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Mensuration

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

Mensuration

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reghimanshu80
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭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 ‭ ides‬‭are‬‭equal,‬‭opposite‬‭angles‬
s
‭and surface area are calculated.‬ ‭are‬ ‭equal‬ ‭and‬ ‭diagonals‬ ‭bisect‬
‭each other.‬
‭TWO DIMENSIONAL FIGURES‬
‭2) Rhombus‬‭- It is a parallelogram with‬
‭‬
𝑏 ‭2‬ ‭2‬
‭●‬ ‭Area =‬ ‭4‬‭𝑎‬ − 𝑏
‭‬ ‭ ll four sides equal. The opposite angles‬
a
‭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 ‭●‬ ‭ rea =‬ ‭‬‭× ‬‭‬‭𝑏‬‭‬‭× ‬‭‬‭𝑝‬
A
‭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: 20th - 29th‬ ‭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 ‭ hich‬‭every‬‭point‬‭is‬‭equally‬‭distant‬‭from‬
w ‭ 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
‭2‬ ‭L and breath B, then area of the‬
‭●‬ ‭Area‬= ‭π‬‭𝑟‬
‭2‬ ‭ ‬ ‭2‬
1 ‭2‬ ‭pathway is‬
‭●‬ ‭ rea =‬(‭𝑠 𝑖𝑑𝑒‬) = 𝑎
A ‭ ‬ ‭=‭‬‬ ‭2‬ ‭𝑑‬ ‭●‬ ‭Circumference (perimeter )‬ ‭(i)‬ ‭2‬‭𝑥‬(‭𝐿‬ + ‭𝐵‬ + ‭2‬‭𝑥‬)‭, if path is‬
‭●‬ ‭Perimeter = 4‬× ‭side = 4a‬ ‭=‬‭2π‬‭𝑟‬ ‭made outside the plot‬
‭●‬ ‭Diagonal (d) = a‬ ‭2‬ ‭●‬ ‭Diameter = 2r‬ ‭(ii)‬‭2‬‭𝑥‬(‭𝐿‬ + ‭𝐵‬ − ‭2‬‭𝑥‬)‭, if a path is‬
‭●‬ ‭Length of Arc (AB)‬ ‭made inside the plot.‬
‭9.‬‭If‬‭two‬‭paths,‬‭each‬‭of‬‭width‬‭x‬‭are‬‭made‬
‭ OTE:‬
N ‭Important‬ ‭points‬ ‭about‬ θ
‭=‬‭2π‬‭𝑟‬‭‬‭× ‬‭ ‬ ‭parallel‬ ‭to‬ ‭length‬ ‭(L)‬ ‭and‬ ‭breadth‬ ‭(B)‬ ‭of‬
‭Quadrilaterals‬ ‭360°‬
‭the‬ ‭rectangular‬ ‭plot‬ ‭in‬‭the‬‭middle‬‭of‬‭the‬
‭●‬ ‭Area of sector AOB‬
‭plot crossing each other, then,‬
‭1. The diagonals of a parallelogram‬ ‭2‬ θ
‭=‬π‭𝑟‬ × ‭Area of the path =‬‭𝑥‬(‭𝐿‬ + ‭𝐵‬ − ‭𝑥‬)
‭bisect each other.‬ ‭360°‬

‭2. Diagonal of a parallelogram divides it‬ ‭●‬ L‭ ength‬ ‭of‬‭Arc‬ ‭(AB)‬‭=‬ ‭𝑎𝑛𝑔𝑙𝑒‬ ‭×‬ ‭THREE DIMENSIONAL FIGURES‬
‭into two triangles of equal area.‬ ‭𝑟𝑎𝑑𝑖𝑢𝑠‬‭, (where angle in radian)‬ ‭CUBE‬
‭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 ‭All‬ ‭sides‬ ‭are‬ ‭equal.‬ ‭It‬ ‭has‬‭six‬‭faces‬‭and‬
‭they bisect each other at right angles.‬ ‭ 2 edges.‬
1
‭3‬
‭6. A parallelogram and a rectangle have‬ ‭●‬ ‭Volume =‬‭𝑎‬
‭Here, R = radius of bigger ring ,‬
‭equal areas if they are on the same‬ ‭●‬ ‭Total surface area = 6‬‭𝑎‬
‭2‬
‭r = radius of smaller ring‬
‭base and between the same parallel‬ ‭●‬ ‭Diagonal =‬‭𝑎‬ ‭3‬
‭2‬ ‭2‬
‭Lines.‬ ‭●‬ ‭Area =‬‭π‬(‭𝑅‬ − ‭𝑟‬ )
‭●‬ ‭Sum of all edges = 12a‬
‭●‬ ‭ ifference‬ ‭in‬ ‭circumference‬ ‭of‬
D
‭both the rings =‬‭2π‬‭𝑅‬ − ‭2π‬‭𝑟‬ ‭Here, a = length of the side‬
‭REGULAR POLYGON‬

‭Short Cut methods/Tricks‬ ‭CUBOID‬


I‭n‬ ‭a‬ ‭regular‬ ‭polygon‬ ‭all‬ ‭sides‬ ‭and‬ ‭all‬
‭interior‬ ‭angles‬ ‭are‬ ‭equal.‬ ‭A‬ ‭polygon‬ ‭is‬
‭A‬‭rectangular‬‭body‬‭having‬‭3D‬‭rectangular‬
‭called‬ ‭a‬ ‭pentagon,‬ ‭hexagon‬ ‭,‬‭heptagon‬‭,‬ ‭1. If the length and breadth of a rectangle‬
‭ hape, is called a cuboid.‬
s
‭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
‭𝑎𝑏‬
I‭f‬ ‭each‬ ‭side‬ ‭of‬ ‭a‬ ‭regular‬ ‭polygon‬ o
‭ f‬ ‭‘n’‬ ‭(‭𝑎
‬ ‬ + ‭𝑏‬‭+‬ ‭)%‬
‭100‬
‭sides is equal to ‘a’ then:‬
‭2. If any of the two sides of the‬ ‭●‬ ‭Volume =‬‭𝑙‬‭‬‭× ‬‭‬‭𝑏‬‭‬‭× ‬‭‬‭ℎ‬
‭●‬ ‭Area of regular pentagon‬
‭rectangle is decreased then use ‘–ve’‬
‭6.‬9
‭‬ ‭●‬ ‭Total surface area =‬
‭=‬
‭2‬
‭× ‬‭𝑎‬ ‭values for that side.‬
‭4‬
‭3. All the sides of any two dimensional‬ ‭2‬(‭𝑙𝑏‬ + ‭𝑏ℎ‬ + ‭𝑙ℎ‬)
‭●‬ ‭Area of regular hexagon‬ ‭figure changed by a%, then its area will‬ ‭2‬ ‭2‬ ‭2‬
‭●‬ ‭Diagonal =‬ ‭𝑙‬ + ‭𝑏‬ + ‭ℎ‬
‭2‬
‭3‬ ‭2‬ ‭𝑎‬
‭=‬‭6‬‭×‬ ‭𝑎‬ ‭change by (2‬‭a‬‭+‬‭ ‬ ‭)%‬
‭4‬ ‭100‬ ‭BOX‬
‭360°‬ ‭ henever there is a decrease, use‬
W
‭●‬ ‭ ach exterior angle =‬
E ‭A box has its shape like a cube or cuboid.‬
‭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: 20th - 29th‬ ‭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 × ‭‭b ‬ readth‬ ‭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
v‭ olume(‬ ‭or‬ ‭capacity)‬ ‭=‬ ‭sloping‬ ‭sides‬ ‭that‬ ‭meet‬ ‭in‬ ‭a‬
‭●‬ ‭Lateral‬‭surface‬‭area‬‭=‬‭Perimeter‬
‭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
‭A‬ ‭rectangular‬ ‭room‬ ‭has‬ ‭four‬ ‭walls‬ ‭‬
1
‭●‬ ‭Volume =‬ ‭×base area × height‬
(‭ surfaces)‬‭and‬‭opposite‬‭walls‬‭have‬‭equal‬ ‭3‬
‭CONE‬
‭area.‬ ‭2‬ ‭2‬
‭●‬ ‭Slant height (l) =‬ ‭𝑟‬ + ‭ℎ‬
‭●‬ ‭Total Area of walls‬
‭A‬‭solid‬‭and‬‭round‬‭body‬‭with‬‭a‬‭round‬‭base‬ ‭●‬ ‭Lateral surface area‬
‭=‬‭2‬(‭𝑙‬ + ‭𝑏‬)‭‬‭× ‬‭‬‭ℎ‬ ‭ nd pointed peak.‬
a ‭𝑃𝑒𝑟𝑖𝑚𝑒𝑡𝑒𝑟‬‭‬‭×‭‬‬‭𝑠𝑙𝑎𝑛𝑡‬‭‬‭ℎ𝑒𝑖𝑔ℎ𝑡‬
‭●‬ ‭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 ‭ quilateral triangles.‬
e
‭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
‭●‬ ‭Cone‬ ‭formed‬ ‭by‬ ‭rotating‬ ‭right‬ ⇒ ‭V =‬‭ ‬ × 4‭ ‬
‭surface‬ ‭area‬ ‭+‬‭area‬‭of‬‭both‬‭the‬ ‭3‬
‭ ngled triangle about its height:‬
a
‭circles‬
‭2‬
‭=‬‭2π‬‭𝑟ℎ‬ + ‭2π‬‭𝑟‬ = ‭2π‬(‭𝑟‬ + ‭ℎ‬)‭𝑟‬
‭2‬
‭𝑎‬ × ( ‭6‬
‭12‬
‭𝑎‬ +
‭6‬
‭4‬ )
‭𝑎‬
‭●‬ ‭When‬ ‭the‬ ‭rectangular‬ ‭sheet‬ ‭is‬ ‭2‬ ‭3‬
f‭ olded‬‭along‬‭its‬‭length,‬‭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 ‭ ase,‬ ‭so‬ ‭as‬ ‭to‬ ‭divide‬ ‭the‬ ‭cone‬ ‭into‬ ‭two‬
b

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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭ arts:‬‭upper‬‭part‬‭and‬‭lower‬‭part,‬‭then‬‭the‬
p ‭cm‬ ‭high.‬ ‭If‬ ‭the‬‭thickness‬‭of‬‭the‬‭wood‬‭is‬
‭Variety Questions‬
‭lower part is called frustum.‬ ‭ .5‬ ‭cm,‬ ‭then‬ ‭the‬ ‭volume‬ ‭of‬ ‭wood‬
0
‭required is‬
‭Q.1.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭right‬ ‭prism‬ ‭is‬ ‭an‬
‭SSC MTS 14/09/2023 (3rd Shift)‬
‭ quilateral‬ ‭triangle‬ ‭with‬ ‭each‬ ‭side‬
e
‭(a) 165 cm‬‭3‬ ‭(b) 300 cm‬‭3‬
‭measuring‬ ‭4‬ ‭cm.‬ ‭If‬ ‭the‬ ‭lateral‬ ‭surface‬
‭(c) 230 cm‬‭3‬ ‭(d) 150 cm‬‭3‬
‭area‬‭is‬‭120‬‭cm‬‭2‬‭,‬‭find‬‭the‬‭volume‬‭(in‬‭cm‬‭3‬‭)‬
‭of the prism.‬ ‭Q.8.‬‭The‬‭weight‬‭of‬‭a‬‭cube‬‭varies‬‭directly‬
