬‭and‬‭converted‬‭into‬‭8‬‭cubes‬‭of‬‭the‬
‭(a) 900‬ ‭(b) 112‬ ‭same‬‭size.‬‭What‬‭is‬‭the‬‭sum‬‭of‬‭the‬‭lateral‬
‭ .638.‬ ‭How‬ ‭many‬ ‭spherical‬ ‭balls‬ ‭of‬
Q ‭7‬ ‭7‬
‭3‬ ‭1‬ ‭2‬
‭radius‬ ‭5‬ ‭cm‬ ‭can‬ ‭be‬ ‭made‬ ‭by‬ ‭melting‬ ‭a‬ ‭(c) 675‬ ‭(d) 713‬ ‭ urface areas (in‬‭𝑐 ‬‭𝑚‬ ‭) of 2 such cubes ?‬
s
‭7‬ ‭7‬ ‭SSC CGL Tier II (29/01/2022)‬
‭spherical‬ ‭clay‬ ‭ball‬ ‭having‬ ‭a‬‭radius‬‭of‬‭15‬
‭cm ?‬ ‭(a) 2592 (b) 2268 (c) 3888 (d) 1944‬
‭ .646.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭cardboard(in‬‭cm²)‬
Q
‭SSC CHSL 10/06/2022 (Afternoon)‬ ‭needed‬ ‭to‬‭make‬‭a‬‭closed‬‭box‬‭of‬‭size‬‭20‬ ‭ .653.‬ ‭The‬‭radius‬‭of‬‭a‬‭spherical‬‭balloon‬
Q
‭(a) 18‬ ‭(b) 3‬ ‭(c) 9‬ ‭(d) 27‬ ‭cm‬× ‭10 cm‬× ‭8 cm will be:‬ ‭is‬ ‭inflated‬ ‭from‬ ‭3.5‬ ‭cm‬ ‭to‬ ‭4.9‬ ‭cm‬ ‭by‬
‭ .639.‬‭What‬‭is‬‭the‬‭height‬‭of‬‭a‬‭solid‬‭right‬
Q ‭SSC CGL 18/04/2022 (Evening)‬ ‭pushing‬ ‭air‬ ‭into‬ ‭it.‬ ‭What‬ ‭is‬ ‭the‬
‭circular cylinder whose radius is 3 cm‬ ‭(a) 880‬ ‭(b) 690‬ ‭(c) 750‬ ‭(d) 960‬ ‭percentage increase in the volume of the‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ riginal balloon ?‬
o ‭ 00%‬‭and‬‭height‬‭is‬‭reduced‬‭by‬‭50%,‬‭then‬
1 ‭ lace):‬
p
‭SSC CGL Tier II (29/01/2022)‬ ‭its‬ ‭capacity‬ ‭(in‬ ‭litres)‬ ‭will‬ ‭be‬ ‭correct‬ ‭to‬ ‭SSC MTS 06/10/2021 (Evening)‬
‭(a) 74.4% (b) 174.4% (c) 73.6% (d) 173.6%‬ ‭22‬ ‭(a) 0.9 (b) 1.4 (c) 1.2 (d) 1.1‬
‭one decimal place) .(Use π =‬ ‭)‬
‭7‬
‭ .654.‬ ‭The‬ ‭radius‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬
Q ‭ SC CGL Tier II (03/02/2022)‬
S ‭ .669.‬ ‭From‬‭each‬‭of‬‭the‬‭four‬‭corners‬‭of‬
Q
‭cylindrical‬‭tank‬‭is‬‭4‬‭m.‬‭If‬‭three‬‭times‬‭the‬ ‭(a) 27.8‬ ‭(b) 28.2 (c) 26.7 (d) 25.9‬ ‭a‬‭rectangular‬‭sheet‬‭of‬‭dimensions‬‭48‬‭cm‬
‭sum‬‭of‬‭the‬‭areas‬‭of‬‭its‬‭two‬‭circular‬‭faces‬ ‭×‬ ‭27‬ ‭cm,‬ ‭a‬ ‭square‬ ‭of‬‭side‬‭3.5‬‭cm‬‭is‬‭cut‬
‭is‬ ‭twice‬ ‭the‬ ‭area‬ ‭of‬ ‭its‬ ‭curved‬ ‭surface,‬ ‭off‬‭and‬‭a‬‭box‬‭is‬‭made.‬‭The‬‭volume‬‭of‬‭the‬
‭then‬‭the‬‭capacity‬‭(in‬‭kilolitres)‬‭of‬‭the‬‭tank‬
‭SSC MTS 2020 Tier - 1‬
‭box is:‬
‭is:‬ ‭SSC MTS 07/10/2021 (Morning)‬
‭ .662.‬‭The‬‭area‬‭of‬‭a‬‭square‬‭is‬‭S‬‭and‬‭that‬
Q
‭SSC CGL Tier II (29/01/2022)‬ ‭(a) 2880 (b) 2780‬ ‭(c) 2870‬‭‬ ‭(d) 2860‬‭‬
‭of‬ ‭the‬ ‭square‬ ‭formed‬ ‭by‬‭joining‬‭the‬‭mid‬
‭(a) 54‬π ‭(b) 108‬π ‭(c) 96‬π ‭(d) 144‬π
‭points‬‭of‬‭the‬‭given‬‭square‬‭is‬‭A.‬‭Then‬‭the‬ ‭ .670.‬ ‭The‬ ‭internal‬ ‭dimensions‬ ‭of‬ ‭a‬
Q
‭ .655.‬ ‭The‬ ‭slant‬ ‭height‬ ‭and‬ ‭radius‬ ‭of‬‭a‬
Q ‭ ‬
𝐴 ‭rectangular‬ ‭closed‬ ‭wooden‬ ‭box‬ ‭are‬ ‭30‬
‭value of‬ i‭s equal to:‬
‭right circular cone are in the ratio 29 : 20.‬ ‭𝑆‬ ‭cm‬ ‭,‬ ‭18cm‬ ‭and‬ ‭23cm,.‬ ‭What‬ ‭space‬ ‭(in‬
‭3‬ ‭ SC MTS 05/10/2021 (Morning)‬
S ‭3‬
I‭f‬ ‭its‬ ‭volume‬ ‭is‬ ‭4838.4‬ π‭‬‭𝑐 ‬‭𝑚‬ ‭,‬ ‭then‬ ‭its‬ 𝑐‭ 𝑚‬ ‭)‬ ‭will‬ ‭it‬ ‭occupy,‬ ‭if‬ ‭the‬ ‭wood‬ ‭used‬ ‭is‬
‭(a) 0.25 (b) 0.5 (c) 0.125 (d) 1.25‬
‭radius is:‬ ‭1cm thick?‬
‭SSC CGL Tier II (29/01/2022)‬ ‭ .663.‬‭A‬‭container‬‭in‬‭the‬‭shape‬‭of‬‭a‬‭right‬
Q ‭SSC MTS 08/10/2021 (Morning)‬
‭(a) 20 cm (b) 28 cm (c) 24 cm (d) 25 cm‬ ‭circular‬ ‭cone,‬ ‭whose‬ ‭radius‬ ‭and‬ ‭depth‬ ‭(a) 12420 (b) 16000 (c) 14136 (d) 9408‬
‭are‬ ‭equal,‬ ‭gets‬ ‭completely‬ ‭filled‬ ‭by‬
‭ .656.‬‭The areas of three adjacent faces‬
Q ‭ .671.‬ ‭A‬ ‭solid‬ ‭metallic‬ ‭cylinder‬ ‭with‬ ‭a‬
Q
‭128000‬ ‭spherical‬ ‭droplets,‬ ‭each‬ ‭of‬
‭of a cuboidal solid block of wax are 216‬ ‭base‬‭radius‬‭of‬‭3‬‭cm‬‭and‬‭a‬‭height‬‭of‬‭120‬
‭diameter‬ ‭2mm.‬ ‭What‬ ‭is‬ ‭the‬ ‭radius‬ ‭(in‬
‭cm²,‬ ‭96‬ ‭cm²‬ ‭and‬ ‭144‬ ‭cm².‬ ‭It‬ ‭is‬ ‭melted‬ ‭cm‬‭is‬‭melted‬‭and‬‭recast‬‭into‬‭a‬‭sphere‬‭of‬
‭cm) of the container?‬
‭and‬‭8‬‭cubes‬‭of‬‭the‬‭same‬‭size‬‭are‬‭formed‬ ‭radius‬‭r‬‭cm.‬‭What‬‭is‬‭the‬‭value‬‭of‬‭r‬‭if‬‭there‬
‭SSC MTS 05/10/2021 (Morning)‬