‭●‬ ‭Slant height (l)‬ ‭SSC CHSL Tier II (10/01/2024)‬ ‭ s‬ ‭the‬ ‭product‬ ‭of‬ ‭its‬ ‭volume‬ ‭and‬ ‭its‬
a
‭2‬
‭=‬ ‭ℎ‬ + (‭𝑅‬ − ‭𝑟‬)
‭2‬ ‭(a) 30‬ ‭3‬ ‭(b) 40‬ ‭3‬ ‭(c) 10‬ ‭3‬ ‭(d) 20‬ ‭3‬ ‭density.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭densities‬ ‭of‬ ‭the‬
‭materials‬ ‭of‬ ‭the‬ ‭first‬ ‭cube‬ ‭and‬ ‭second‬
‭●‬ ‭Curved Surface Area‬ ‭Q.2.‬‭Some‬‭ice‬‭pieces,‬‭spherical‬‭in‬‭shape,‬ ‭cube‬ ‭is‬ ‭27:16.‬ ‭If‬ ‭the‬ ‭weight‬ ‭of‬ ‭the‬ ‭first‬
‭=‬π(‭𝑅‬ + ‭𝑟‬)‭𝑙‬ ‭ f‬ ‭diameter‬ ‭6‬ ‭cm‬ ‭are‬ ‭dropped‬ ‭in‬ ‭a‬
o ‭cube‬‭is‬‭4‬‭times‬‭the‬‭weight‬‭of‬‭the‬‭second‬
‭●‬ ‭Total surface area‬ ‭cylindrical‬ ‭container‬ ‭containing‬ ‭some‬ ‭cube,‬‭then‬‭what‬‭is‬‭the‬‭ratio‬‭of‬‭the‬‭edges‬
‭2‬ ‭2‬ ‭juice‬ ‭and‬ ‭are‬ ‭fully‬ ‭submerged.‬ ‭If‬ ‭the‬ ‭of the first cube and second cube?‬
‭=‬π(‭𝑅‬ + ‭𝑟‬)‭𝑙‬ + ‭π‬‭𝑅‬ + ‭π‬‭𝑟‬
‭diameter‬ ‭of‬ ‭the‬ ‭container‬ ‭is‬ ‭18‬ ‭cm‬ ‭and‬ ‭SSC MTS 14/09/2023 (2nd Shift)‬
‭2‬ ‭2‬
‭=‬‭π‬{(‭𝑅‬ + ‭𝑟‬)‭𝑙‬ + ‭𝑅‬ + ‭𝑟‬ } ‭level‬ ‭of‬ ‭juice‬ ‭rises‬ ‭by‬ ‭40‬ ‭cm,‬ ‭then‬ ‭how‬ ‭(a) 2 : 3‬ ‭(b) 3 : 2‬ ‭(c) 3 : 4‬ ‭(d) 4 : 3‬
‭‬
1 ‭2‬ ‭2‬ ‭many‬ ‭ice‬ ‭pieces‬ ‭are‬ ‭dropped‬ ‭in‬ ‭the‬
‭●‬ ‭Volume‬ ‭=‬‭ ‬ ‭π‭h
‬ ‬(‭𝑟‬ + ‭𝑅‬ + ‭𝑟𝑅‬) ‭ .9.‬ ‭The‬ ‭weight‬ ‭of‬‭a‬‭circular‬‭disc‬‭varies‬
Q
‭3‬ ‭container ?‬
‭SSC CPO 05/10/2023 (3rd Shift)‬ ‭directly‬ ‭as‬ ‭the‬ ‭product‬ ‭of‬ ‭the‬ ‭square‬ ‭of‬
‭SPHERE‬ ‭(a) 90‬ ‭(b) 80‬ ‭(c) 85‬ ‭(d) 95‬ ‭the‬ ‭radius‬ ‭and‬ ‭its‬ ‭thickness.‬ ‭Two‬
‭identical/similar‬ ‭discs‬ h ‭ ave‬ ‭their‬
‭ ‬ ‭3‬
4 ‭ .3.‬ S
Q ‭ ome‬ ‭medicine‬ ‭in‬ ‭liquid‬ ‭form‬ ‭is‬ ‭thickness‬ ‭in‬ ‭the‬ ‭ratio‬ ‭of‬ ‭16‬ ‭:‬ ‭9.‬ ‭What‬‭is‬
‭●‬ ‭Volume of sphere =‬ π‭𝑟‬ ‭prepared‬‭in‬‭a‬‭hemispherical‬‭container‬‭of‬
‭3‬ ‭the‬‭ratio‬‭of‬‭their‬‭radii‬‭if‬‭the‬‭weight‬‭of‬‭the‬
‭diameter‬ ‭36‬ ‭cm.‬ ‭When‬ ‭the‬ ‭container‬ ‭is‬ ‭first is four times that of the second ?‬
‭●‬ ‭Curved Surface area‬
‭2‬
‭full‬ ‭of‬ ‭medicine,‬ ‭the‬ ‭medicine‬ ‭is‬ ‭SSC MTS 12/09/2023 (3rd Shift)‬
‭= Total surface area =‬‭4π‬‭𝑟‬ ‭transferred‬‭to‬‭small‬‭cylindrical‬‭bottles‬‭of‬ ‭(a) 3 : 2 (b) 2 : 3 (c) 1 : 2 (d) 2 : 1‬
‭diameter‬ ‭6‬ ‭cm‬ ‭and‬ ‭height‬ ‭6‬ ‭cm.‬ ‭How‬
‭HOLLOW SPHERE OR‬ ‭many‬ ‭bottles‬ ‭are‬ ‭required‬ ‭to‬ ‭empty‬ ‭the‬ ‭Q.10.‬‭A‬‭path‬‭of‬‭uniform‬‭width‬‭2.5‬‭m‬‭runs‬
‭SPHERICAL SHELL:‬ ‭container ?‬ ‭ round‬ ‭the‬‭outside‬‭of‬‭a‬‭rectangular‬‭field‬
a
‭SSC CPO 04/10/2023 (2nd Shift)‬ ‭of‬‭dimensions‬‭45‬‭m‬ × ‭35‬‭m.‬‭What‬‭is‬‭the‬
‭●‬ ‭Volume of hollow sphere‬ ‭(a) 70‬ ‭(b) 75‬ ‭(c) 72‬ ‭(d) 76‬ ‭area of the path (in m‬‭2‬‭) ?‬
‭‬
4 ‭3‬ ‭3‬ ‭SSC MTS 08/09/2023 (2nd Shift)‬
‭=‬ π(‭𝑅‬ − 𝑟‭ ‬ ) ‭Q.4.‬ ‭The‬ ‭length‬ ‭and‬ ‭the‬ ‭breadth‬ ‭of‬‭the‬
‭3‬ ‭(a) 500‬ ‭(b) 425‬ ‭(c) 475‬ ‭(d) 525‬
‭2‬ ‭ oor‬ ‭of‬ ‭a‬ ‭rectangular‬ ‭hall‬ ‭are‬ ‭126‬ ‭feet‬
fl
‭●‬ ‭Internal surface area =‬‭4π‬‭𝑟‬ ‭and‬‭90‬‭feet,‬‭respectively.‬‭What‬‭will‬‭be‬‭the‬ ‭ .11.‬‭A‬‭hemispherical‬‭dome‬‭of‬‭a‬‭building‬
Q
‭●‬ ‭External surface area =‬‭4π‬‭𝑅‬
‭2‬
‭area‬ ‭(in‬ ‭square‬ ‭feet)‬ ‭of‬ ‭each‬ ‭of‬ ‭the‬ ‭needs‬‭to‬‭be‬‭painted.‬‭If‬‭the‬‭circumference‬
‭Here R = external radius and‬ ‭largest‬ ‭identical‬ ‭square‬‭tiles‬‭that‬‭can‬‭be‬ ‭of‬‭the‬‭base‬‭of‬‭the‬‭dome‬‭is‬‭154‬‭cm,‬‭then‬
‭used‬‭to‬‭tile‬‭this‬‭floor‬‭in‬‭a‬‭way‬‭that‬‭no‬‭part‬ ‭find‬ ‭the‬ ‭cost‬ ‭of‬ ‭painting‬ ‭it‬‭if‬‭the‬‭cost‬‭of‬
‭r = internal radius‬
‭of the floor remains uncovered?‬ ‭22‬
‭painting is ₹4 per 100 cm² (use‬π = ‭).‬
‭SSC CPO 03/10/2023 (3rd Shift)‬ ‭7‬
‭HEMISPHERE‬ ‭ SC CHSL 10/08/2023 (4th Shift)‬
S
‭(a) 196‬ ‭(b) 256‬ ‭(c) 324‬ ‭(d) 484‬
‭(a) ₹150.92‬ ‭(b) ₹ 150.66‬
‭Q.5.‬‭The‬‭radii‬‭of‬‭the‬‭ends‬‭of‬‭a‬‭frustum‬‭of‬ ‭(c) ₹ 105.29‬ ‭(d) ₹ 105.66‬
‭ ‬‭solid‬‭right-circular‬‭cone‬‭45‬‭cm‬‭high‬‭are‬
a
‭28‬‭cm‬‭and‬‭7‬‭cm.‬‭If‬‭this‬‭frustum‬‭is‬‭melted‬ ‭ .12.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭sector‬‭of‬‭a‬‭circle‬‭is‬
Q
‭and‬ ‭reconstructed‬ ‭into‬ ‭a‬ ‭solid‬ ‭right‬ ‭616‬‭cm‬‭2‬ ‭with‬‭a‬‭central‬‭angle‬‭of‬‭10°.‬‭The‬
‭●‬ ‭Volume of the hemisphere‬ ‭22‬‭‬
‭circular‬ ‭cylinder‬ ‭whose‬ ‭radius‬ ‭of‬ ‭base‬ ‭radius of the circle is _____.(use π =‬ ‭)‬
‭‬
2 ‭3‬ ‭and‬ ‭height‬ ‭are‬ ‭in‬ ‭the‬‭ratio‬‭3‬‭:‬‭5,‬‭find‬‭the‬ ‭7‭‬‬
‭=‬ ‭ ‬π‭‬‭𝑟‬
‭3‬
‭curved‬ ‭surface‬ ‭area‬ ‭(in‬ ‭cm‬‭2‬‭)‬ ‭of‬ ‭this‬ ‭ SC CHSL 08/08/2023 (2nd Shift)‬
S
‭●‬ ‭Total surface area =‬‭3π‬‭𝑟‬
‭2‬
‭22‬ ‭(a) 84 cm (b) 21 cm (c) 48 cm (d) 28 cm‬
‭cylinder. [Use‬π = ‭.]‬
‭2‬ ‭7‬
‭●‬ ‭Curved surface area =‬‭2π‬‭𝑟‬ ‭ .13.‬‭Find‬‭the‬‭volume‬‭of‬‭the‬‭largest‬‭right‬
Q
‭ SC CPO 03/10/2023 (1st Shift)‬
S
‭Where, r = radius‬ ‭circular‬ ‭cone‬ ‭that‬‭can‬‭be‬‭cut‬‭out‬‭from‬‭a‬
‭(a) 4610‬‭(b) 4620‬‭(c) 4580‬‭(d) 4640‬
‭‬
1
‭cube‬ ‭whose‬ ‭edge‬ ‭is‬‭3‬‭cm,‬‭correct‬‭to‬
‭Q.6.‬ ‭A‬ ‭square‬ ‭and‬ ‭a‬‭rhombus‬‭have‬‭the‬ ‭2‬
‭IMP. UNIT CONVERSION :‬
‭ ame‬ ‭base‬ ‭and‬ ‭the‬ ‭rhombus‬ ‭is‬‭inclined‬
s ‭22‬‭‬
‭●‬
‭3‬
‭1‬‭𝑚‬ ‭= 1000 litres and‬ ‭two places of decimals (use π =‬ ‭).‬
‭7‭‬‬
‭3‬
‭at‬ ‭45°,‬ ‭then‬ ‭what‬ ‭will‬‭be‬‭the‬‭ratio‬‭of‬‭the‬
‭‬
● ‭ litre = 1000‬‭𝑐 𝑚‬
1 ‭ SC CHSL 07/08/2023 (4th Shift)‬
S
‭area‬ ‭of‬ ‭the‬ ‭square‬ ‭to‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬
‭●‬ ‭1 meter = 10 decimeter‬ ‭(a) 13.21 cm³‬ ‭(b) 21.31 cm³‬
‭rhombus?‬
‭= 100 cm = 1000 millimeter‬ ‭(c) 11.23 cm³‬ ‭(d) 12.13 cm³‬
‭SSC MTS 14/09/2023 (3rd Shift)‬
−‭1‬
‭●‬ ‭1 meter =‬ ‭1‬‭0‬ ‭decameter‬ ‭(a)‬ ‭3‬‭‭:‬ 1‬ ‭(b) 1 :‬ ‭3‬ ‭(c)‬ ‭2‬‭‬‭:‬ ‭3‬ ‭(d)‬ ‭2‬‭‬‭: 1‬ ‭Q.14.‬ ‭The‬‭sum‬‭of‬‭the‬‭radius‬‭of‬‭the‬‭base‬
−‭2‬ ‭ nd‬‭the‬‭height‬‭of‬‭a‬‭cylinder‬‭is‬‭42‬‭m.‬‭If‬‭the‬
a
‭=‬‭1‬‭0‬ ‭hectometer‬ ‭Q.7.‬ ‭A‬ ‭closed‬ ‭wooden‬ ‭box‬ ‭measures‬
‭total‬‭surface‬‭area‬‭of‬‭the‬‭cylinder‬‭is‬‭6336‬
−‭3‬
‭=‬‭1‬‭0‬ ‭kilometer‬ ‭ xternally‬‭10‬‭cm‬‭long.‬‭8‬‭cm‬‭broad‬‭and‬‭6‬
e ‭2‬
‭𝑚‬ ‭,‬ ‭find‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭cylinder‬ ‭correct‬ ‭to‬ ‭two‬ ‭places‬ ‭of‬ ‭clock‬‭swept‬‭by‬‭the‬‭minute‬‭hand‬‭between‬ ‭Q.28.‬‭ABCDEF is a regular hexagon. Side‬