‭from‬ ‭it.‬ ‭What‬ ‭is‬ ‭the‬ ‭lateral‬ ‭surface‬‭area‬ ‭is a 10% metal loss in the conversion?‬
‭2‬ ‭(a) 6‬ ‭(b) 4‬ ‭(c) 8‬ ‭(d) 2‬
(‭ in‬‭𝑐 ‬‭𝑚‬ ‭) of 3 such cubes?‬ ‭SSC MTS 08/10/2021 (Afternoon)‬
‭SSC CGL Tier II (03/02/2022)‬ ‭ .664.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬‭a‬‭solid‬
Q ‭(a) 9‬ ‭(b) 8‬ ‭(c) 13.5‬ ‭(d) 12‬
‭(a) 648‬ ‭(b) 432‬ ‭(c) 576‬ ‭(d) 288‬ ‭right‬‭circular‬‭cylinder‬‭of‬‭height‬‭13‬‭cm,‬‭is‬
‭Q.672.‬‭The‬‭difference‬‭between‬‭the‬‭areas‬
‭2‬ ‭3‬
‭880‬ ‭𝑐 𝑚‬ ‭.‬ ‭Its‬ ‭volume‬ ‭(in‬ ‭𝑐 𝑚‬ ‭)‬‭is‬‭11k.The‬ ‭ f‬‭two‬‭concentric‬‭circles‬‭is‬‭88‬‭𝑐 𝑚‬ ‭.‬‭If‬‭the‬
o
‭2‬
‭ .657.‬ ‭A‬ ‭well‬ ‭with‬ ‭inner‬ ‭radius‬ ‭3‬ ‭m,‬ ‭is‬
Q
‭22‬ ‭radius‬‭of‬‭the‬‭inner‬‭circle‬‭is‬ ‭6‬‭cm‬‭then‬‭the‬
‭dug‬‭6‬‭m‬‭deep.‬‭The‬‭soil‬‭taken‬‭out‬‭of‬‭it‬‭has‬ ‭value of k is:(Use π =‬ ‭)‬
‭7‬ ‭2‬
‭been‬ ‭spread‬ ‭evenly‬ ‭all‬ ‭around‬ ‭it‬ ‭to‬ ‭a‬ ‭area‬ ‭(‬ ‭in‬ ‭𝑐 𝑚‬ ‭)‬ ‭of‬ ‭the‬ ‭larger‬ ‭circle‬ ‭is‬
‭ SC MTS 05/10/2021(Afternoon)‬
S ‭22‬
‭width‬ ‭of‬ ‭2‬ ‭m‬ ‭to‬ ‭form‬ ‭an‬ ‭embankment.‬ ‭closest to: (Use π =‬ ‭)‬
‭(a) 208‬ ‭(b) 182‬ ‭(c) 104 (d) 91‬ ‭7‬
‭The height (in m) of the embankment is:‬
‭ SC MTS 08/10/2021 (Afternoon)‬
S
‭SSC CGL Tier II (03/02/2022)‬ ‭Q.665.‬‭The area of a parallelogram ABCD‬ ‭(a) 196‬ ‭(b) 201‬ ‭(c) 197‬ ‭(d) 198‬
‭‬
1 ‭1‬ ‭1‬ ‭3‬ ‭2‬
‭(a) 4‬ ‭(b) 4‬ ‭(c) 3‬ ‭(d) 3‬ i‭s‬ ‭300‬ ‭𝑐 𝑚‬ ‭.‬ ‭The‬ ‭distance‬ ‭between‬ ‭AB‬
‭2‬ ‭4‬ ‭4‬ ‭8‬ ‭ .673.‬ ‭A‬ ‭rectangular‬ ‭plot‬ ‭is‬‭420‬‭m‬‭long‬
Q
‭and‬ ‭CD‬ ‭is‬ ‭20cm‬ ‭and‬ ‭the‬ ‭distance‬
‭between‬‭BC‬‭and‬‭AD‬‭is‬‭30cm.‬‭What‬‭is‬‭the‬ ‭and‬ ‭84‬ ‭m‬ ‭wide.‬ ‭It‬ ‭is‬ ‭surrounded‬ ‭by‬
‭ .658.‬‭A‬‭solid‬‭metallic‬‭sphere‬‭of‬‭radius‬‭4‬
Q
‭perimeter (in cm) of the parallelogram?‬ ‭semi-circular‬ ‭flower‬ ‭beds‬ ‭along‬ ‭all‬ ‭its‬
‭cm‬‭is‬‭melted‬‭and‬‭recast‬‭into‬‭spheres‬‭of‬‭2‬
‭SSC MTS 05/10/2021 (Evening)‬ ‭sides.‬ ‭The‬ ‭area‬ ‭of‬ ‭the‬ ‭entire‬ ‭plot‬ ‭(in‬
‭cm‬‭each.‬‭What‬‭is‬‭the‬‭ratio‬‭of‬‭the‬‭surface‬
‭(a) 60‬ ‭(b) 50‬ ‭(c) 40‬ ‭(d) 100‬ ‭hectares)‬ ‭is‬ ‭x.‬‭The‬‭value‬‭of‬‭x‬‭(correct‬‭to‬
‭area‬‭of‬‭the‬‭original‬‭sphere‬‭to‬‭the‬‭sum‬‭of‬
‭22‬
‭surface areas of the spheres, so formed?‬ ‭one decimal place) is: (Use π =‬ ‭)‬
‭ .666.‬‭The‬‭radii‬‭of‬‭the‬‭circular‬‭ends‬‭of‬‭a‬
Q ‭7‬
‭SSC CGL Tier II (03/02/2022)‬
‭frustum‬ ‭of‬‭a‬‭cone‬‭are‬‭20‬‭cm‬‭and‬‭13‬‭cm‬ ‭ SC MTS 08/10/2021 (Evening)‬
S
‭(a) 2 : 1‬ ‭(b) 2 : 3 (c) 1 : 2‬ ‭(d) 1 : 4‬
‭and‬ ‭its‬ ‭height‬ ‭is‬ ‭12‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭(a) 19.1‬ ‭(b) 18.7‬ ‭(c) 17.9‬ ‭(d) 19.4‬
‭ .659.‬ ‭A‬ ‭cylindrical‬ ‭tube,‬ ‭open‬ ‭at‬ ‭both‬
Q ‭capacity‬‭(in‬‭litres)‬‭of‬‭the‬‭frustum(correct‬
‭ .674.‬ ‭From‬ ‭a‬ ‭wooden‬ ‭cubical‬ ‭block‬‭of‬
Q
‭ends,‬ ‭is‬ ‭made‬‭of‬‭a‬‭metal‬‭sheet‬‭which‬‭is‬ ‭22‬
‭to one decimal place)? (Use π =‬ ‭)‬ ‭side‬‭10‬‭cm,‬‭a‬‭sphere‬‭of‬‭radius‬‭4.2‬‭cm‬‭is‬
‭0.5‬‭cm‬‭thick.‬‭Its‬‭outer‬‭radius‬‭is‬‭4‬‭cm‬‭and‬ ‭7‬
‭carved‬‭out.‬‭How‬‭much‬‭wood‬‭is‬‭wasted‬‭in‬
‭3‬ ‭ SC MTS 06/10/ 2021 (Morning)‬
S
l‭ength‬ ‭is‬ ‭2‬‭m.‬‭How‬‭much‬‭metal‬‭(in‬ ‭𝑐 ‬‭𝑚‬ ‭)‬ ‭(a) 10.4 (b) 11.2 (c) 10.8 (d) 11.4‬ ‭22‬
‭the process (Use π =‬ ‭)‬
‭has been used in making the tube ?‬ ‭7‬
‭SSC CGL Tier II (03/02/2022)‬ ‭ .667.‬ ‭If‬ ‭the‬ ‭width‬‭of‬‭the‬‭path‬‭around‬‭a‬
Q ‭SSC MTS 11/10/2021(Morning)‬
‭(a) 800π (b) 450π (c) 750π (d) 550π‬ ‭square‬‭field‬‭is‬‭4.5‬‭m‬‭and‬‭the‬‭area‬‭of‬‭the‬ ‭(a) 476.2‬‭𝑐 𝑚‬
‭3‬
‭(b) 689.536‬‭𝑐 𝑚‬
‭3‬

‭2‬
‭ ath‬ ‭is‬ ‭252‬ ‭𝑚‬ ‭,‬ ‭then‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬
p ‭(c) 310.464‬‭𝑐 𝑚‬
‭3‬
‭(d) 523.8‬‭𝑐 𝑚‬
‭3‬
‭ .660.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭right‬ ‭prism‬ ‭is‬ ‭a‬
Q
‭side of the field is:‬
‭triangle‬ ‭whose‬ ‭sides‬ ‭are‬ ‭8‬ ‭cm,‬ ‭15‬ ‭cm‬
‭SSC MTS 06/10/ 2021 (Morning)‬ ‭ .675.‬ ‭A‬ ‭typist‬ ‭uses‬ ‭a‬ ‭paper‬ ‭of‬ ‭size‬‭32‬
Q
‭and‬‭17‬‭cm,‬‭and‬‭its‬‭lateral‬‭surface‬‭area‬‭is‬
‭(a) 9.5 m (b) 9 m (c) 8 m (d) 8.5 m‬ ‭cm‬× ‭20‬‭cm.‬‭He‬‭leaves‬‭a‬‭margin‬‭of‬‭2‬‭cm‬
‭2‬ ‭3‬
‭ 80‬‭𝑐 ‬‭𝑚‬ ‭. What is the volume (in‬‭𝑐 ‬‭𝑚‬ ‭) of‬
4 ‭each‬ ‭on‬ ‭all‬ ‭the‬ ‭sides.‬ ‭If‬ ‭he‬ ‭leaves‬ ‭a‬
‭the prism?‬ ‭ .668.‬ ‭A‬‭solid‬‭metal‬‭cube‬‭of‬‭edge‬‭12‬‭cm‬
Q ‭margin‬‭of‬‭1‬‭cm‬‭only‬‭on‬‭all‬‭the‬‭sides.‬‭then‬
‭SSC CGL Tier II (03/02/2022)‬ ‭is‬ ‭immersed‬ ‭completely‬ ‭in‬ ‭water‬ ‭in‬ ‭a‬ ‭what‬‭is‬‭the‬‭percentage‬‭of‬‭the‬‭increase‬‭in‬
‭(a) 540‬ ‭(b) 600‬ ‭(c) 720‬ ‭(d) 640‬ ‭cylindrical‬ ‭vessel‬‭whose‬‭radius‬‭is‬‭20‬‭cm‬ ‭the‬‭area‬‭available‬‭for‬‭typing‬‭(correct‬‭to‬‭2‬
‭and‬‭height‬‭is‬‭32‬‭cm,‬‭and‬‭the‬‭water‬‭in‬‭the‬ ‭decimal places)?‬
‭Q.661.‬‭The‬‭curved‬‭surface‬‭area‬‭of‬‭a‬‭right‬ ‭vessel‬ ‭is‬ ‭up‬ ‭to‬ ‭a‬ ‭height‬ ‭of‬ ‭15‬ ‭cm.‬ ‭The‬
‭2‬
‭SSC MTS 11/10/2021 (Morning)‬
‭ ircular‬ ‭cone‬ ‭is‬ ‭2310‬ ‭𝑐 ‬‭𝑚‬ ‭and‬‭its‬‭radius‬
c ‭height(in‬‭cm)‬‭by‬‭which‬‭the‬‭water‬‭will‬‭rise‬ ‭(a) 20.54%‬ ‭(b) 82.69%‬
‭is‬ ‭21‬ ‭cm.‬ ‭If‬ ‭its‬ ‭radius‬ ‭is‬ ‭increased‬ ‭by‬ ‭in the vessel is (correct to one decimal‬ ‭(c) 17.04%‬ ‭(d) 79.46%‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ .676.‬ ‭A‬ ‭rectangular‬ ‭water‬ ‭reservoir‬
Q ‭ .683.‬ ‭Kamala‬ ‭has‬ ‭three‬ ‭cylindrical‬
Q t‭ hat‬‭is‬‭NOT‬‭covered‬‭by‬‭the‬‭sectors‬‭of‬‭the‬
‭contains‬ ‭126‬ ‭kilolitres‬ ‭of‬ ‭water.‬ ‭The‬ ‭containers,‬ ‭each‬ ‭with‬ ‭radius‬ ‭20‬ ‭cm‬‭that‬ ‭circles ?‬
‭depth‬ ‭of‬ ‭the‬ ‭reservoir‬ ‭is‬ ‭3.5‬ ‭m‬ ‭and‬ ‭its‬ ‭she‬ ‭wants‬ ‭to‬‭fill‬‭with‬‭grain.‬‭If‬‭her‬‭bag‬‭of‬ ‭SSC MTS 18/10/2021 (Evening)‬
‭length‬ ‭measures‬ ‭8m.‬ ‭What‬ ‭is‬ ‭the‬ ‭width‬ ‭grain‬ ‭contains‬ ‭100‬ ‭kg‬ ‭of‬ ‭grain,‬ ‭and‬ ‭she‬ ‭(a) 16 (2‬ ‭3‬ − π‭)‬ ‭(b) 8 (2‬ ‭3‬− π‭)‬
‭of the reservoir?‬ ‭fills‬‭all‬‭three‬‭containers‬‭to‬‭a‬‭height‬‭of‬‭70‬ π π
‭(c) 8 (2‬ 3
‭ ‬− ‭)‬ ‭(d) 16 (2‬ ‭3‬− ‭)‬
‭SSC MTS 11/10/2021 (Afternoon)‬ ‭cm,‬ ‭how‬ ‭much‬ ‭grain‬ ‭will‬ ‭be‬ ‭left‬ ‭in‬ ‭the‬ ‭2‬ ‭2‬
‭(a) 4.5 m (b) 4.2 m (c) 4 m (d) 5 m‬ ‭bag.‬ ‭If‬ ‭1‬ ‭kg‬ ‭grain‬ ‭occupies‬ ‭3000‬ ‭𝑐 𝑚‬
‭3‬
‭Q.690.‬ ‭Three‬‭cubes‬‭each‬‭having‬‭volume‬
‭22‬
‭ .677.‬ ‭A‬ ‭hall‬ ‭is‬ ‭18‬ ‭m‬ ‭long‬ ‭and‬ ‭12‬ ‭m‬
Q ‭space ? (Use π =‬ ‭)‬ ‭ 728‬ ‭c‭𝑚
1
‭3‬
‬ ‬ ‭are‬ ‭placed‬ ‭one‬ ‭above‬ ‭the‬
‭7‬
‭broad.‬‭If‬‭the‬‭sum‬‭of‬‭the‬‭areas‬‭of‬‭the‬‭floor‬ ‭other.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬
‭ SC MTS 13/10/2021 (Afternoon)‬
S
‭and the ceiling is equal to the sum of the‬ ‭the resulting solid?‬
‭3‬
‭(a) 88 kg (b) 50 kg (c) 58 kg (d) 12 kg‬
‭ reas‬‭of‬‭the‬‭four‬‭walls,‬‭the‬‭volume‬‭(in‬‭𝑚‬
a ‭SSC MTS 20/10/2021 (Morning)‬
‭) of the hall is:‬ ‭ .684.‬ ‭The‬‭radius‬‭of‬‭a‬‭spherical‬‭balloon‬
Q ‭(a) 2304 (b) 2592 (c) 2160 (d) 2016‬
‭SSC MTS 12/10/2021 (Morning)‬ ‭increases‬ ‭from‬ ‭6‬ ‭cm‬ ‭to‬ ‭10‬ ‭cm‬ ‭when‬
‭(a) 1175.5‬ ‭(b) 1876.2‬ ‭more‬ ‭air‬ ‭is‬ ‭pumped‬ ‭into‬ ‭it.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭ .691.‬‭In‬‭the‬‭given‬‭figure,‬‭the‬‭area‬‭of‬‭the‬
Q
‭(c) 1555.2‬ ‭(d) 1376.4‬ ‭the‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭original‬ ‭balloon‬ ‭unshaded‬ ‭region‬ ‭is‬ ‭35%‬ ‭of‬ ‭the‬ ‭area‬ ‭of‬
‭and the inflated balloon is:‬ ‭the‬‭shaded‬‭region.‬‭What‬‭is‬‭the‬‭value‬‭of‬‭x‬
‭ .678.‬‭A‬‭wooden‬‭piece‬‭in‬‭the‬‭shape‬‭of‬‭a‬
Q ‭SSC MTS 13/10/2021 (Afternoon)‬
‭cuboid‬‭is‬‭divided‬‭into‬‭five‬‭equal‬‭parts‬‭by‬ ‭(a) 4 : 5 (b) 27 : 125 (c) 3 : 5 (d) 9 : 25‬
‭cutting‬ ‭it‬‭with‬‭four‬‭cuts‬‭perpendicular‬‭to‬
‭its‬‭length,‬‭and‬‭it‬‭turns‬‭out‬‭that‬‭each‬‭piece‬ ‭ .685.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬
Q
‭3‬
‭is‬ ‭a‬ ‭cube‬‭of‬‭volume‬‭27‬‭‬‭𝑐 𝑚‬ ‭.‬‭What‬‭is‬‭the‬ ‭reduced‬‭to‬‭50%‬‭of‬‭its‬‭actual‬‭radius.‬‭If‬‭its‬
‭2‬ ‭volume‬‭remains‬‭the‬‭same‬‭as‬‭before,‬‭then‬ ‭ SC MTS 20/10/2021 (Morning)‬