‭22‬‭‬ ‭ a.m. and 8:45 a.m.‬
8 ‭ f the hexagon is 36 cm. What is the area‬
o
‭ ecimals (use π =‬
d ‭)‬
‭7‭‬‬ ‭SSC CGL 12/12/2022 (1st Shift)‬ ‭of the triangle ABC ?‬
‭SSC CHSL 02/08/2023 (4th Shift)‬ ‭6600‬ ‭6600‬ ‭SSC CGL Tier II (08/08/2022)‬
‭2‬ ‭2‬ ‭(a)‬ ‭ m‬‭2‬
c ‭(b)‬ ‭ m‬‭2‬
c
‭(a) 2157.43‬‭𝑚‬ ‭(b) 2571.43‬‭𝑚‬ ‭7‬ ‭9‬ ‭2‬ ‭2‬
‭(a) 324‬ ‭3‬‭𝑐 𝑚‬ ‭(b) 360‬ ‭3‬‭𝑐 𝑚‬
‭2‬ ‭2‬ ‭6600‬ ‭6600‬ ‭2‬ ‭2‬
‭(c) 2715.43‬‭𝑚‬ ‭(d) 2517.43‬‭𝑚‬ ‭(c)‬ ‭cm‬‭2‬ ‭(d)‬ ‭cm‬‭2‬ ‭(c) 240‬ ‭3‬‭𝑐 𝑚‬ ‭(d) 192‬ ‭3‬‭𝑐 𝑚‬
‭18‬ ‭14‬
‭ .15.‬‭Three‬‭cubes‬‭with‬‭sides‬‭in‬‭the‬‭ratio‬
Q ‭Q.29.‬‭The‬‭frustum‬‭of‬‭a‬‭right‬‭circular‬‭cone‬
‭ .22.‬ ‭The‬ ‭external‬ ‭diameter‬ ‭of‬ ‭an‬ ‭iron‬
Q
‭of‬ ‭3‬ ‭:‬ ‭4‬ ‭:‬ ‭5‬ ‭are‬ ‭melted‬ ‭to‬ ‭form‬ ‭a‬ ‭single‬ ‭ as‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭base‬ ‭as‬ ‭5‬ ‭cm,‬
h
‭pipe‬ ‭is‬ ‭20‬‭cm‬‭and‬‭its‬‭length‬‭is‬‭12‬‭cm.‬‭If‬
‭cube‬ ‭whose‬ ‭diagonal‬ ‭is‬ ‭18√3‬ ‭cm.‬ ‭The‬ ‭radius‬‭of‬‭the‬‭top‬‭as‬‭3‬‭cm,‬‭and‬‭height‬‭as‬‭6‬
‭the‬‭thickness‬‭of‬‭the‬‭pipe‬‭is‬‭1‬‭cm,‬‭find‬‭the‬
‭sides of the three cubes are:‬ ‭cm. What is its volume ?‬
‭22‬
‭SSC CGL 20/07/2023 (1st shift)‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭pipe‬ ‭(take‬ π ‭=‬ ‭)‬ ‭SSC CHSL 27/05/2022 (Afternoon)‬
‭7‬
‭(a) 21 cm, 28 cm and 35 cm‬ ‭correct to two places of decimal.‬ ‭(a) 98 π‬‭𝑐 𝑚‬
‭3‬
‭(b) 100 π‬‭𝑐 𝑚‬
‭3‬

‭(b) 9 cm, 12 cm and 15 cm‬ ‭SSC CGL 06/12/2022 (2nd Shift)‬ ‭3‬ ‭3‬
‭(c) 96 π‬‭𝑐 𝑚‬ ‭(d) 90 π‬‭𝑐 𝑚‬
‭(c) 18 cm, 24 cm and 30 cm‬ ‭(a) 1,662.67 cm‬‭2‬ ‭(b) 1,552.57 cm‬‭2‬
‭(d) 12 cm, 16 cm and 20 cm‬ ‭(c) 1,442.48 cm‬‭2‬ ‭(d) 1,772.76 cm‬‭2‬ ‭Q.30.‬ ‭Three‬ ‭sides‬ ‭of‬ ‭a‬ ‭triangle‬ ‭are‬
‭2‬ ‭2‬ ‭2‬ ‭2‬ ‭2‬ ‭2‬
‭Q.16.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭equilateral‬ ‭ .23.‬‭If‬‭the‬‭length‬‭of‬‭certain‬‭rectangle‬‭is‬
Q ‭ ‬ + ‭𝑏‬ ‭,‬ (‭2‬‭𝑎‬) + ‭𝑏‬ ‭and‬ ‭𝑎‬ + (‭2‬‭𝑏‬)
𝑎
‭4‬ ‭16‬ ‭decreased‬ ‭by‬ ‭4‬ ‭cm‬ ‭and‬ ‭breadth‬ ‭is‬ ‭units.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭(in‬‭unit‬‭squares)‬
‭triangle‬‭is‬‭3‬‭×‬ ( ) ‭units.‬‭Determine‬ ‭of a triangle?‬
‭3‬ ‭increased‬ ‭by‬ ‭2‬ ‭cm,‬ ‭it‬ ‭would‬ ‭result‬ ‭in‬ ‭a‬
t‭ he area of the triangle.‬ ‭square‬ ‭of‬ ‭the‬ ‭same‬ ‭area.‬ ‭What‬ ‭is‬ ‭the‬ ‭SSC CGL Tier II (03/02/2022)‬
‭Matriculation Level 30/06/2023 (Shift - 4)‬ ‭perimeter of the original rectangle ?‬ ‭‬
5 ‭‬
3
‭(a)‬ ‭𝑎𝑏‬ ‭(b) 3‬‭𝑎𝑏‬ ‭(c) 4‬‭𝑎𝑏‬ ‭(d)‬ ‭𝑎𝑏‬
‭(a) 4 unit‬‭2‬ ‭(b) 1 unit‬‭2‬ ‭(c) 3 unit‬‭2‬ ‭(d) 2 unit‬‭2‬ ‭SSC CGL 06/12/2022 (1st Shift)‬ ‭2‬ ‭2‬
‭(a) 15 cm (b) 24 cm (c) 20 cm (d) 10 cm‬
‭ .17.‬ ‭A‬‭spherical‬‭ball‬‭of‬‭diameter‬‭8‬‭cm‬
Q ‭ .31.‬ ‭A‬ ‭square‬ ‭park‬ ‭has‬ ‭been‬ ‭divided‬
Q
‭is‬ ‭cut‬ ‭into‬ ‭two‬ ‭equal‬ ‭parts.‬ ‭The‬ ‭curved‬ ‭Q.24.‬‭Two‬‭identical‬‭circles‬‭each‬‭of‬‭radius‬ ‭into‬ ‭two‬ ‭rectangles‬ ‭of‬ ‭equal‬ ‭area.‬‭If‬‭the‬
‭area‬ ‭of‬ ‭one‬ ‭such‬‭part‬‭has‬‭to‬‭be‬‭painted‬ ‭ 0‬‭cm‬‭intersect‬‭each‬‭other‬‭such‬‭that‬‭the‬
3 ‭perimeter‬ ‭of‬ ‭each‬‭of‬‭these‬‭rectangles‬‭is‬
‭with‬ ‭green‬ ‭colour,‬ ‭while‬ ‭the‬ ‭other‬ ‭part‬ ‭circumference‬ ‭of‬ ‭each‬ ‭one‬ ‭passes‬ ‭39‬ ‭m,‬ ‭then‬‭what‬‭will‬‭be‬‭the‬‭perimeter‬‭of‬
‭has‬ ‭to‬ ‭be‬ ‭painted‬ ‭with‬ ‭red‬ ‭colour.‬ ‭The‬ ‭through‬ ‭the‬ ‭center‬ ‭of‬ ‭the‬ ‭other.‬‭What‬‭is‬ ‭the square park ?‬
‭bases‬‭of‬‭both‬‭the‬‭hemispheres‬‭are‬‭to‬‭be‬ ‭the area of the intersecting region?‬ ‭SSC CHSL 09/08/2021 (Afternoon)‬
‭painted‬ ‭with‬ ‭blue‬ ‭colour.‬ ‭The‬ ‭cost‬ ‭of‬ ‭SSC CGL 03/12/2022 (4th Shift)‬ ‭(a) 104 m (b) 39 m (c) 78 m (d) 52 m‬
‭painting‬ ‭with‬ ‭blue‬ ‭is‬ ‭₹2/cm²,‬ ‭while‬ ‭the‬ ‭(a) 400π - 250‬ ‭3‬‭cm²‬ ‭ .32.‬‭The‬‭circumference‬‭of‬‭a‬‭circle‬‭is‬‭‘aπ’‬
Q
‭cost‬ ‭of‬ ‭painting‬ ‭the‬ ‭curved‬ ‭area‬ ‭is‬
‭(b) 300π - 150‬ ‭3‬ ‭cm²‬ ‭units‬ ‭and‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭circle‬ ‭is‬ ‭'‬‭𝑏‬π‭'‬
‭₹3/cm².‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭cost‬ ‭(in₹)‬ ‭of‬
‭(c) 500π - 350‬ ‭3‬ ‭cm²‬ ‭square‬ ‭units.‬ ‭If‬ ‭a:b‬ ‭is‬ ‭equal‬ ‭to‬ ‭4:5,‬‭then‬
‭painting the hemispheres? Take л = 3.14‬
‭the radius of the circle is:‬
‭Matriculation Level 28/06/2023 (Shift - 4)‬ ‭(d) 600π - 450‬ ‭3‬‭cm²‬
‭SSC CHSL 06/08/2021 (Evening)‬
‭(a) ₹451.92‬ ‭(b) ₹492.92‬
‭Q.25.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭trapezium‬ ‭shaped‬ ‭(a) 3 cm‬ ‭(b) 2.5 cm (c) 5 cm (d) 2 cm‬
‭(c) ₹803.84‬ ‭(d) ₹401.92‬
‭ eld‬ ‭is‬ ‭1785‬ ‭square‬ ‭feet.‬ ‭The‬ ‭distance‬
fi
‭Q.33.‬‭The‬‭area‬‭of‬‭a‬‭triangular‬‭field‬‭whose‬
‭ .18.‬ ‭A‬ ‭cube‬ ‭of‬ ‭side‬ ‭5‬ ‭cm,‬ ‭has‬ ‭been‬
Q ‭between‬‭the‬‭two‬‭parallel‬‭sides‬‭is‬‭35‬‭feet‬
‭ ides‬‭are‬‭65m,‬‭72m‬‭and‬‭97m‬‭is‬‭equal‬‭to‬
s
‭assembled‬ ‭using‬ ‭125‬ ‭cubes‬ ‭each‬ ‭of‬ ‭1‬ ‭and‬ ‭one‬ ‭of‬ ‭the‬ ‭parallel‬ ‭sides‬ ‭is‬ ‭42‬ ‭feet‬
‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭rectangular‬ ‭park‬ ‭whose‬
‭cm‬‭edge.‬‭One‬‭cube‬‭is‬‭removed‬‭from‬‭the‬ ‭long.‬ ‭What‬ ‭is‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬ ‭other‬
‭sides‬‭are‬‭in‬‭the‬‭ratio‬‭of‬‭5‬‭:‬‭13.‬‭What‬‭is‬‭the‬
‭middle‬‭of‬‭each‬‭of‬‭the‬‭faces‬‭of‬‭the‬‭cube.‬ ‭parallel side ?‬
‭perimeter (in m) of the rectangular park?‬
‭What‬ ‭is‬ ‭the‬ ‭surface‬‭area‬‭(in‬‭cm²)‬‭of‬‭the‬ ‭SSC CPO 11/11/2022 (Evening)‬
‭SSC CHSL 19/04/2021 (Morning)‬
‭remaining solid?‬ ‭(a) 60 ft‬ ‭(b) 35 ft (c) 40 ft (d) 65 ft‬
‭(a) 108‬ ‭(b) 180‬ ‭(c) 216‬ ‭(d) 144‬
‭SSC CHSL Tier II (26/06/2023)‬
‭ .26.‬‭If the sum of the diagonals of a‬
Q
‭(a) 155‬ ‭(b) 144‬ ‭(c) 150‬ ‭(d) 174‬ ‭Q.34.‬‭A‬‭bicycle‬‭wheel‬‭has‬‭a‬‭radius‬‭of‬‭42‬
‭rhombus‬‭is‬‭L‬‭and‬‭the‬‭perimeter‬‭is‬‭4P,‬‭find‬
‭ m.‬ ‭It‬ ‭makes‬ ‭40‬ ‭revolutions‬ ‭in‬ ‭25‬
c
‭Q.19.‬ ‭A‬ ‭prism‬ ‭and‬ ‭a‬ ‭pyramid‬ ‭have‬ ‭the‬ ‭the area of the rhombus?‬
‭seconds.‬ ‭What‬ ‭is‬‭its‬‭speed‬‭(in‬‭kmph,‬‭up‬
‭ ame‬‭base‬‭and‬‭the‬‭same‬‭height.‬‭Find‬‭the‬