S
t‭ otal surface area (in‬‭𝑐 𝑚‬ ‭) of the cuboid?‬
‭its height becomes k times the original‬ ‭(a) 20‬ ‭(b) 15‬ ‭(c) 10‬ ‭(d) 5‬
‭SSC MTS 12/10/2021 (Afternoon)‬
‭height. The value of k is:‬
‭(a) 150‬ ‭(b) 174 (c) 216 (d) 198‬
‭SSC MTS 14/10/2021 (Evening)‬ ‭ .692.‬‭The‬‭sum‬‭of‬‭the‬‭height‬‭and‬‭radius‬
Q
‭ .679.‬‭The material of a sphere of radius‬
Q ‭(a) 2‬ ‭(b) 16‬ ‭(c) 8‬ ‭(d) 4‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬ ‭solid‬ ‭right‬ ‭circular‬
‭r‬ ‭is‬ ‭melted‬ ‭and‬ ‭recast‬ ‭into‬ ‭a‬ ‭hollow‬ ‭cylinder‬‭is‬‭46‬‭cm.‬‭If‬‭the‬‭total‬‭surface‬‭area‬
‭ .686.‬ ‭The‬ ‭length‬ ‭and‬ ‭breadth‬ ‭of‬ ‭a‬
Q
‭cylindrical‬ ‭shell‬‭of‬‭thickness‬‭a‬‭and‬‭outer‬ ‭rectangle‬ ‭are‬ ‭35‬ ‭cm‬ ‭and‬ ‭12‬ ‭cm,‬ ‭of‬‭the‬‭solid‬‭cylinder‬‭is‬‭6072‬‭𝑐 ‬‭𝑚‬ , ‭what‬‭is‬
‭2‬

‭radius‬‭b‭.‬ What is its length assuming that‬ ‭respectively.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭3‬
‭no material is lost in recasting?‬ t‭ he volume ( in‬‭𝑐 ‬‭𝑚‬ ‭) of the cylinder ?‬
‭circumference‬‭of‬‭the‬‭circle‬‭that‬‭inscribes‬
‭SSC MTS 12/10/2021 (Afternoon)‬ ‭SSC MTS 20/10/2021 (Evening)‬
‭22‬
‭3‬ ‭3‬ ‭this rectangle ? (π =‬ ‭)‬ ‭(a) 11025‬π‭‬ ‭(b) 3030‬π‭‬
‭ ‬‭𝑟‬
4 ‭ ‭𝑟‬ ‬
4 ‭7‬
‭(a)‬ ‭(b)‬ ‭(c) 11020‬π ‭(d) 3036‬π
‭3‬‭𝑎(‬ ‭2‭𝑎‬ ‬−‭𝑏)‬ ‭3‭𝑎
‬ ‬(‭𝑏+
‬ ‭𝑎)‬ (‭𝑏−
‬ ‭𝑎‬) ‭SSC MTS 14/10/2021 (Evening)‬
‭3‬ ‭3‬ ‭‬
3 ‭‬
1
‭ ‬‭𝑟‬
4 ‭ ‬‭𝑟‬
4 ‭(a) 115‬ ‭ m‬
c ‭(b) 117‬ ‭ m‬
c ‭ .693.‬ ‭A‬ ‭solid‬ ‭right‬ ‭circular‬ ‭cone‬ ‭is‬ ‭cut‬
Q
‭(c)‬ ‭(d)‬ ‭7‬ ‭7‬
‭3‬‭𝑎(‬ ‭𝑏‭‬−
‬ ‭‭𝑎
‬ ‬) ‭3‭𝑎
‬ (‬ ‭2‬‭𝑏‭‬−
‬ ‭‬‭𝑎)‬ ‭into‬ ‭two‬ ‭parts‬ ‭by‬ ‭a‬ ‭plane‬ ‭parallel‬ ‭to‬ ‭its‬
‭4‬ ‭2‬ ‭base‬ ‭and‬ ‭at‬ ‭a‬ ‭point‬ ‭one-third‬ ‭vertically‬
‭ .680.‬ ‭The‬ ‭radius‬‭of‬‭the‬‭base‬‭of‬‭a‬‭cone‬
Q ‭(c) 114‬ ‭cm‬ ‭(d) 116‬ ‭cm‬
‭7‬ ‭7‬ ‭below‬ ‭its‬‭vertex.‬‭What‬‭is‬‭the‬‭ratio‬‭of‬‭the‬
‭and‬‭also‬‭that‬‭of‬‭a‬‭hemisphere‬‭each‬‭is‬‭14‬
‭Q.687.‬‭Four‬‭solid‬‭cubes,‬‭each‬‭of‬‭volume‬ ‭volume‬‭of‬‭the‬‭smaller‬‭cone‬‭to‬‭that‬‭of‬‭the‬
‭cm.‬ ‭Also,‬ ‭the‬ ‭volumes‬ ‭of‬ ‭these‬ ‭two‬
‭3‬ ‭whole cone ?‬
‭solids‬‭are‬‭equal.‬‭The‬‭curved‬‭surface‬‭area‬ ‭ 728‬ ‭𝑐 ‬‭𝑚‬ ‭,are‬ ‭kept‬ ‭in‬ ‭two‬ ‭rows‬ ‭having‬
1
‭SSC MTS 20/10/2021 (Evening)‬
‭of the cone is:‬ ‭two‬ ‭cubes‬ ‭in‬ ‭each‬ ‭row.‬ ‭They‬ ‭form‬ ‭a‬
‭‬
1 ‭‬
1 ‭1‬ ‭‬
1
‭22‬ ‭rectangular‬‭solid‬‭with‬‭a‬‭square‬‭base.‬‭The‬ ‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭(Take‬π‭‬‭=‬ ‭)‬ ‭2‬
‭9‬ ‭8‬ ‭27‬ ‭3‬
‭7‬ t‭ otal‬ ‭surface‬ ‭area‬ ‭(in‬ ‭𝑐 ‬‭𝑚‬ ‭)‬ ‭of‬ ‭the‬
‭SSC MTS 12/10/2021 (Evening)‬ ‭resulting solid is:‬ ‭ .694.‬‭A‬‭horse‬‭racecourse‬‭is‬‭in‬‭the‬‭form‬
Q
‭(a) 614‬ ‭5‬‭(b) 626‬ ‭5‬‭(c) 616‬ ‭5‬‭(d) 516‬ ‭5‬ ‭SSC MTS 18/10/2021 (Afternoon)‬ ‭of‬‭an‬‭annular‬‭ring‬‭whose‬‭outer‬‭and‬‭inner‬
‭(a) 1440‬ ‭(b) 2304 (c) 576 (d) 1152‬ ‭circumferences‬ ‭are‬ ‭748‬ ‭m‬ ‭and‬ ‭396‬ ‭m,‬
‭ .681.‬ ‭A‬‭boy‬‭walked‬‭along‬‭two‬‭adjacent‬
Q ‭respectively.‬ ‭The‬ ‭width‬ ‭(in‬ ‭m)‬ ‭of‬ ‭the‬
‭sides‬ ‭of‬ ‭a‬ ‭rectangular‬ ‭field.‬ ‭If‬ ‭he‬ ‭had‬ ‭ .688.‬ ‭A‬ ‭right‬ ‭circular‬ ‭cone‬‭is‬‭inscribed‬
Q ‭22‬
‭racecourse is: (π =‬ ‭)‬
‭walked‬‭along‬‭the‬‭diagonal,‬‭then‬‭he‬‭would‬ ‭in‬ ‭a‬ ‭cube‬ ‭of‬ ‭side‬ ‭14‬ ‭cm‬ ‭occupying‬ ‭the‬ ‭7‬
‭have‬ ‭saved‬ ‭a‬ ‭distance‬ ‭equal‬ ‭to‬ ‭maximum‬ ‭space‬ ‭possible.‬ ‭What‬ ‭is‬ ‭the‬ ‭ SC MTS 22/10/2021 (Morning)‬
S
‭one-fourth‬ ‭of‬‭the‬‭larger‬‭side.The‬‭ratio‬‭of‬ ‭ratio‬ ‭of‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭cube‬ ‭to‬ ‭the‬ ‭(a) 176 (b) 88 (c) 56 (d) 28‬
‭the larger to the smaller side is:‬ ‭22‬
‭volume of the cone ? (π =‬ ‭)‬ ‭ .695.‬ ‭A‬ ‭hall‬ ‭is‬ ‭18‬ ‭m‬ ‭long‬ ‭and‬ ‭12‬ ‭m‬
Q
‭ SC MTS 13/10/2021 (Morning)‬
S ‭7‬
‭broad.‬ ‭If‬‭the‬‭area‬‭of‬‭the‬‭floor‬‭is‬‭equal‬‭to‬
‭(a) 7 : 24‬‭(b) 11 : 18 (c) 24 : 7 (d) 18 : 11‬ ‭ SC MTS 18/10/2021 (Afternoon)‬
S
‭the‬ ‭sum‬ ‭of‬ ‭the‬ ‭areas‬ ‭of‬ ‭the‬ ‭four‬ ‭walls,‬
‭(a) 81 : 22‬ ‭(b) 11 : 42‬
‭ .682.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬
Q ‭the volume (in m‬‭3‬ ‭) of the hall is:‬
‭(c) 42 : 11‬ ‭(d) 22 : 81‬
‭three-fifth‬ ‭of‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭circle.‬ ‭The‬ ‭SSC MTS 22/10/2021 (Evening)‬
‭radius‬‭of‬‭the‬‭circle‬‭is‬‭equal‬‭to‬‭the‬‭side‬‭of‬ ‭ .689.‬ ‭Three‬ ‭circles,‬‭each‬‭having‬‭radius‬
Q ‭(a) 876.2 (b) 777.6 (c) 576.4 (d) 675.5‬

‭a‬‭square‬‭whose‬‭area‬‭is‬‭6400‬‭𝑚‬ ‭.‬‭Find‬‭the‬
‭2‬ ‭equal‬ ‭to‬ ‭4‬ ‭cm,‬ ‭are‬ ‭drawn‬ ‭with‬ ‭the‬
‭ .696.‬‭The‬‭area‬‭of‬‭a‬‭triangular‬‭field‬‭with‬
Q
‭vertices‬ ‭of‬ ‭an‬ ‭equilateral‬ ‭triangle‬‭as‬‭the‬
‭2‬
‭ rea‬ ‭(in‬ ‭𝑚‬ ‭)‬ ‭of‬ ‭the‬ ‭rectangle,‬ ‭if‬ ‭the‬
a ‭sides‬‭60‬‭m,‬‭175‬‭m‬‭and‬‭185‬‭m‬‭is‬‭equal‬‭to‬
‭centres.‬ ‭If‬‭the‬‭length‬‭of‬‭each‬‭side‬‭of‬‭the‬
‭breadth is 20 m is:‬ ‭that‬ ‭of‬ ‭a‬ ‭rectangular‬ ‭park‬ ‭whose‬ ‭sides‬
‭triangle‬‭is‬‭equal‬‭to‬‭8‬‭cm,‬‭then‬‭what‬‭is‬‭the‬
‭SSC MTS 13/10/2021 (Morning)‬ ‭are‬ ‭in‬‭the‬‭ratio‬‭of‬‭21‬‭:‬‭10.‬‭The‬‭perimeter‬
‭2‬
‭(a) 1200‬ ‭(b) 480 (c) 960 (d) 1000‬ ‭area‬‭(in‬‭𝑐 ‬‭𝑚‬ ‭)‬‭of‬‭the‬‭portion‬‭of‬‭the‬‭triangle‬ ‭(in m) of the park is:‬

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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ SC MTS 26/10/2021 (Afternoon)‬
S ‭SSC CGL 2020 Tier - 1‬ ‭ .712.‬ ‭The‬ ‭lengths‬ ‭of‬ ‭three‬ ‭sides‬ ‭of‬ ‭a‬
Q
‭(a) 341‬ ‭(b) 403‬ ‭(c) 372‬ ‭(d) 310‬ ‭triangle‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬ ‭3:4:5.‬ ‭Among‬
‭ .704.‬‭A‬‭heap‬‭of‬‭wheat‬‭is‬‭in‬‭the‬‭form‬‭of‬
Q ‭three‬ ‭sides,‬ ‭the‬ ‭difference‬ ‭between‬ ‭the‬
‭ .697.‬‭A‬‭circular‬‭wire‬‭of‬‭diameter‬‭56‬‭cm‬
Q
‭a‬ ‭cone‬ ‭whose‬ ‭base‬ ‭diameter‬ ‭is‬ ‭8.4‬ ‭m‬ ‭largest‬‭side‬‭and‬‭the‬‭smallest‬‭side‬‭of‬‭this‬
‭is‬ ‭folded‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭a‬ ‭rectangle‬
‭and‬ ‭height‬ ‭is‬ ‭1.75‬ ‭m.‬ ‭The‬‭heap‬‭is‬‭to‬‭be‬ ‭triangle‬ ‭is‬ ‭3.6‬ ‭cm.‬ ‭The‬ ‭area‬ ‭of‬ ‭this‬
‭whose‬ ‭sides‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬ ‭7‬ ‭:‬ ‭4.‬ ‭The‬
‭covered‬ ‭by‬ ‭canvas.‬ ‭What‬ ‭is‬ ‭the‬‭area‬‭(in‬ ‭triangle is:‬
‭area enclosed by the rectangle is:‬
‭22‬ ‭SSC CHSL 16/04/2021 (Evening)‬
‭SSC MTS 26/10/2021 (Evening)‬ ‭m‬‭2‭)‬ of the canvas required ? (π =‬ ‭)‬
‭7‬ ‭(a) 19.44 (b) 32.4 (c) 21.75 (d) 15.64‬
‭(a) 1842‬ ‭(b) 1792 (c) 1684 (d) 1782‬
‭ SC CGL 16/08/2021 (Afternoon)‬
S
‭ .713.‬‭One - quarter of a circular pizza of‬
Q
‭ .698.‬ ‭A‬ ‭solid‬ ‭metallic‬ ‭toy‬ ‭has‬ ‭a‬
Q ‭(a) 60.06 (b) 115.05 (c) 63.6 (d) 115.5‬
‭diameter‬ ‭28‬ ‭cm‬ ‭was‬ ‭removed‬ ‭from‬ ‭the‬
‭hemispherical‬ ‭base‬ ‭with‬ ‭radius‬ ‭3.5‬ ‭cm‬
‭ .705.‬ ‭The‬ ‭area‬ ‭of‬ ‭the‬ ‭square‬ ‭shaped‬
Q ‭whole‬ ‭pizza.‬ ‭What‬ ‭is‬ ‭the‬ ‭perimeter‬ ‭(in‬
‭surmounted‬ ‭by‬ ‭a‬ ‭cone.‬ ‭If‬ ‭the‬ ‭height‬ ‭of‬ ‭22‬
‭field‬ ‭is‬ ‭1764‬ ‭m².‬ ‭The‬ ‭breadth‬ ‭of‬ ‭a‬ ‭cm) of the remaining pizza? (π =‬ ‭)‬
‭the cone is the same as the radius of its‬ ‭7‬
‭rectangular‬ ‭park‬ ‭is‬ ‭1/3rd‬‭the‬‭side‬‭of‬‭the‬
‭base, then the volume of metal used in cm‬‭3‬ ‭ SC CHSL 04/08/2021 (Morning)‬
S
‭square‬ ‭field‬ ‭and‬ ‭its‬ ‭length‬ ‭is‬ ‭two‬ ‭times‬
‭SSC MTS 27/10/2021 (Morning)‬ ‭(a) 88‬ ‭(b) 94‬ ‭(c) 80‬ ‭(d) 66‬
‭its‬ ‭breadth.‬ ‭What‬ ‭is‬ ‭the‬ ‭cost‬ ‭(in‬ ‭Rs.)‬ ‭of‬
‭‬
2 ‭‬
3 ‭3‬ ‭2‬
‭(a) 89‬ ‭(b)144‬ ‭(c) 134‬ ‭(d)‬‭179‬ ‭leveling the park at Rs.15 per m² ?‬
‭3‬ ‭4‬ ‭4‬ ‭3‬ ‭ .714.‬ ‭From‬ ‭a‬ ‭rectangle‬ ‭sheet‬ ‭of‬
Q
‭SSC CGL 16/08/2021 (Evening)‬
‭dimensions‬ ‭32cm‬ × ‭18‬ ‭cm,‬‭a‬‭square‬‭of‬
‭ .699.‬ ‭A‬ ‭bucket‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭the‬
Q ‭(a) 4200‬ ‭(b) 4290 (c) 5880 (d) 4320‬
‭side‬‭3‬‭cm‬‭is‬‭cut‬‭from‬‭the‬‭four‬‭corners‬‭of‬
‭frustum‬‭of‬‭a‬‭cone‬‭has‬‭its‬‭top‬‭and‬‭bottom‬