s ‭SSC CPO 11/11/2022 (Morning)‬
‭to one decimal place) ?‬
‭ratio‬‭of‬‭the‬‭volumes‬‭of‬‭the‬‭prism‬‭and‬‭the‬ ‭‬
1 ‭1‬
‭(a)‬ ‭(L² - P²)‬ (‭ b)‬ ‭(L² - 4P²)‬ ‭SSC CHSL 16/04/2021 (Morning)‬
‭pyramid.‬ ‭4‬ ‭4‬
‭(a) 3.5‬ ‭(b) 11.6‬ ‭(c) 15.2‬ ‭(d) 9.5‬
‭SSC CGL Tier II (07/03/2023)‬ ‭1‬ ‭1‬
‭(c)‬ ‭(L² - 4P²)‬ ‭(d)‬ ‭(L² + 3P²)‬
‭(a) 2 : 3‬ ‭(b) 3 : 1‬ ‭(c) 1 : 3 (d) 3 : 2‬
‭2‬ ‭‬
4 ‭Q.35.‬ ‭A‬ ‭wire‬‭is‬‭bent‬‭to‬‭form‬‭a‬‭square‬‭of‬
‭2‬
‭ .27.‬ ‭Water‬ ‭is‬ ‭flowing‬ ‭through‬ ‭a‬
Q ‭area‬‭169‬ ‭𝑐 𝑚‬ . ‭If‬‭the‬‭same‬‭wire‬‭is‬‭bent‬‭to‬
‭ .20.‬ ‭How‬ ‭many‬ ‭metres‬ ‭of‬ ‭2‬ ‭m‬ ‭wide‬
Q ‭2‬
‭cylindrical‬ ‭canal‬ ‭with‬ ‭an‬ ‭internal‬ f‭ orm‬‭a‬‭circle,‬‭then‬‭what‬‭is‬‭its‬‭area‬‭in‬‭𝑐 𝑚‬
‭cloth‬ ‭will‬ ‭be‬ ‭required‬ ‭to‬ ‭make‬ ‭a‬‭conical‬
‭diameter‬ ‭of‬ ‭7‬ ‭m‬ ‭at‬ ‭the‬ ‭speed‬ ‭of‬ ‭18‬ ‭(to the nearest whole number) ?‬
‭tent‬‭with‬‭the‬‭diameter‬‭of‬‭the‬‭base‬‭as‬‭14‬
‭km/h.Find‬ ‭the‬ ‭volume‬ ‭of‬ ‭water‬ ‭flowing‬ ‭SSC CHSL 13/04/2021 (Afternoon)‬
‭m‬ ‭and‬ ‭slant‬ ‭height‬ ‭as‬ ‭9‬ ‭m‬ ‭to‬ ‭ignore‬
‭through the canal in 30 minutes. (take‬π ‭(a) 215‬ ‭(b) 227‬ ‭(c) 532‬ ‭(d) 531‬
‭wastage ?‬
‭22‬
‭SSC CGL 12/12/2022 (1st Shift)‬ ‭=‬ ‭)‬ ‭Q.36.‬‭A‬‭sector‬‭of‬‭radius‬‭10.5‬‭cm‬‭with‬‭the‬
‭7‬
‭(a) 66 m (b) 88 m (c) 99 m (d) 77 m‬ ◦
‭ SC CPO 09/11/2022 (Afternoon)‬
S ‭ entral‬ ‭angle‬ ‭120‬ ‭is‬ ‭folded‬ ‭to‬ ‭form‬ ‭a‬
c
‭ .21.‬ ‭The‬ ‭minute‬ ‭hand‬ ‭of‬ ‭a‬ ‭clock‬ ‭is‬‭20‬
Q ‭(a) 3,76,500 m³‬ ‭(b) 3,56,500 m³‬ ‭cone‬‭by‬‭joining‬‭the‬‭two‬‭bounding‬‭radii‬‭of‬
‭cm long. Find the area on the face of the‬ ‭(c) 3,66,500 m³‬ ‭(d) 3,46,500 m³‬ ‭the sector. What is the volume (in‬‭𝑐 𝑚‬ ‭) of‬
‭3‬

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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
t‭ he cone so formed ?‬ ‭Q.44.‬‭The‬‭area‬‭of‬‭a‬‭sector‬‭of‬‭a‬‭circle‬‭with‬ ‭The‬ ‭length‬ ‭of‬ ‭smaller‬ ‭side‬ ‭of‬ ‭the‬
‭SSC CGL Tier II (13/09/2019)‬ ◦
‭ entral‬‭angle‬‭60‬ ‭is‬‭A.‬‭The‬‭circumference‬
c ‭22‬
‭rectangle is : (Take 𝜋 =‬ ‭)‬
‭7‬
‭343‬ ‭2‬ ‭343‬ ‭3‬ ‭of the circle is C. Then A is equal to :‬
‭(a)‬
‭6‬
‭‬π ‭(b)‬
‭6‬
‭‬π ‭ SC CHSL 03/07/2019 (Afternoon)‬
S
‭SSC CHSL 10/07/2019 (Evening)‬
‭343‬ ‭3‬ ‭343‬ ‭2‬ ‭2‬ ‭2‬ ‭2‬ ‭2‬ ‭(a) 44 cm (b) 36 cm (c) 40 cm (d) 32cm‬
‭(c)‬ ‭‬π ‭(d)‬ ‭‬π ‭𝑐‬ ‭𝑐‬ ‭𝑐‬ ‭𝑐‬
‭12‬ ‭12‬ ‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭π
6 ‬ ‭18‬π ‭24‬π ‭π
4 ‬ ‭ .53.‬ ‭A‬ ‭circle‬ ‭circumscribes‬‭a‬‭rectangle‬
Q
‭Q.37.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭right‬ ‭prism‬ ‭is‬ ‭a‬ ‭whose‬ ‭sides‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬‭4‬‭:‬‭3.‬‭If‬‭the‬
‭ .45.‬ ‭Equilateral‬ ‭triangles‬ ‭are‬ ‭drawn‬ ‭on‬
Q
t‭ riangle‬ ‭with‬‭sides‬‭20‬‭cm,‬‭21‬‭cm‬‭and‬‭29‬ ‭perimeter‬‭of‬‭the‬‭rectangle‬‭is‬‭56‬‭cm,‬‭then‬
‭the‬ ‭hypotenuse‬ ‭and‬ ‭one‬ ‭of‬ ‭the‬
‭3‬ ‭what‬ ‭is‬ ‭the‬ ‭area‬ ‭(In‬ ‭square‬ ‭cm)‬ ‭of‬ ‭the‬
‭cm.‬ ‭If‬ ‭its‬ ‭volume‬ ‭is‬ ‭7560‬‭𝑐 𝑚‬ ‭,‬ ‭then‬ ‭its‬ ‭perpendicular‬ ‭sides‬ ‭of‬ ‭a‬ ‭right-angled‬
‭circle ?‬
l‭ateral surface area (in‬‭𝑐 𝑚‬ ‭) is :‬
‭2‬ ‭isosceles triangle. Their areas are H and‬
‭SSC CHSL 03/07/2019 (Morning)‬
‭SSC CGL Tier II (12/09/2019)‬ ‭𝐴‬
‭A respectively.‬ ‭is equal to :‬ ‭(a) 70𝜋‬ ‭(b) 96𝜋‬ ‭(c) 90𝜋‬ ‭(d) 100𝜋‬
‭ ‬
𝐻
‭(a) 2484 (b) 2556 (c) 2520 (d) 2448‬
‭SSC CHSL 10/07/2019 (Afternoon)‬ ‭Q.54.‬‭The‬‭radius‬‭of‬‭the‬‭base‬‭of‬‭a‬‭cylinder‬
‭ .38.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q ‭‬
1 ‭‬
1 ‭1‬ ‭1‬ i‭s‬ ‭7‬ ‭cm‬ ‭and‬ ‭its‬ ‭curved‬ s
‭ urface‬ ‭area‬ ‭is‬
‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭increased‬ ‭by‬ ‭4‬ ‭cm,‬ ‭its‬ ‭surface‬ ‭area‬ ‭is‬ ‭4‬ ‭2‬ ‭2‬
‭2‬ ‭2‬ ‭440‬‭square‬‭cm.‬‭Its‬‭volume‬‭(In‬‭cubic‬‭cm)‬
‭2‬
‭increased‬ ‭by‬ ‭464‬π‭𝑐 𝑚‬ . ‭What‬ ‭is‬ ‭the‬ ‭22‬
‭ .46.‬ ‭Twelve‬ ‭sticks,‬ ‭each‬ ‭of‬ ‭length‬ ‭one‬
Q ‭will be: (Take 𝜋 =‬ ‭)‬
‭3‬ ‭7‬
v‭ olume (in‬‭𝑐 𝑚‬ ‭) of the original sphere ?‬ ‭unit,‬ ‭are‬ ‭used‬ ‭to‬ ‭form‬ ‭an‬ ‭equilateral‬
‭ SC CHSL 02/07/2019 (Evening)‬
S
‭SSC CGL Tier II (11/09/2019)‬ ‭triangle. The area of the triangle is :‬
‭15625‬ ‭35937‬
‭(a) 1760‬ ‭(b) 1430 (c) 1540 (d) 1650‬
‭(a)‬ π ‭(b)‬ π ‭SSC CHSL 10/07/2019 (Morning)‬
‭6‬ ‭8‬
‭(a) 3‬ ‭3‭‬‬ ‭(b) 2‬ ‭3‭‬‬ ‭(c) 4‬ ‭3‬‭‬ ‭(d) 8‬ ‭3‬ ‭ .55.‬ ‭The‬ ‭curved‬ ‭surface‬ ‭area‬ ‭and‬
Q
‭11979‬ ‭15625‬
‭(c)‬ π ‭(d)‬ π ‭volume‬ ‭of‬ ‭a‬ ‭cylindrical‬ ‭pole‬ ‭are‬ ‭132‬
‭2‬ ‭8‬ ‭ .47.‬ ‭If‬ ‭the‬ ‭length‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬
Q ‭square‬ ‭metres‬ ‭and‬ ‭528‬ ‭cubic‬ ‭metres,‬
‭decreased‬ ‭by‬ ‭11%‬ ‭and‬ ‭the‬ ‭breadth‬ ‭is‬ ‭respectively.‬‭What‬‭is‬‭the‬‭height‬‭(In‬‭m)‬‭of‬
‭Q.39.‬ ‭The‬ ‭base‬ ‭of‬ ‭right‬ ‭prism‬ ‭is‬ ‭a‬
‭increased by 11%, its area will undergo :‬ ‭22‬
t‭ rapezium‬ ‭whose‬ ‭parallel‬ ‭sides‬ ‭are‬ ‭11‬ ‭the pole ? (Take 𝜋 =‬ ‭)‬
‭SSC CHSL 09/07/2019 (Afternoon)‬ ‭7‬
‭cm‬ ‭and‬‭15cm‬‭and‬‭the‬‭distance‬‭between‬
‭(a) 13.13% increase (b) 1.21% increase‬ ‭SSC CHSL 02/07/2019 (Afternoon)‬
‭them‬‭is‬‭9‬‭cm.‬‭If‬‭the‬‭volume‬‭of‬‭the‬‭prism‬
‭3‬ ‭(c) 1.21%decrease (d) 13.13% decrease‬ ‭‬
1 ‭5‬ ‭1‬ ‭5‬
i‭s‬‭1731.6‬ ‭𝑐 𝑚‬ ‭,‬‭then‬‭the‬‭height‬‭(in‬‭cm)‬‭of‬ ‭(a) 2‬ ‭(b) 3‬ ‭(c) 3‬ ‭(d) 2‬
‭2‬ ‭8‬ ‭2‬ ‭8‬
‭the prism will be :‬ ‭ .48.‬ ‭If‬ ‭each‬ ‭side‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬
Q
‭SSC CGL Tier II (11/09/2019)‬ ‭increased‬ ‭by‬ ‭22%,‬ ‭then‬ ‭its‬ ‭area‬ ‭will‬ ‭ .56.‬‭The area of a field in the shape of a‬
Q
‭(a) 15.6‬ ‭(b) 15.2‬ ‭(c) 14.8 (d) 14.2‬ ‭increase by :‬ ‭hexagon‬‭is‬‭2400√3‬‭square‬‭meters.‬‭What‬
‭SSC CHSL 08/07/2019 (Morning)‬ ‭will‬ ‭be‬ ‭the‬ ‭cost(Rs.)‬ ‭of‬ ‭fencing‬ ‭it‬ ‭at‬‭Rs.‬
‭ .40.‬‭A‬‭ribbon‬‭of‬‭equal‬‭width‬‭and‬‭length‬
Q ‭(a) 44%‬ ‭(b) 50% (c) 46.65% (d) 48.84%‬ ‭18.50 per meter?‬
‭𝑙‬ ‭is‬ ‭wrapped‬ ‭around‬ ‭the‬ ‭curved‬ ‭surface‬ ‭SSC CHSL 01/07/2019 (Evening)‬
‭of‬ ‭a‬ ‭right‬ ‭circular‬ ‭cylinder‬ ‭to‬ ‭cover‬ ‭it‬ ‭ .49.‬‭In triangle ABC, the length of BC is‬