‭ .706.‬‭The‬‭volume‬‭of‬‭a‬‭wall‬‭whose‬‭height‬
Q ‭the‬‭sheet‬‭and‬‭a‬‭box‬‭is‬‭made.‬‭The‬‭volume‬
‭radii‬ ‭as‬ ‭20‬ ‭cm‬ ‭and‬ ‭10‬ ‭cm,‬ ‭respectively.‬
‭is‬‭10‬‭times‬‭its‬‭width‬‭and‬‭whose‬‭length‬‭is‬‭8‬ ‭of the box is:‬
‭The depth of the bucket is 24 cm. The‬
‭times‬ ‭its‬ ‭height,‬ ‭is‬ ‭51.2‬ ‭m³.‬ ‭What‬ ‭is‬ ‭the‬ ‭SSC CHSL 05/08/2021 (Afternoon)‬
‭3‬
‭capacity of the bucket (in‬‭𝑐 ‬‭𝑚‬ ‭) is :‬ ‭cost‬ ‭(in‬ ‭Rs.)‬ ‭of‬ ‭painting‬ ‭the‬ ‭wall‬ ‭on‬ ‭one‬ ‭(a) 946‬ ‭(b) 936 (c) 1305 (d) 1300‬
‭22‬ ‭side at the rate of Rs.100/m² ?‬
‭(π =‬ ‭)‬ ‭ .715.‬‭How‬‭many‬‭spherical‬‭bullets,‬‭each‬
Q
‭7‬
‭SSC CGL 20/08/2021 (Afternoon)‬
‭SSC MTS 02/11/2021 (Morning)‬ ‭bullet‬ ‭being‬ ‭7‬ ‭cm‬ ‭in‬ ‭diameter,‬ ‭can‬ ‭be‬
‭(a) 12750 (b) 12500 (c) 12800 (d) 12250‬
‭3‬ ‭3‬ ‭made‬ ‭out‬ ‭of‬‭a‬‭cube‬‭of‬‭lead‬‭whose‬‭edge‬
‭(a) 8800‬‭𝑐 ‬‭𝑚‬ ‭(b) 13200‬‭𝑐 ‬‭𝑚‬
‭ .707.‬‭A‬‭square‬‭has‬‭the‬‭perimeter‬‭equal‬
Q ‭22‬
‭3‬ ‭3‬ ‭measures 77 cm? (π =‬ ‭)‬
‭(c) 17000‬‭𝑐 ‬‭𝑚‬ ‭(d) 17600‬‭𝑐 ‬‭𝑚‬ ‭to‬ ‭the‬ ‭circumference‬ ‭of‬ ‭a‬ ‭circle‬ ‭having‬ ‭7‬
‭radius‬‭7‬‭cm.‬‭What‬‭is‬‭the‬‭ratio‬‭of‬‭the‬‭area‬ ‭ SC CHSL 05/08/2021 (Evening)‬
S
‭ .700.‬ ‭A‬ ‭rectangle‬ ‭of‬ ‭dimension‬ ‭10‬‭cm‬
Q
‭of‬ ‭the‬ ‭circle‬ ‭to‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭square?‬ ‭(a) 1452‬ ‭(b) 4521‬ ‭(c) 2451 (d) 2541‬
‭and‬ ‭5‬ ‭cm‬ ‭is‬ ‭placed‬ ‭adjacent‬ ‭to‬‭another‬
‭rectangle‬ ‭of‬ ‭the‬ ‭same‬‭size‬‭to‬‭draw‬‭an‬‭L‬ ‭SSC CGL 23/08/2021 (Afternoon)‬ ‭ .716.‬‭The‬‭base‬‭of‬‭a‬‭triangle‬‭is‬‭equal‬‭to‬
Q
‭shape‬ ‭figure.‬ ‭Find‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭the‬ ‭(a) 7 : 2 (b) 14 : 11 (c) 7 : 11 (d) 121 : 44‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭square‬ ‭whose‬
‭shape so formed.‬ ‭ .708.‬ ‭The‬ ‭area‬ ‭of‬ ‭the‬ ‭circular‬ ‭path‬
Q ‭ iagonal is‬‭7‬ ‭2‭c
d ‬ m and its height is equal‬
‭SSC MTS 02/11/2021 (Morning)‬ ‭enclosed‬ ‭by‬ ‭two‬ ‭concentric‬ ‭circles‬ ‭is‬ ‭to the side of a square whose area is 169‬
‭(a) 100‬ ‭(b) 40 (c) 50‬ ‭(d) 60‬ ‭3080‬ ‭m‭2‬ ‬‭.‬ ‭If‬ ‭the‬ ‭difference‬ ‭between‬ ‭the‬ ‭cm‬‭2‭.‬ The area(in cm‬‭2‭)‬ of the triangle is :‬
‭radius‬ ‭of‬ ‭the‬ ‭outer‬ ‭edge‬‭and‬‭that‬‭of‬‭the‬ ‭SSC CHSL 06/08/2021 (Afternoon)‬
‭ .701.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q
‭inner edge of the circular path is 10m,‬ ‭(a) 182‬ ‭(b) 175‬ ‭(c) 156‬ ‭(d) 130‬
‭hemisphere‬‭is‬ ‭nearly‬‭equal‬‭to‬‭that‬‭of‬‭an‬
‭equilateral‬ ‭triangle.‬ ‭The‬ ‭side‬ ‭of‬ ‭the‬ ‭what is the sum (in m) of the two radii?‬
‭ .717.‬‭The‬‭perimeter‬‭of‬‭a‬‭rectangle‬‭is‬‭86‬
Q
‭triangle‬ ‭is‬ ‭how‬ ‭many‬ ‭times‬ ‭SSC CGL 23/08/2021 (Afternoon)‬
‭cm.‬ ‭The‬ ‭measures‬ ‭of‬ ‭its‬ ‭area‬ ‭and‬
‭(approximately)‬ ‭of‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭(a) 70‬ ‭(b) 112‬ ‭(c) 98‬ ‭(d) 84‬
‭breadth‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬ ‭of‬ ‭9‬ ‭:‬ ‭1,‬
‭hemisphere?‬ ‭respectively.‬‭The‬‭breadth‬‭of‬‭the‬‭rectangle‬
‭SSC MTS 02/11/2021 (Evening)‬ ‭SSC CHSL 2020 Tier - 1‬ ‭is:‬
‭8π
‬ ‭4π‬ ‭0.5‬ ‭SSC CHSL 11/08/2021 (Evening)‬
‭(a) (‬ )‭ ‭0‬ .5‬ ‭(b) (‬ )‭ ‬ ‭Q.709.‬ ‭One‬ ‭diagonal‬ ‭of‬ ‭a‬ ‭rhombus‬ ‭is‬
‭3‬ ‭3‬ ‭(a) 32 cm (b) 34 cm (c) 36 cm (d) 30 cm‬
‭0.‬‭5‬ ‭0.‬‭5‬ ‭ ‬ ‭3‬‭‭𝑐‬ 𝑚‬. ‭If‬ ‭the‬ ‭other‬‭diagonal‬‭is‬‭equal‬‭to‬
8
‭(c)‬(‭2π
‬ ‭3)‬ ‭(d)‬(‭4‬π ‭3)‬ ‭its side, then the area of rhombus is:‬ ‭Q.718.‬ ‭The‬ ‭square‬ ‭of‬ ‭the‬ ‭diagonal‬ ‭of‬ ‭a‬
‭SSC CHSL 12/04/2021 (Morning)‬ ‭2‬
‭cube‬ ‭is‬ ‭2175‬ ‭𝑐 𝑚‬ ‭.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬
‭ .702.‬ ‭When‬ ‭a‬ ‭rectangle‬ ‭is‬ ‭divided‬ ‭into‬
Q
‭three equal parts, each of them turns out‬ ‭(a)‬‭12‬ ‭3‬ ‭(b)‬‭24‬ ‭3‬ ‭(c)‬‭16‬ ‭3‬ ‭(d)‬‭32‬ ‭3‬ ‭2‬
‭ urface area ( in‬‭𝑐 𝑚‬ ‭) of the cube?‬
s
‭to‬ ‭be‬ ‭a‬ ‭square‬ ‭of‬ ‭16‬ ‭cm‬‭2‬ ‭What‬ ‭is‬ ‭the‬ ‭ .710.‬ ‭What‬ ‭is‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭a‬