Q
‭(a) 4440‬ ‭(b) 5920 (c) 5550 (d) 5180‬
‭completely.‬ ‭If‬‭the‬‭base‬‭circumference‬‭of‬ ‭less‬‭than‬‭twice‬‭the‬‭length‬‭of‬‭AB‬‭by‬‭2‬‭cm.‬
‭this‬ ‭cylinder‬ ‭is‬ ‭c,‬ ‭then‬ ‭how‬ ‭many‬ ‭times‬ ‭The‬ ‭length‬ ‭of‬ ‭AC‬ ‭exceeds‬ ‭the‬ ‭length‬ ‭of‬ ‭ .57.‬ ‭Six‬ ‭cubes,‬‭each‬‭of‬‭edge‬‭2‬‭cm,‬‭are‬
Q
‭the‬ ‭ribbon‬ ‭was‬ ‭wrapped‬ ‭around‬ ‭the‬ ‭AB‬‭by‬‭10‬‭cm.‬‭The‬‭perimeter‬‭is‬‭32cm.‬‭The‬ ‭joined‬ ‭end‬ ‭to‬ ‭end.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬
‭cylinder ?‬ ‭length‬‭(in‬‭cm)‬‭of‬‭the‬‭smallest‬‭side‬‭of‬‭the‬ ‭surface area of the resulting cuboid‬
‭SSC MTS 05/08/2019 (Evening)‬ ‭triangle is :‬ ‭SSC CGL 13/06/2019 (Morning)‬
‭𝑙‬ ‭𝑙‬ ‭𝑙‬ ‭ ‭𝑙‬ ‬
2 ‭SSC CHSL 05/07/2019 (Afternoon)‬ ‭(a) 96‬‭𝑐 𝑚‬
‭2‬
‭(b) 144‬‭𝑐 𝑚‬
‭2‬
‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭4‭𝑐‬ ‬ 𝑐‭ ‬ ‭2‭𝑐‬ ‬ ‭𝑐‬ ‭(a) 4‬ ‭(b) 10‬ ‭(c) 8‬ ‭(d) 6‬ ‭2‬ ‭2‬
‭(c) 104‬‭𝑐 𝑚‬ ‭(d) 128‬‭𝑐 𝑚‬
‭Q.41.‬‭The volume of a right circular cone‬ ‭ .50.‬ ‭The‬ ‭parallel‬ ‭sides‬ ‭of‬ ‭a‬ ‭trapezium‬
Q
‭ .58.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬‭sphere‬‭is‬‭reduced‬
Q
i‭s‬‭equal‬‭to‬‭that‬‭of‬‭a‬‭sphere,‬‭whose‬‭radius‬ ‭are‬‭20‬‭cm‬‭and‬‭10‬‭cm‬‭and‬‭its‬‭non-parallel‬
‭by‬ ‭40%.‬ ‭By‬‭what‬‭percent,‬‭will‬‭its‬‭volume‬
‭is‬‭half‬‭the‬‭radius‬‭of‬‭the‬‭base‬‭of‬‭the‬‭cone.‬ ‭sides‬‭are‬‭equal‬‭to‬‭each‬‭other.‬‭If‬‭its‬‭area‬‭is‬
‭decrease?‬
‭What‬‭is‬‭the‬‭ratio‬‭of‬‭the‬‭radius‬‭of‬‭the‬‭base‬ ‭2‬
‭ 80‬ ‭𝑐 𝑚‬ ‭,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬‭length‬‭(in‬‭cm)‬
1 ‭SSC CGL 10/06/2019 (Afternoon)‬
‭to the height of the cone ?‬ ‭of each non parallel side?‬ ‭(a) 60%‬ ‭(b) 64%‬ ‭(c) 72.5% (d) 78.4%‬
‭SSC CHSL 11/07/2019 (Afternoon)‬ ‭SSC CHSL 04/07/2019 (Morning)‬
‭(a) 1 : 4‬ ‭(b) 1 : 2 (c) 4 : 1‬ ‭(d) 2 : 1‬ ‭(a) 11‬ ‭(b) 13‬ ‭(c) 12‬ ‭(d) 15‬ ‭Q.59.‬‭The‬‭area‬‭of‬‭a‬‭field‬‭in‬‭the‬‭shape‬‭of‬‭a‬
t‭ riangle‬ ‭with‬ ‭each‬ ‭side‬ ‭x‬ ‭meter‬ ‭is‬‭equal‬
‭ .42.‬‭ABCD‬‭is‬‭a‬‭rhombus‬‭with‬‭each‬‭side‬
Q ‭Q.51.‬‭The‬‭length‬‭of‬‭a‬‭rectangular‬‭park‬‭is‬ ‭to‬ ‭the‬ ‭area‬ ‭of‬ ‭another‬ ‭triangular‬ ‭field‬
‭being‬‭equal‬‭to‬‭8‬‭cm.‬‭If‬‭BD‬‭=‬‭10‬‭cm,‬‭AC‬‭=‬ ‭ 0m‬‭more‬‭than‬‭its‬‭breadth.‬‭If‬‭the‬‭cost‬‭of‬
2 ‭having‬ ‭sides‬ ‭50m,‬ ‭70m‬ ‭and‬ ‭80m.‬ ‭The‬
‭2‬ ‭𝑥‬c
‭ m, what is the value of‬ ‭𝑥‬ + ‭10‬‭?‬ ‭fencing‬ ‭the‬ ‭park‬ ‭at‬ ‭Rs.‬ ‭53‬ ‭per‬ ‭metre‬ ‭is‬ ‭value of x is closest to :‬
‭ SC CHSL 11/07/2019 (Afternoon)‬
S ‭Rs.‬ ‭21,200,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭area‬ ‭(In‬ ‭SSC CGL 07/06/2019 (Afternoon)‬
‭(a) 2‬ ‭3‬ ‭(b) 3‬ ‭2‬ ‭(c) 7 (d) 5‬ ‭square metres) of the park ?‬ ‭(a) 65.5‬ ‭(b) 63.2 (c) 62.4 (d) 61.8‬
‭SSC CHSL 03/07/2019 (Evening)‬
‭Q.43.‬ ‭The‬ ‭two‬ ‭diagonals‬ ‭of‬ ‭a‬ ‭rhombus‬ ‭(a) 9504‬ ‭(b) 8925 (c) 9240 (d) 9900‬ ‭ .60.‬‭A‬‭sector‬‭is‬‭cut‬‭out‬‭from‬‭a‬‭circle‬‭of‬
Q
‭ re‬ ‭respectively,‬ ‭14‬ ‭cm‬ ‭and‬ ‭48‬ ‭cm.‬‭The‬
a ‭diameter‬‭42‬‭cm.‬‭If‬‭the‬‭angle‬‭of‬‭the‬‭sector‬
‭perimeter of the rhombus is equal to :‬ ‭ .52.‬ ‭A‬ ‭wire‬ ‭is‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭a‬
Q ‭is‬‭150°,‬‭then‬‭its‬‭area‬‭(‬‭in‬‭square‬‭cm‬‭)‬‭is‬‭:‬
‭SSC CHSL 11/07/2019 (Morning)‬ ‭rectangle‬‭whose‬‭sides‬‭are‬‭in‬‭the‬‭ratio‬‭7‬‭:‬ ‭22‬
‭(a) 120cm (b) 160cm (c) 80cm (d) 100cm‬ ‭4.‬ ‭It‬ ‭was‬ ‭initially‬‭in‬‭the‬‭shape‬‭of‬‭a‬‭circle‬ ‭(Take 𝜋 =‬ ‭)‬
‭7‬
‭of‬ ‭radius‬ ‭,‬ ‭very‬ ‭nearly‬‭equal‬‭to‬‭31.5‬‭cm.‬ ‭SSC CGL 07/06/2019 (Morning)‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬ 119
‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭(a) 564‬ ‭(b) 574‬ ‭(c) 580.6 (d) 577.5‬ ‭ m and height is 7m ?‬
c ‭SSC CPO 16/03/2019 (Morning)‬
‭SSC CPO 16/03/2019 (Evening)‬ ‭2‬ ‭2‬
‭(a) 84‬‭𝑚‬ ‭(b) 168‬‭𝑚‬ ‭(c) 126‬‭𝑚‬ ‭(d) 42‬‭‬‭𝑚‬
‭2‬ ‭2‬
‭ .61.‬‭The‬‭radii‬‭of‬‭three‬‭concentric‬‭circles‬
Q ‭(a) 176 rs (b) 184 rs (c) 175 rs (d) 186 rs‬
‭are‬‭in‬‭the‬‭ratio‬‭of‬‭4:5:7.‬‭What‬‭is‬‭the‬‭ratio‬ ‭ .78.‬ ‭A‬ ‭square‬‭cardboard‬‭with‬‭side‬‭3‬‭m‬
Q
‭of‬‭the‬‭area‬‭between‬‭the‬‭two‬‭inner‬‭circles‬ ‭ .70.‬‭A‬‭steel‬‭vessel‬‭has‬‭a‬‭base‬‭of‬‭length‬
Q ‭is‬ ‭folded‬ ‭through‬ ‭one‬ ‭of‬ ‭its‬ ‭diagonal‬ ‭to‬
‭to that between the two outer circles ?‬ ‭60‬ ‭cm‬ ‭and‬ ‭breadth‬ ‭30‬ ‭cm.‬ ‭Water‬ ‭is‬ ‭make‬ ‭a‬ ‭triangle,‬ ‭the‬ ‭height(m)‬ ‭of‬ ‭the‬
‭SSC CGL 06/06/2019 (Evening)‬ ‭poured‬‭in‬‭the‬‭vessel.‬‭A‬‭cubical‬‭steel‬‭box‬ ‭triangle is :‬
‭(a) 4 : 7‬ ‭(b) 5 : 9‬ ‭(c) 4 : 5‬ ‭(d) 3 : 8‬ ‭having‬ ‭an‬ ‭edge‬ ‭of‬ ‭30‬ ‭cm‬ ‭is‬ ‭immersed‬ ‭SSC CPO 16/03/2019 (Morning)‬
‭completely‬ ‭in‬ ‭the‬ ‭vessel.‬ ‭By‬ ‭how‬ ‭much‬ ‭3‬ ‭2‬
‭ .62.‬ ‭The‬ ‭length‬ ‭of‬ ‭the‬ ‭metallic‬ ‭pipe‬ ‭is‬
Q ‭will the water rise?‬ ‭(a)‬ ‭(b) 2‬ ‭3‬ ‭(c) 3‬ ‭2‬ ‭(d)‬
‭2‬ ‭3‬
‭7.56‬‭m.‬‭Its‬‭external‬‭and‬‭internal‬‭radii‬‭are‬ ‭SSC CPO 16/03/2019 (Evening)‬
‭2.5‬‭cm‬‭and‬‭1.5‬‭cm‬‭respectively.‬‭If‬‭1‬‭cubic‬ ‭(a) 12 cm (b) 15 cm (c) 10 cm (d) 9 cm‬ ‭Q.79.‬‭The‬‭surface‬‭area‬‭of‬‭a‬‭cube‬‭is‬‭1176‬
‭cm‬ ‭of‬ ‭the‬ ‭metal‬ ‭weigh‬ ‭7.5‬ ‭g,‬ ‭then‬ ‭the‬ ‭2‬ ‭3‬
𝑐‭ ‬‭𝑚‬ ‭Its volume(in‬‭𝑐 ‬‭𝑚‬ ‭) is:‬
‭weight(kg) of the pipe is‬ ‭ .71.‬ ‭Original‬ ‭breadth‬ ‭of‬ ‭a‬ ‭rectangular‬
Q
‭SSC CPO 16/03/2019 (Morning)‬
‭SSC CGL 06/06/2019 (Afternoon)‬ ‭box‬‭is‬‭20cm.‬‭The‬‭box‬‭was‬‭then‬‭remade‬‭in‬
‭(a) 3486 (b) 3964 (c) 3206 (d) 2744‬
‭(a) 72.82‬ ‭(b) 70.14 (c) 71.28 (d) 69.68‬ ‭such‬ ‭a‬ ‭way‬ ‭that‬ ‭its‬ ‭length‬ ‭increased‬ ‭by‬
‭30%‬ ‭but‬ ‭the‬ ‭breadth‬ ‭decreased‬ ‭by‬ ‭20%‬ ‭Q.80.‬ ‭The‬ ‭liquid‬ ‭in‬ ‭a‬ ‭container‬ ‭is‬
‭Q.63.‬‭The volume of a metallic cylindrical‬ ‭2‬
‭3‬ ‭and‬‭the‬‭area‬‭increased‬‭by‬‭100‬‭𝑐 𝑚‬ ‭.‬‭What‬ ‭ ufficient‬ ‭to‬ ‭paint‬ ‭an‬ ‭area‬ ‭of‬ ‭11.28‬ ‭𝑚‬ ‭.‬
s
‭2‬
‭ ipe‬ ‭is‬ ‭7480‬ ‭𝑐 𝑚‬ ‭.‬ ‭If‬ ‭its‬ ‭length‬ ‭is‬ ‭1.4‬ ‭m‬
p ‭2‬
i‭s the new area(in‬ ‭𝑐 𝑚‬ ‭) of the box ?‬ ‭How‬ ‭many‬ ‭boxes‬ ‭of‬ ‭dimension‬‭30cm‬×