Q ‭SSC CHSL 12/08/2021 (Afternoon)‬
‭perimeter (in cm) of the rectangle?‬ ‭right-angled triangle whose sides (maki-‬ ‭(a) 4305‬ ‭(b) 4272 (c) 4530 (d) 4350‬
‭SSC MTS 02/11/2021 (Evening)‬
-‭ ng 90°) are‬‭20‬ ‭3‬‭‬‭𝑐 𝑚‬‭and‬‭15‬ ‭3‬‭‬‭𝑐 𝑚‬‭?‬
‭(a) 64‬ ‭(b) 16‬ ‭(c) 32‬ ‭(d) 48‬
‭SSC CHSL 13/04/2021 (Morning)‬ ‭SSC CPO 2020 Tier - 1‬
‭2‬
‭Q.703.‬‭The‬‭area‬‭(in‬ ‭𝑐 ‬‭𝑚‬ ‭)‬‭of‬‭a‬‭sector‬‭of‬‭a‬ ‭(a)‬‭‬‭60‬ ‭3‬ ‭(b)‬‭‬‭55‬ ‭3‬‭‬‭‬‭‭(‬ c)‬‭65‬ ‭3‭‬‬‭‬‭‬‭(d)‬‭50‬ ‭3‬
‭ .719.‬‭The‬‭sides‬‭of‬‭a‬‭triangle‬‭are‬‭24cm,‬
Q
‭4π‬ ‭26cm‬ ‭and‬ ‭10cm.‬‭At‬‭each‬‭of‬‭its‬‭vertices,‬
‭circle‬‭of‬‭radius‬‭2‬‭cm‬‭is‬
‭5‬
‭.‬ ‭What‬‭is‬‭the‬ ‭Q.711.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭an‬ ‭isosceles‬
‭‬
1 ‭circles‬‭of‬‭radius‬‭4.2‬‭cm‬‭are‬‭drawn.‬‭What‬
‭ entral angle (in degrees) of the sector?‬
c ‭triangle‬ ‭is‬ ‭91‬ ‭cm‬ ‭and‬ ‭its‬ ‭base‬ ‭is‬ ‭1‬ ‭2‬
‭4‬ i‭s‬ ‭the‬ ‭area‬ ‭(in‬ ‭𝑐 𝑚‬ ‭)‬ ‭of‬ ‭the‬ ‭triangle,‬
‭SSC MTS 02/11/2021 (Evening)‬ t‭ imes‬‭each‬‭of‬‭its‬‭equal‬‭sides.‬‭What‬‭is‬‭the‬ ‭excluding‬ ‭the‬ ‭portion‬ ‭covered‬ ‭by‬ ‭the‬
‭(a) 60‬ ‭(b) 75‬ ‭(c) 36‬ ‭(d) 72‬ ‭length of its base ? ( in cm)‬ ‭sectors of the circle ?‬
‭SSC CHSL 16/04/2021 (Morning)‬ ‭SSC CPO 23/11/2020 (Morning)‬
‭(a) 35‬ ‭(b) 20‬ ‭(c) 25‬ ‭(d) 28‬ ‭(a) 27.72 (b) 120‬ ‭(c) 105.86 (d) 92.28‬
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‭Pinnacle‬ ‭Day:‬‭19th - 28th‬ ‭Mensuration‬
‭ .720.‬‭A‬‭9‬‭cm‬‭solid‬‭metallic‬‭cube‬‭and‬‭a‬
Q ‭33.(b)‬ ‭34.(b)‬ ‭35.(c)‬ ‭36.(d)‬ ‭217.(c)‬ ‭218.(a)‬ ‭219.(b)‬ ‭220.(c)‬
‭solid‬ ‭metallic‬ ‭cuboid‬‭having‬‭dimensions‬
‭37.(b)‬ ‭38.(c)‬ ‭39.(a)‬ ‭40.(b)‬ ‭221.(c)‬ ‭222.(c)‬ ‭223.(c)‬ ‭224.(b)‬
‭5‬‭cm,‬‭13cm,‬‭31cm‬‭are‬‭melted‬‭and‬‭recast‬
‭into‬ ‭a‬ ‭single‬ ‭cube.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬ ‭41.(c)‬ ‭42.(d)‬ ‭43.(b)‬ ‭44.(d)‬ ‭225.(c)‬ ‭226.(d)‬ ‭227.(b)‬ ‭228.(b)‬
‭2‬
‭ urface area(in‬‭𝑐 ‬‭𝑚‬ ‭) of the new cube?‬
s ‭45.(a)‬ ‭46.(a)‬ ‭47.(d)‬ ‭48.(d)‬ ‭229.(c)‬ ‭230.(a)‬ ‭231.(a)‬ ‭232.(b)‬
‭SSC CPO 23/11/2020 (Evening)‬
‭49.(b)‬ ‭50.(c)‬ ‭51.(c)‬ ‭52.(a)‬ ‭233.(d)‬ ‭234.(a)‬ ‭235.(c)‬ ‭236.(b)‬
‭(a) 2744‬ ‭(b) 1362 (c) 865‬ ‭(d) 1176‬
‭53.(d)‬ ‭54.(c)‬ ‭55.(a)‬ ‭56.(c)‬ ‭237.(a)‬ ‭238.(c)‬ ‭239.(a)‬ ‭240.(d)‬
‭ .721.‬ ‭A‬‭rectangular‬‭lawn‬‭whose‬‭length‬
Q
‭57.(b)‬ ‭58.(c)‬ ‭59.(d)‬ ‭60.(c)‬ ‭241.(b)‬ ‭242.(d)‬ ‭243.(d)‬ ‭244.(b)‬
‭is‬ ‭twice‬ ‭of‬ ‭its‬ ‭breadth‬ ‭is‬ ‭extended‬ ‭by‬
‭having‬ ‭four‬ ‭semi-circular‬ ‭portions‬‭on‬‭its‬ ‭61.(b)‬ ‭62.(c)‬ ‭63.(c)‬ ‭64.(d)‬ ‭245.(c)‬ ‭246.(a)‬ ‭247.(b)‬ ‭248.(a)‬
‭sides.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬ ‭cost‬ ‭(in‬ ‭Rs.)‬ ‭of‬ ‭65.(b)‬ ‭66.(d)‬ ‭67.(b)‬ ‭68.(d)‬ ‭249.(b)‬ ‭250.(c)‬ ‭251.(c)‬ ‭252.(a)‬
‭levelling‬ ‭the‬ ‭entire‬ ‭lawn‬ ‭at‬ ‭the‬ ‭rate‬ ‭of‬
‭69.(d)‬ ‭70.(a)‬ ‭71.(c)‬ ‭72.(d)‬ ‭253.(c)‬ ‭254.(a)‬ ‭255.(b)‬ ‭256.(a)‬
‭Rs.100‬ ‭per‬ ‭square‬ ‭metre‬ ‭if‬ ‭the‬ ‭smaller‬
‭side of the rectangular lawn is 12 m :‬ ‭73.(b)‬ ‭74.(d)‬ ‭75.(d)‬ ‭76.(c)‬ ‭257.(d)‬ ‭258.(b)‬ ‭259.(b)‬ ‭260.(a)‬
‭SSC CPO 23/11/2020 (Evening)‬ ‭77.(a)‬ ‭78.(a)‬ ‭79.(d)‬ ‭80.(c)‬ ‭261.(a)‬ ‭262.(d)‬ ‭263.(d)‬ ‭264.(c)‬
‭(a) 85,320‬ ‭(b) 86,540‬
‭(c) 78,650‬ ‭(d) 97,625‬ ‭81.(b)‬ ‭82.(b)‬ ‭83.(b)‬ ‭84.(c)‬ ‭265.(b)‬ ‭266.(d)‬ ‭267.(d)‬ ‭268.(d)‬
‭85.(a)‬ ‭86.(c)‬ ‭87.(d)‬ ‭88.(a)‬ ‭269.(a)‬ ‭270.(c)‬ ‭271.(b)‬ ‭272.(d)‬
‭ .722.‬ ‭A‬‭9‬‭cm‬‭solid‬‭metallic‬‭cube‬‭and‬‭a‬
Q
‭solid‬ ‭metallic‬ ‭cuboid‬‭having‬‭dimensions‬ ‭89.(a)‬ ‭90.(a)‬ ‭91.(d)‬ ‭92.(a)‬ ‭273.(d)‬ ‭274.(c)‬ ‭275.(c)‬ ‭276.(c)‬
‭5‬‭cm,‬‭13cm,‬‭31cm‬‭are‬‭melted‬‭and‬‭recast‬ ‭93.(d)‬ ‭94.(c)‬ ‭95.(a)‬ ‭96.(b)‬ ‭277.(c)‬ ‭278.(c)‬ ‭279.(c)‬ ‭280.(b)‬
‭into‬ ‭a‬ ‭single‬‭cube.‬‭How‬‭much‬‭(in‬‭Rs.)‬‭is‬
‭97.(b)‬ ‭98.(b)‬ ‭99.(a)‬ ‭100.(c)‬ ‭281.(a)‬ ‭282.(b)‬ ‭283.(b)‬ ‭284.(b)‬