‭and‬ ‭its‬ ‭external‬ ‭radius‬ ‭is‬ ‭9‬ ‭cm,‬ ‭then‬ ‭its‬
‭SSC CPO 16/03/2019 (Evening)‬ ‭25cm‬ × ‭12cm‬ ‭can‬ ‭be‬ ‭painted‬ ‭with‬ ‭the‬
‭22‬
‭thickness (given π =‬ ‭) is:‬ ‭(a) 2500‬ ‭(b) 2200 (c) 2600 (d) 2400‬ ‭liquid in this container.‬
‭7‬
‭ SC CGL 06/06/2019 (Morning)‬
S ‭SSC CPO 16/03/2019 (Morning)‬
‭Q.72.‬‭12‬‭buckets‬‭of‬‭water‬‭fill‬‭a‬‭tank‬‭when‬
‭(a) 1 cm‬‭(b) 0.8 cm (c) 0.9 cm (d) 1.2cm‬ ‭(a) 40‬ ‭(b) 24 (c) 32 (d) 12‬
t‭ he‬‭capacity‬‭of‬‭each‬‭bucket‬‭is‬‭13.5‬‭liters.‬
‭Q.64.‬ ‭The‬ ‭areas‬ ‭of‬ ‭the‬ ‭three‬ ‭adjacent‬ ‭How‬ ‭many‬ ‭buckets‬ ‭will‬‭be‬‭needed‬‭to‬‭fill‬ ‭Q.81.‬ ‭If‬ ‭the‬‭area‬‭of‬‭a‬‭regular‬‭hexagon‬‭is‬
‭2‬ ‭2‬ ‭the‬ ‭same‬ ‭tank,‬ ‭if‬ ‭the‬ ‭capacity‬ ‭of‬ ‭each‬ 1
‭2‬
‭ 08‬ ‭3‬‭𝑐 𝑚‬ ‭, its perimeter (in cm) is:‬
‭faces‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭are‬ ‭32‬‭𝑐 𝑚‬ ‭,‬ ‭24‬‭𝑐 𝑚‬
‭bucket in 9 liters ?‬ ‭SSC CPO 15/03/2019 (Evening)‬
‭2‬ ‭3‬
‭ nd‬‭48‬‭𝑐 𝑚‬ ‭.‬‭What‬‭is‬‭the‬‭volume‬‭(in‬ ‭𝑐 𝑚‬
a ‭SSC CPO 16/03/2019 (Evening)‬
‭)of the cuboid ?‬ ‭(a) 36‬ ‭2‬ ‭(b) 42‬ ‭3‬ ‭(c) 28‬ ‭3‬ ‭(d) 24‬
‭(a) 15‬ ‭(b) 16‬ ‭(c) 18‬ ‭(d) 17‬
‭SSC CGL 04/06/2019 (Evening)‬ ‭Q.82.‬ ‭A‬ ‭square‬ ‭piece‬ ‭of‬ ‭cardboard‬ ‭with‬
‭(a) 192‬ ‭(b) 256‬ ‭(c) 288 (d) 128‬ ‭ .73.‬ ‭Find‬ ‭the‬ ‭cost‬ ‭of‬‭carpeting‬‭a‬‭room‬
Q
‭ ide‬ ‭12‬ ‭cm‬ ‭has‬ ‭a‬ ‭small‬ ‭square‬ ‭of‬ ‭2‬ ‭cm‬
s
‭which‬ ‭is‬ ‭11m‬ ‭long‬ ‭and‬ ‭6m‬ ‭broad‬ ‭by‬ ‭a‬
‭Q.65.‬ ‭The‬‭area‬‭of‬‭a‬‭triangle‬‭is‬‭15‬‭sq‬‭cm‬ ‭cut‬ ‭out‬ ‭from‬ ‭each‬ ‭of‬ ‭the‬ ‭corners.‬ ‭The‬
‭carpet‬‭which‬‭is‬‭60cm‬‭broad‬‭at‬‭the‬‭rate‬‭of‬
‭ nd‬ ‭the‬ ‭radius‬ ‭of‬‭its‬‭incircle‬‭is‬‭3‬‭cm.‬‭Its‬
a ‭resulting‬ ‭flaps‬ ‭are‬ ‭turned‬ ‭up‬ ‭to‬ ‭make‬ ‭a‬
‭rs 112.50 per meter.‬ ‭3‬
‭perimeter is equal to :‬ ‭SSC CPO 16/03/2019 (Afternoon)‬ ‭ ox‬ ‭2‬ ‭cm‬ ‭deep.‬ ‭The‬ ‭volume‬ ‭(in‬ ‭𝑐 𝑚‬ ‭)‬ ‭of‬
b
‭SSC CGL 04/06/2019 (Evening)‬ ‭(a) 12,375‬ ‭(b) 13,280‬ ‭the box is:‬
‭(a) 12 cm (b) 20 cm (c) 5 cm (d) 10 cm‬ ‭(c) 11,695‬ ‭(d) 12,040‬ ‭SSC CPO 15/03/2019 (Evening)‬
‭(a) 128 (b) 94 (c) 102 (d) 11‬‭‬
‭2‬
‭ .66.‬ ‭How‬ ‭much‬ ‭iron‬ ‭sheet‬ ‭(in‬ ‭𝑚‬ ‭)‬ ‭will‬
Q ‭ .74.‬ ‭A‬ ‭field‬ ‭is‬ ‭119m‬ × ‭18m‬ ‭in‬
Q
‭2‬
‭be‬ ‭needed‬ ‭to‬ ‭construct‬ ‭a‬ ‭rectangular‬ ‭dimension.‬ ‭A‬ ‭tank‬ ‭17m‬ × ‭6m‬ × ‭3m‬ ‭is‬ ‭ .83.‬ ‭The‬ ‭area‬ ‭(in‬ ‭𝑐 𝑚‬ ‭)of‬‭a‬‭right‬‭angled‬
Q
‭tank‬‭measuring‬ ‭10‬‭‬‭𝑚‬‭‬ × ‭8‬‭‬‭𝑚‬‭‬ × ‭6‬‭‬‭𝑚‬‭,‬‭if‬‭a‬ ‭dug‬ ‭out‬ ‭in‬ ‭the‬ ‭middle‬ ‭and‬ ‭the‬ ‭soil‬ ‭triangle‬ ‭having‬ ‭base‬ ‭24‬ ‭cm‬ ‭and‬
‭circular‬‭opening‬‭of‬‭radius‬‭one‬‭meter‬‭is‬‭to‬ ‭removed‬ ‭is‬ ‭evenly‬ ‭spread‬ ‭over‬ ‭the‬ ‭hypotenuse 25 cm is :‬
‭be‬‭left‬‭at‬‭the‬‭top‬‭of‬‭the‬‭tank?‬‭(correct‬‭to‬ ‭remaining‬ ‭part‬ ‭of‬‭the‬‭field.‬‭The‬‭increase‬ ‭SSC CPO 15/03/2019 (Evening)‬
‭one decimal place)‬ ‭in‬ ‭the‬ ‭level‬ ‭on‬ ‭the‬‭remaining‬‭part‬‭of‬‭the‬ ‭(a) 72‬ ‭(b) 108‬ ‭(c) 92‬ ‭(d) 84‬
‭SSC CGL 04/06/2019 (Afternoon)‬ ‭field is: (in cm)‬
‭SSC CPO 16/03/2019 (Afternoon)‬ ‭Q.84.‬‭The‬‭length‬‭of‬‭the‬‭longest‬‭pole‬‭that‬
(‭ a) 371.6 (b) 370.4 (c) 372.9 (d) 370.8‬
‭(a) 14 cm (b) 13 cm (c) 15 cm (d) 12 cm‬ ‭ an‬ ‭be‬‭placed‬‭in‬‭a‬‭room‬‭16‬‭m‬‭long,‬‭8‬‭m‬
c
‭ .67.‬‭A‬‭solid‬‭cube‬‭of‬‭volume‬‭13824‬‭𝑐 𝑚‬
Q
‭3‬ ‭wide and 11 m high is:‬
‭is‬‭cut‬‭into‬‭8‬‭cubes‬‭of‬‭equal‬‭volumes.‬‭The‬ ‭ .75.‬‭A‬‭swimming‬‭pool‬‭is‬‭40‬‭m‬‭in‬‭length,‬
Q ‭SSC CPO 15/03/2019 (Evening)‬
‭ratio‬ ‭of‬ ‭the‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭original‬ ‭30‬‭m‬‭in‬‭breadth‬‭and‬‭2.2‬‭m‬‭in‬‭depth.‬‭The‬ ‭(a) 21 m‬‭(b) 20 m (c) 18 m (d) 19 m‬
‭cube‬ ‭to‬ ‭the‬‭sum‬‭of‬‭the‬‭surface‬‭areas‬‭of‬ ‭cost of cementing its floor and the four‬
‭2‬ ‭Q.85.‬ ‭If‬ ‭the‬ ‭height‬ ‭of‬ ‭an‬ ‭equilateral‬
‭three of the smaller cubes is :‬ ‭ ides at Rs. 25/‬‭𝑚‬ ‭‬‭is:‬
s ‭2‬
‭SSC CPO 16/03/2019 (Afternoon)‬ t‭ riangle is‬‭10‬ ‭3‬‭cm, the area (in‬‭𝑐 𝑚‬ ‭) is:‬
‭SSC CGL 04/06/2019 (Morning)‬
‭(a) Rs.43,980‬ ‭(b) Rs.37540‬ ‭SSC CPO 15/03/2019 (Morning)‬
‭(a) 2 : 3 (b) 4 : 3 (c) 8 : 3 (d) 2 : 1‬
‭(c) Rs.34260‬ ‭(d) Rs.37700‬ ‭(a) 124‬ ‭3‬ ‭(b) 75‬ ‭3‬‭‬‭‭(‬ c)‬‭80‬ ‭3‬ ‭(d)‬‭100‬ ‭3‬
‭ .68.‬ ‭The‬ ‭unequal‬ ‭side‬ ‭of‬ ‭an‬ ‭isosceles‬
Q
‭triangle‬ ‭is‬ ‭2cm.‬ ‭The‬ ‭medians‬ ‭drawn‬ ‭to‬ ‭ .76.‬‭The base of an isosceles triangle is‬
Q ‭Q.86.‬ ‭A‬ ‭tall‬ ‭rectangular‬ ‭vessel‬ ‭is‬ ‭half‬
‭the‬ ‭equal‬ ‭sides‬ ‭are‬ ‭perpendicular.‬ ‭The‬ ‭6 cm and its perimeter is 16 cm. Its area‬ ‭ lled‬ ‭with‬ ‭water.‬ ‭The‬‭base‬‭dimension‬‭of‬
fi
‭area of the triangle is :‬ ‭is ?‬ ‭the‬ ‭vessel‬ ‭is‬ ‭62‬ ‭cm‬ × ‭45‬ ‭cm.‬ ‭A‬ ‭heavy‬
‭SSC CPO 16/03/2019 (Evening)‬ ‭SSC CPO 16/03/2019 (Morning)‬ ‭metal‬ ‭cube‬ ‭of‬ ‭edge‬ ‭15‬ ‭cm‬ ‭is‬ ‭dropped‬
‭2‬ ‭2‬ ‭2‬ ‭2‬
‭2‬
‭(a) 2‬‭𝑐 𝑚‬
‭2‬ ‭2‬
‭(b) 3‬‭𝑐 𝑚‬ ‭(c) 5‬‭𝑐 𝑚‬ ‭(d) 1‬‭𝑐 𝑚‬
‭2‬
‭(a) 9‬‭𝑐 ‬‭𝑚‬ ‭(b) 11‬‭𝑐 ‬‭𝑚‬ ‭(c) 10‬‭𝑐 ‬‭𝑚‬ ‭(d) 12‬‭‬‭𝑐 ‬‭𝑚‬ ‭into‬ ‭the‬ ‭vessel.‬ ‭The‬ ‭rise‬ ‭in‬ ‭level‬ ‭of‬ ‭the‬
‭vessel is:‬
‭ .69.‬‭What will be total cost of polishing‬
Q ‭ .77.‬ ‭Find‬ ‭the‬ ‭inner‬ ‭surface‬ ‭area‬ ‭of‬ ‭all‬
Q ‭SSC CPO 15/03/2019 (Morning)‬
‭curved‬ ‭surface‬ ‭of‬ ‭a‬ ‭wooden‬ ‭cylinder‬ ‭at‬ ‭walls‬‭of‬‭a‬‭rectangular‬‭room‬‭with‬‭length‬‭7‬ ‭(a) 1.21 cm‬ ‭(b) 1.15 cm‬
‭2‬
‭rate of Rs 20 per‬‭𝑚‬ ‭, if its diameter is 40‬ ‭m breadth 5 m and height 3.5 m .‬ ‭(c) 1.07 cm‬ ‭(d) 1 cm‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭Q.87.‬ ‭The‬ ‭dimensions‬ ‭of‬ ‭a‬ ‭swimming‬ ‭(c) 2,725.5 cm³‬ ‭(d) 2,524.5 cm³‬ ‭Q.102.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭difference‬
‭ ool‬ ‭are‬ ‭66m‬× ‭35‬‭𝑚‬ × ‭3‬‭𝑚‬‭.‬ ‭How‬ ‭many‬
p ‭ etween‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭and‬ ‭the‬
b
‭hours‬‭will‬‭it‬‭take‬‭to‬‭fill‬‭the‬‭pool‬‭by‬‭a‬‭pipe‬ ‭Q.95.‬ ‭The‬ ‭radius‬ ‭and‬ ‭height‬ ‭of‬ ‭a‬ ‭right‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭hemisphere‬
‭of‬ ‭diameter‬‭35‬‭cm‬‭with‬‭water‬‭flowing‬‭at‬ ‭ ircular‬ ‭cone‬ ‭is‬ ‭increased‬ ‭by‬ ‭25%.‬ ‭Find‬
c ‭having 4 cm diameter ?‬
‭speed 8 m/s ?‬ ‭the‬‭increase‬‭in‬‭percentage‬‭of‬‭the‬‭volume‬ ‭SSC CPO 03/10/2023 (2nd Shift)‬
‭SSC CPO 15/03/2019 (Morning)‬ ‭of‬ ‭the‬ ‭cone‬ ‭(rounded‬ ‭off‬ ‭to‬ ‭2‬ ‭decimal‬ ‭(a) 4.4π cm‬‭2‬ ‭(b) 5π cm‬‭2‬
‭(a) 2.75 h (b) 3.5 h (c) 2.5 h (d) 3.2 h‬ ‭places).‬ ‭(c) 4π cm‬ ‭2‬
‭(d) 8π cm‬‭2‬
‭SSC CHSL Tier II (02/11/2023)‬
‭Q.88.‬ ‭Which‬ ‭of‬ ‭the‬ ‭following‬ ‭has‬ ‭the‬ ‭(a) 94.31%‬ ‭(b) 95.31%‬ ‭ .103.‬ ‭A‬ ‭conical‬ ‭shape‬ ‭vessel‬ ‭has‬ ‭a‬
Q
‭ aximum number of vertices ?‬
m ‭(c) 94.51%‬ ‭(d) 93.51%‬ ‭radius‬‭of‬‭21‬‭cm‬‭and‬‭has‬‭a‬‭slant‬‭height‬‭of‬
‭SSC CPO 14/03/2019 (Evening)‬ ‭25‬‭cm.‬‭If‬‭the‬‭curved‬‭part‬‭of‬‭the‬‭vessel‬‭is‬
‭(a) Cuboid‬ ‭ .96.‬‭A‬‭hollow‬‭cube‬‭is‬‭made‬‭of‬‭paper‬‭to‬
Q ‭to‬‭be‬‭painted‬‭white,‬‭find‬‭the‬‭cost‬‭(in‬‭₹)‬‭of‬
‭(b) Triangular Prism‬ ‭have‬ ‭a‬ ‭volume‬ ‭of‬ ‭512‬ ‭cubic‬ ‭units.‬ ‭How‬ ‭painting at the rate of ₹1.5 per cm‬‭2‬‭.‬
‭(c) Hexagonal pyramid‬ ‭much‬ ‭paper‬ i‭n‬ ‭square‬ ‭units‬ ‭will‬ ‭be‬ ‭SSC CPO 03/10/2023 (2nd Shift)‬
‭(d) Tetrahedron‬ ‭required to make the cube?‬ ‭(a) 2475‬‭(b) 825‬ ‭(c) 1650‬‭(d) 1250‬
‭SSC CHSL Tier II (10/01/2024)‬
‭ .89.‬ ‭A‬ ‭diagonal‬‭of‬‭a‬‭quadrilateral‬‭is‬‭40‬
Q ‭(a) 328‬ ‭(b) 348‬ ‭(c) 288‬ ‭(d) 384‬ ‭ .104.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
Q
‭cm.‬ ‭The‬ ‭length‬ ‭of‬ ‭the‬ ‭perpendicular‬ ‭to‬ ‭cone‬‭having‬‭a‬‭base‬‭diameter‬‭of‬‭14‬‭cm‬‭is‬
‭ .97.‬ ‭A‬ ‭right‬ ‭rectangular‬ ‭box’s‬
Q ‭196π‬‭cm‬‭3‬ ‭.‬‭Find‬‭the‬‭perpendicular‬‭height‬
‭the‬‭opposite‬‭ends‬‭is‬‭7.5‬‭cm‬‭and‬‭8.6‬‭cm.‬
‭measurement‬ ‭are‬ ‭1.6‬ ‭m‬ ‭long,‬ ‭90‬ ‭cm‬ ‭of this cone‬
‭What is the area (in cm) of ​quadrilateral ?‬
‭wide,‬ ‭60‬ ‭cm‬ ‭in‬ ‭height.‬ ‭Soap‬ ‭cakes‬ ‭of‬ ‭SSC CPO 03/10/2023 (2nd Shift)‬
‭SSC CPO 14/03/2019 (Evening)‬
‭measurement‬‭6‬‭cm‬‭×‬‭5‬‭cm‬‭×‬‭40‬‭mm‬‭are‬ ‭(a) 8 cm‬‭(b) 14 cm (c) 10 cm (d) 12 cm‬
‭(a) 434‬ ‭(b) 322‬ ‭(c) 368‬ ‭(d) 28‬
‭to‬‭be‬‭packed‬‭in‬‭the‬‭box,‬‭so‬‭that‬‭no‬‭space‬
‭Q.90.‬ ‭The‬ ‭area‬ ‭of‬ ‭each‬ ‭square‬ ‭of‬ ‭a‬ ‭is‬‭left.‬‭How‬‭many‬‭cakes‬‭can‬‭be‬‭packed‬‭in‬ ‭Q.105.‬ ‭A‬ ‭solid‬ ‭sphere‬ ‭made‬ ‭of‬ ‭wax‬ ‭of‬
‭2‬ ‭the box ?‬ r‭ adius‬ ‭12‬ ‭cm‬ ‭is‬ ‭melted‬ ‭and‬ ‭cast‬ ‭into‬
‭chessboard‬ ‭having‬ ‭64‬‭squares‬‭is‬‭4‬ ‭𝑐 𝑚‬ ‭.‬
‭SSC CHSL Tier II (10/01/2024)‬ ‭solid‬ ‭hemispheres‬ ‭of‬ ‭radius‬ ‭4‬ ‭cm‬‭each.‬
I‭f‬‭there‬‭is‬‭a‬‭border‬‭on‬‭all‬‭the‬‭sides‬‭of‬‭the‬
‭(a) 6000‬‭(b) 5600‬‭(c) 6500‬‭(d) 7200‬ ‭Find‬ ‭the‬ ‭number‬ ‭of‬ ‭such‬ ‭solid‬
‭chessboard‬ ‭of‬ ‭2‬ ‭cm,‬ ‭then‬ ‭the‬‭perimeter‬
‭hemispheres.‬
‭of the chessboard is:‬
‭SSC CPO 03/10/2023 (3rd Shift)‬
‭SSC CPO 14/03/2019 (Morning)‬ ‭SSC CGL 2023 Tier - 2‬
‭(a) 14‬ ‭(b) 54‬ ‭(c) 28‬ ‭(d) 27‬
‭(a)128cm (b) 80cm (c)70cm (d)256cm‬
‭ .98.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭length,‬ ‭width‬‭and‬
Q ‭Q.106‬‭.‬‭Find‬‭the‬‭area‬‭of‬‭a‬‭rhombus‬‭if‬‭the‬
‭ .91.‬ ‭The‬ ‭sides‬ ‭of‬ ‭a‬ ‭triangle‬ ‭are‬ ‭24cm,‬
Q ‭height‬‭of‬‭a‬‭closed‬‭cuboid‬‭is‬‭given‬‭as‬‭6‬‭:‬‭3‬ ‭ erimeter‬ ‭of‬ ‭the‬ ‭rhombus‬‭is‬‭52‬‭cm,‬‭and‬
p
‭45cm‬ ‭and‬ ‭51cm.‬ ‭At‬ ‭each‬ ‭of‬‭its‬‭vertices,‬ ‭:‬‭2.‬‭The‬‭total‬‭surface‬‭area‬‭of‬‭this‬‭cuboid‬ ‭one of its diagonals is 10 cm long.‬
‭circles‬‭of‬‭radius‬‭10.5cm‬‭are‬‭drawn.‬‭What‬ ‭is‬‭given‬‭as‬‭1800‬‭cm‬‭2‬‭.‬‭Find‬‭the‬‭volume‬‭(in‬ ‭SSC CPO 03/10/2023 (3rd Shift)‬
‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭triangle,‬ ‭excluding‬ ‭the‬ ‭cm‬‭3‬‭) of this cuboid.‬ ‭(a) 164 cm²‬ ‭(b) 144 cm²‬
‭portion covered by sectors of the circles?‬ ‭SSC CGL Tier II (26/10/2023)‬ ‭(c) 160 cm²‬ ‭(d) 120 cm²‬
‭SSC CPO 13/03/2019 (Evening)‬ ‭(a) 4650‬‭(b) 4800‬‭(c) 4500‬‭(d) 4200‬
‭(a) 244.75‬‭𝑐 𝑚‬
‭2‬
‭(b) 366.75‬‭𝑐 𝑚‬
‭2‬ ‭Q.107.‬ ‭The‬ ‭curved‬ ‭surface‬ ‭area‬ ‭(CSA)‬
‭2‬ ‭2‬ ‭ .99.‬‭A solid cube, whose each edge is‬
Q ‭ nd‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭(TSA)‬ ‭of‬ ‭a‬
a
‭(c) 464.75‬‭𝑐 𝑚‬ ‭(d) 327.75‬‭𝑐 𝑚‬ ‭of‬‭length‬‭48‬‭cm,‬‭is‬‭melted.‬‭Identical‬‭solid‬ ‭hemisphere whose radius is 7 cm are:‬
‭ .92.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬
Q ‭cubes,‬‭each‬‭of‬‭volume‬‭64‬‭cm‬‭3‬‭,‬‭are‬‭made‬ ‭SSC CPO 03/10/2023 (3rd Shift)‬
‭increased‬ ‭by‬ ‭150‬ ‭%‬ ‭and‬ ‭its‬ ‭height‬ ‭is‬ ‭out‬ ‭of‬ ‭this‬ ‭molten‬ ‭cube,‬ ‭without‬ ‭any‬ ‭(a) CSA - 308 cm² ; TSA - 462 cm²‬
‭decreased‬ ‭by‬ ‭20‬ ‭%.‬ ‭What‬ ‭is‬ ‭the‬ ‭wastage.‬ ‭How‬ ‭many‬ ‭such‬ ‭small‬ ‭cubes‬ ‭(b) CSA - 320 cm² ; TSA - 480 cm²‬
‭percentage increase in its volume?‬ ‭are obtained ?‬ ‭(c) CSA - 412 cm² ; TSA - 544 cm²‬
‭SSC CPO 12/03/2019 (Morning)‬ ‭SSC CGL Tier II (26/10/2023)‬ ‭(d) CSA - 350 cm² ; TSA - 500 cm²‬
‭(a) 400% (b) 600% (c) 500% (d) 80%‬ ‭(a) 1728‬‭(b) 1718‬‭(c) 1748‬‭(d) 1738‬
‭Q.108.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭hemispherical‬
‭ alloon‬ ‭increases‬‭from‬‭4‬‭cm‬‭to‬‭7‬‭cm‬‭as‬
b
‭Practice Questions‬ ‭SSC CPO 2023 Tier - 1‬
‭air‬‭is‬‭pumped‬‭into‬‭it,‬‭find‬‭the‬‭ratio‬‭of‬‭the‬
‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭new‬ ‭balloon‬ ‭to‬ ‭its‬
‭ .100.‬ ‭The‬ ‭radii‬ ‭of‬ ‭two‬ ‭cylinders‬ ‭are‬ ‭in‬
Q
‭SSC CHSL 2023 Tier - 2‬ ‭the‬ ‭ratio‬ ‭of‬‭4‬‭:‬‭5‬‭and‬‭their‬‭heights‬‭are‬‭in‬
‭original.‬
‭SSC CPO 04/10/2023 (1st Shift)‬
‭the‬‭ratio‬‭of‬‭5‬‭:‬‭2.‬‭The‬‭ratio‬‭of‬‭their‬‭volume‬
‭Q.93.‬ ‭The‬ ‭diameter‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬ ‭(a) 20:49 (b) 16:21 (c) 49:16 (d) 21:12‬
‭is:‬
i‭ncreased‬ ‭by‬ ‭30%.‬ ‭What‬ ‭is‬ ‭the‬ ‭SSC CPO 03/10/2023 (1st Shift)‬ ‭ .109.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q
‭percentage increase in its volume ?‬ ‭(a) 9 : 7‬ ‭(b) 9 : 4‬ ‭(c) 8 : 5‬ ‭(d) 2 : 1‬ ‭square-based‬ ‭right‬ ‭pyramid‬ ‭is‬ ‭1536‬ ‭m²,‬
‭SSC CHSL Tier II (02/11/2023)‬
‭of‬‭which‬‭37.5%‬‭is‬‭the‬‭area‬‭of‬‭the‬‭base‬‭of‬
‭(a) 69%‬ ‭(b) 119.7%‬ ‭ .101.‬ ‭The‬ ‭cost‬ ‭of‬ ‭painting‬ ‭the‬ ‭total‬
Q