‭the cost to polish the new cube at the‬
‭2‬ ‭101.(d)‬ ‭102.(a)‬ ‭103.(c)‬ ‭104.(b)‬ ‭285.(a)‬ ‭286.(d)‬ ‭287.(a)‬ ‭288.(c)‬
r‭ ate of Rs.10 per‬‭𝑐 𝑚‬
‭SSC CPO 24/11/2020 (Morning)‬ ‭105.(d)‬ ‭106.(c)‬ ‭107.(a)‬ ‭108.(c)‬ ‭289.(b)‬ ‭290.(d)‬ ‭291.(d)‬ ‭292.(c)‬
‭(a) 13,620 (b) 11,760 (c) 8,650 (d) 27,440‬ ‭109.(b)‬ ‭110.(c)‬ ‭111.(c)‬ ‭112.(c)‬ ‭293.(a)‬ ‭294.(d)‬ ‭295.(b)‬ ‭296.(d)‬
‭ .723.‬ ‭A‬ ‭hexagon‬ ‭is‬ ‭1944‬ ‭3‬‭𝑚‬ ‭.‬ ‭What‬
Q
‭2‬ ‭113.(b)‬ ‭114.(a)‬ ‭115.(b)‬ ‭116.(d)‬ ‭297.(b)‬ ‭298.(a)‬ ‭299.(d)‬ ‭300.(a)‬
‭will‬‭be‬ ‭the‬‭cost‬‭(in‬‭Rs)‬‭of‬‭fencing‬‭it‬‭at‬‭the‬ ‭117.(b)‬ ‭118.(d)‬ ‭119.(a)‬ ‭120.(b)‬ ‭301.(b)‬ ‭302.(b)‬ ‭303.(a)‬ ‭304.(d)‬
‭rate of Rs.11.50 per metre?‬
‭121.(b)‬ ‭122.(a)‬ ‭123.(a)‬ ‭124.(a)‬ ‭305.(c)‬ ‭306.(c)‬ ‭307.(d)‬ ‭308.(d)‬
‭SSC CPO 24/11/2020 (Morning)‬
‭(a) 2,256 (b) 2,785 (c) 3,200 (d) 2,484‬ ‭125.(b)‬ ‭126.(a)‬ ‭127.(d)‬ ‭128.(b)‬ ‭309.(c)‬ ‭310.(c)‬ ‭311.(a)‬ ‭312.(c)‬
‭129.(a)‬ ‭130.(b)‬ ‭131.(a)‬ ‭132.(b)‬ ‭313.(c)‬ ‭314.(b)‬ ‭315.(a)‬ ‭316.(d)‬
‭ .724.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭triangle‬ ‭is‬ ‭equal‬‭to‬
Q
‭the‬ ‭perimeter‬‭of‬‭a‬‭square‬‭whose‬‭diagonal‬ ‭133.(b)‬ ‭134.(c)‬ ‭135.(b)‬ ‭136.(c)‬ ‭317.(a)‬ ‭318.(b)‬ ‭319.(b)‬ ‭320.(c)‬
‭is‬ ‭6‬ ‭2‬‭cm‬ ‭,‬ ‭and‬ ‭its‬ ‭height‬ ‭is‬ ‭equal‬ ‭to‬ ‭the‬ ‭137.(c)‬ ‭138.(c)‬ ‭139.(b)‬ ‭140.(b)‬ ‭321.(a)‬ ‭322.(a)‬ ‭323.(d)‬ ‭324.(a)‬
‭2‬
‭side of a square whose area is 144‬‭𝑐 𝑚‬ ‭.‬ ‭141.(d)‬ ‭142.(b)‬ ‭143.(b)‬ ‭144.(a)‬ ‭325.(c)‬ ‭326.(c)‬ ‭327.(c)‬ ‭328.(b)‬
‭2‬
‭ he area of the triangle (in‬‭𝑚‬ ‭)‬
T ‭145.(a)‬ ‭146.(a)‬ ‭147.(a)‬ ‭148.(b)‬ ‭329.(c)‬ ‭330.(b)‬ ‭331.(a)‬ ‭332.(a)‬
‭SSC CPO 24/11/2020 (Evening)‬
‭(a) 144‬ ‭(b) 216‬ ‭(c) 288‬ ‭(d) 72‬ ‭149.(b)‬ ‭150.(c)‬ ‭151.(d)‬ ‭152.(b)‬ ‭333.(d)‬ ‭334.(b)‬ ‭335.(d)‬ ‭336.(c)‬
‭153.(b)‬ ‭154.(d)‬ ‭155.(b)‬ ‭156.(d)‬ ‭337.(d)‬ ‭338.(b)‬ ‭339.(c)‬ ‭340.(b)‬
‭ .725.‬ ‭The‬‭perimeter‬‭of‬‭a‬‭square‬‭is‬‭half‬
Q
‭the‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭rectangle.‬ ‭The‬ ‭157.(a)‬ ‭158.(b)‬ ‭159.(d)‬ ‭160.(b)‬ ‭341.(b)‬ ‭342.(b)‬ ‭343.(d)‬ ‭344.(d)‬
‭perimeter‬ ‭of‬ ‭the‬ ‭square‬ ‭is‬ ‭40m.‬ ‭If‬ ‭its‬ ‭161.(d)‬ ‭162.(b)‬ ‭163.(b)‬ ‭164.(b)‬ ‭345.(c)‬ ‭346.(a)‬ ‭347.(b)‬ ‭348.(c)‬
‭breadth‬ ‭is‬ ‭two-thirds‬ ‭of‬ ‭its‬ ‭length,‬ ‭then‬
‭165.(b)‬ ‭166.(c)‬ ‭167.(a)‬ ‭168.(a)‬ ‭349.(a)‬ ‭350.(b)‬ ‭351.(d)‬ ‭352.(c)‬
‭what is the area of the rectangle ?‬
‭SSC CPO 25/11/2020 (Morning)‬ ‭169.(d)‬ ‭170.(d)‬ ‭171.(c)‬ ‭172.(b)‬ ‭353.(a)‬ ‭354.(c)‬ ‭355.(d)‬ ‭356.(d)‬
‭(a) 321‬ ‭(b) 196‬ ‭(c) 400‬ ‭(d) 384‬ ‭173.(a)‬ ‭174.(b)‬ ‭175.(b)‬ ‭176.(c)‬ ‭357.(d)‬ ‭358.(d)‬ ‭359.(d)‬ ‭360.(c)‬
‭177.(d)‬ ‭178.(a)‬ ‭179.(a)‬ ‭180.(a)‬ ‭361.(c)‬ ‭362.(b)‬ ‭363.(c)‬ ‭364.(b)‬
‭Answer Key :-‬
‭181.(d)‬ ‭182.(d)‬ ‭183.(d)‬ ‭184.(c)‬ ‭365.(c)‬ ‭366.(c)‬ ‭367.(c)‬ ‭368.(c)‬
‭1.(b)‬ ‭2.(c)‬ ‭3.(d)‬ ‭4.(b)‬ ‭185.(c)‬ ‭186.(b)‬ ‭187.(d)‬ ‭188.(d)‬ ‭369.(a)‬ ‭370.(b)‬ ‭371.(b)‬ ‭372.(c)‬
‭5.(b)‬ ‭6.(a)‬ ‭7.(d)‬ ‭8.(d)‬ ‭189.(b)‬ ‭190.(a)‬ ‭191.(d)‬ ‭192.(b)‬ ‭373.(a)‬ ‭374.(a)‬ ‭375.(d)‬ ‭376.(a)‬
‭9.(b)‬ ‭10.(c)‬ ‭11.(c)‬ ‭12.(a)‬ ‭193.(c)‬ ‭194.(b)‬ ‭195.(b)‬ ‭196.(d)‬ ‭377.(b)‬ ‭378.(a)‬ ‭379.(d)‬ ‭380.(c)‬
‭13.(b)‬ ‭14.(d)‬ ‭15.(d)‬ ‭16.(a)‬ ‭197.(c)‬ ‭198.(d)‬ ‭199.(b)‬ ‭200.(b)‬ ‭381.(a)‬ ‭382.(d)‬ ‭383.(a)‬ ‭384.(a)‬
‭17.(d)‬ ‭18.(b)‬ ‭19.(b)‬ ‭20.(b)‬ ‭201.(a)‬ ‭202.(d)‬ ‭203.(b)‬ ‭204.(b)‬ ‭385.(d)‬ ‭386.(d)‬ ‭387.(d)‬ ‭388.(a)‬
‭21.(a)‬ ‭22.(c)‬ ‭23.(c)‬ ‭24.(b)‬ ‭205.(b)‬ ‭206.(d)‬ ‭207.(b)‬ ‭208.(c)‬ ‭389.(d)‬ ‭390.(a)‬ ‭391.(d)‬ ‭392.(b)‬
‭25.(d)‬ ‭26.(a)‬ ‭27.(d)‬ ‭28.(a)‬ ‭209.(a)‬ ‭210.(b)‬ ‭211.(d)‬ ‭212.(b)‬ ‭393.(a)‬ ‭394.(a)‬ ‭395.(a)‬ ‭396.(c)‬
‭29.(a)‬ ‭30.(a)‬ ‭31.(c)‬ ‭32.(c)‬ ‭213.(d)‬ ‭214.(a)‬ ‭215.(d)‬ ‭216.(d)‬ ‭397.(a)‬ ‭398.(b)‬ ‭399.(b)‬ ‭400.(a)‬

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