‭the‬ ‭pyramid.‬ ‭What‬ ‭is‬‭the‬‭volume‬‭(in‬‭m³)‬
‭(c) 41.7%‬ ‭(d) 90.5%‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭30‬ ‭m‬ ‭high‬ ‭solid‬ ‭right‬
‭of this pyramid ?‬
‭circular‬‭cylinder‬‭at‬‭the‬‭rate‬‭of‬‭₹25‬‭per‬‭m‬‭2‬
‭SSC CPO 04/10/2023 (1st Shift)‬
‭ .94.‬‭The diameter of a hemispherical‬
Q ‭is ₹18,425. What is the volume (in m‬‭3‬‭) of‬
‭(a) 3108 (b) 3048 (c) 3072 (d) 3144‬
‭bowl is 21 cm. The volume of the bowl is‬ ‭22‬
‭this cylinder [use‬π = ‭]?‬
‭22‬ ‭7‬ ‭Q.110.‬ ‭The‬ ‭area‬‭of‬‭a‬‭rectangular‬‭field‬‭is‬
‭equal to: (use π =‬ ‭)‬
‭7‬ ‭ SC CPO 03/10/2023 (2nd Shift)‬
S ‭2‬
‭ 80‬ ‭𝑚‬ ‭‭.‬ ‬ ‭If‬ ‭the‬ ‭length‬ ‭is‬ ‭20%‬‭more‬‭than‬
4
‭ SC CHSL Tier II (02/11/2023)‬
S ‭(a) 1210‬‭(b) 1155‬‭(c) 1145‬‭(d) 1122‬
‭the breadth, then the length of the‬
‭(a) 2,624.5 cm³‬ ‭(b) 2,425.5 cm³‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
r‭ ectangular field is:‬ ‭ .118.‬‭A‬‭cylinder‬‭has‬‭some‬‭water‬‭in‬‭it‬‭at‬
Q ‭SSC MTS 2023 Tier - 1‬
‭SSC CPO 04/10/2023 (2nd Shift)‬ ‭a‬‭height‬‭of‬‭16‬‭cm.‬‭If‬‭a‬‭sphere‬‭of‬‭radius‬‭9‬
‭(a) 24 m‬‭(b) 20 m‬‭(c) 27 m‬‭(d) 30 m‬ ‭cm‬ ‭is‬‭put‬‭into‬‭it,‬‭then‬‭find‬‭the‬‭rise‬‭in‬‭the‬ ‭ .126.‬‭The‬‭diameter‬‭of‬‭a‬‭metallic‬‭sphere‬
Q
‭height‬ ‭of‬ ‭the‬ ‭water‬ ‭if‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭is‬ ‭6‬ ‭cm.‬ ‭It‬ ‭is‬ ‭melted‬ ‭and‬ ‭drawn‬ ‭into‬ ‭a‬
‭ .111.‬ ‭If‬ ‭the‬ ‭diameter‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q ‭cylinder is 12 cm.‬ ‭wire‬ ‭having‬ ‭a‬ ‭diameter‬ ‭of‬ ‭the‬ ‭cross‬
‭reduced‬ ‭to‬ ‭its‬ ‭half,‬ ‭then‬ ‭the‬ ‭volume‬ ‭SSC CPO 05/10/2023 (1st Shift)‬ ‭section‬‭as‬‭0.4‬‭cm.‬‭Find‬‭the‬‭length‬‭of‬‭the‬
‭would be :‬ ‭(a) 1.6 cm‬ ‭(b) 8.75 cm‬ ‭wire (in meters).‬
‭SSC CPO 04/10/2023 (2nd Shift)‬ ‭(c) 8 cm‬ ‭(d) 6.75 cm‬
‭‬
1
‭SSC MTS 01/09/2023 (1st Shift)‬
‭(a) reduced by‬ ‭ f the former volume‬
o ‭(a) 18‬ ‭(b) 9‬ ‭(c) 12‬ ‭(d) 10‬
‭8‬ ‭ .119.‬ ‭A‬ ‭sphere‬ ‭and‬ ‭another‬ ‭solid‬
Q
‭1‬ ‭hemisphere‬‭have‬‭the‬‭same‬‭surface‬‭area.‬ ‭Q.127.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭trapezium‬ ‭shaped‬
‭(b) increased by‬ ‭of the former volume‬
‭4‬ ‭The ratio of their volumes is:‬ ‭ eld‬‭is‬‭1720‬‭m‬‭2‬‭,‬‭the‬‭distance‬‭between‬‭its‬
fi
‭1‬ ‭SSC CPO 05/10/2023 (2nd Shift)‬
‭(c) reduced by‬ ‭of the former volume‬ ‭parallel‬ ‭sides‬ ‭is‬ ‭40‬ ‭m‬ ‭and‬ ‭the‬ ‭length‬‭of‬
‭4‬
‭(a) 2‬ ‭3‬‭‬‭: 8‬ ‭(b) 3‬ ‭3‬‭: 8‬ ‭one‬‭of‬‭the‬‭parallel‬‭sides‬‭is‬‭48‬‭m.‬‭What‬‭is‬
‭1‬
‭(d) increased by‬ ‭of the former volume‬ ‭(c)‬ ‭3‬‭: 4‬ ‭(d) 3‬ ‭3‬‭‬‭: 4‬ ‭the‬ ‭length‬ ‭(in‬ ‭m)‬ ‭of‬ ‭the‬ ‭other‬ ‭parallel‬
‭8‬
‭side?‬
‭Q.120.‬‭What‬‭will‬‭be‬‭the‬‭area‬‭of‬‭a‬‭plot‬‭of‬ ‭SSC MTS 01/09/2023 (2nd Shift)‬
‭ .112.‬ ‭The‬ ‭heights‬ ‭of‬ ‭two‬ ‭cones‬ ‭are‬ ‭in‬
Q
‭ uadrilateral‬ ‭shape,‬ ‭one‬ ‭of‬ ‭whose‬
q ‭(a) 56‬ ‭(b) 38‬ ‭(c) 42‬ ‭(d) 34‬
‭the‬ ‭ratio‬ ‭7‬ ‭:‬‭5‬‭and‬‭their‬‭diameters‬‭are‬‭in‬
‭diagonals‬ ‭is‬ ‭20‬ ‭m‬ ‭and‬ ‭lengths‬ ‭of‬ ‭the‬
‭the ratio 10 : 21. What is the ratio of their‬
‭perpendiculars‬ ‭from‬ ‭the‬ ‭opposite‬ ‭Q.128.‬ ‭From‬‭a‬‭cuboid‬‭of‬‭dimension‬‭of‬‭8‬
‭22‬
‭volumes ? (Where π =‬ ‭)‬ ‭vertices‬ ‭on‬ ‭it‬ ‭are‬ ‭12‬ ‭m‬ ‭and‬ ‭18‬ ‭m,‬ ‭ ‬ ‭6‬ ‭×‬ ‭6‬ ‭units,‬ ‭small‬‭cubes‬‭of‬‭dimension‬
×
‭7‬
‭respectively ?‬ ‭0.5‬ ‭×‬ ‭0.5‬ ‭×‬ ‭0.5‬ ‭unit‬ ‭are‬ c
‭ ut.‬ ‭How‬ ‭many‬
‭ SC CPO 04/10/2023 (2nd Shift)‬
S
‭SSC CPO 05/10/2023 (2nd Shift)‬ ‭small‬ ‭cubes‬ ‭can‬ ‭be‬ ‭cut‬ ‭from‬ ‭the‬ ‭big‬
‭(a) 17 : 21‬ ‭(b) 14 : 19‬
‭(a) 250 m²‬ ‭(b) 400 m²‬ ‭cuboid ?‬
‭(c) 20 : 63‬ ‭(d) 26 : 47‬
‭(c) 200 m²‬ ‭(d) 300 m²‬ ‭SSC MTS 01/09/2023 (3rd Shift)‬
‭Q.113.‬ ‭If‬ ‭the‬ ‭base‬‭radius‬‭and‬‭the‬‭height‬ ‭(a) 576 (b) 1152 (c) 2304 (d) 1552‬
‭ f‬ ‭a‬ ‭right‬ ‭circular‬‭cone‬‭are‬‭increased‬‭by‬
o ‭ .121.‬ ‭Two‬ ‭metallic‬ ‭balls‬ ‭P‬ ‭and‬ ‭Q‬ ‭are‬
Q
‭such‬‭that‬‭the‬‭diameter‬‭of‬‭P‬‭is‬‭four‬‭times‬ ‭Q.129.‬ ‭The‬ ‭radius‬ ‭and‬ ‭the‬ ‭height‬ ‭of‬ ‭a‬
‭10%,‬‭then‬‭the‬‭percentage‬‭increase‬‭in‬‭the‬
‭the‬ ‭diameter‬ ‭of‬ ‭Q‬ ‭.‬ ‭What‬ ‭is‬ ‭the‬ ‭ratio‬ r‭ ight‬‭circular‬‭cone‬‭are‬‭in‬‭the‬‭ratio‬‭3‬‭:‬‭4.‬‭If‬
‭volume is:‬
‭between the volumes of P and Q?‬ ‭its‬ ‭volume‬ ‭is‬ ‭301.44m³,‬ ‭find‬ ‭the‬ ‭slant‬
‭SSC CPO 04/10/2023 (3rd Shift)‬
‭SSC CPO 05/10/2023 (2nd Shift)‬ ‭height (use‬π ‭= 3.14).‬
‭(a) 33.1% (b) 20.2% (c) 22.1% (d) 30.2 %‬
‭(a) 8 : 1 (b)16 : 1 (c) 64 : 1 (d) 32 : 1‬ ‭SSC MTS 04/09/2023 (1st Shift)‬
‭Q.114.‬ ‭The‬ ‭diameter‬ ‭of‬‭a‬‭hemisphere‬‭is‬ ‭(a) 5 cm (b) 20 cm (c) 10 cm (d) 15 cm‬
‭ qual‬ ‭to‬ ‭the‬ ‭diagonal‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭of‬
e ‭ .122.‬‭If‬‭the‬‭slant‬‭height‬‭of‬‭a‬‭cone‬‭is‬‭29‬
Q
‭cm‬‭and‬‭its‬‭height‬‭is‬‭20‬‭cm,‬‭find‬‭the‬‭ratio‬ ‭ .130.‬ ‭Water‬ ‭is‬ ‭pouring‬ ‭into‬ ‭a‬ ‭cuboidal‬
Q
‭length‬ ‭4‬ ‭cm‬ ‭and‬ ‭breadth‬‭3‬‭cm.‬‭Find‬‭the‬
‭between‬‭the‬‭magnitudes‬‭of‬‭total‬‭surface‬ ‭reservoir‬ ‭at‬ ‭the‬ ‭rate‬ ‭of‬ ‭50‬ ‭litres‬ ‭per‬
‭ rea‬ ‭(in‬ ‭cm‬‭2‬‭)‬ ‭of‬ ‭the‬
‭total‬ ‭surface‬ a
‭area and the volume.‬ ‭minute.‬ ‭The‬ ‭volume‬ ‭of‬ ‭the‬ ‭reservoir‬ ‭is‬
‭hemisphere.‬
‭3‬
‭SSC CPO 04/10/2023 (3rd Shift)‬ ‭SSC CPO 05/10/2023 (3rd Shift)‬ ‭ 20‬ ‭𝑚‬ ‭.‬ ‭How‬ ‭many‬‭hours‬‭will‬‭it‬‭take‬‭to‬
1
‭50‬π ‭ 5‬π
2 ‭ 5‬π
7 ‭(a) 3 : 7 (b) 3 : 14 (c) 5 : 14 (d) 7 : 15‬ ‭fill the reservoir ?‬
‭(a) 25‬π ‭(b)‬ ‭(c)‬ ‭(d)‬
‭4‬ ‭‬
4 ‭‬
4 ‭SSC MTS 04/09/2023 (3rd Shift)‬
‭Q.123.‬‭The‬‭radius‬‭of‬‭a‬‭metallic‬‭spherical‬
‭(a) 35‬ ‭(b) 45‬ ‭(c) 40‬ ‭(d) 30‬
‭Q.115.‬ ‭A‬ ‭cylindrical‬ ‭metallic‬ ‭rod‬ ‭of‬ ‭ all‬‭is‬‭3‬‭cm.‬‭If‬‭the‬‭metallic‬‭ball‬‭is‬‭melted‬
b
‭ iameter‬ ‭2‬ ‭cm‬ ‭and‬ ‭length‬ ‭45‬ ‭cm‬ ‭is‬
d ‭and‬‭recast‬‭into‬‭x‬‭number‬‭of‬‭hemispheres‬ ‭Q.131.‬ ‭Find‬ ‭the‬ ‭number‬ ‭of‬ ‭solid‬ ‭lead‬
‭melted‬ ‭and‬ ‭converted‬ ‭into‬ ‭wire‬ ‭of‬ ‭of‬ ‭radius‬ ‭equal‬ ‭to‬ ‭half‬ ‭the‬ ‭radius‬‭of‬‭the‬ ‭ alls‬ ‭each‬ ‭2‬ ‭cm‬‭in‬‭diameter‬‭that‬‭can‬‭be‬
b
‭uniform‬ ‭thickness‬ ‭and‬ ‭length‬ ‭5‬ ‭m.‬ ‭The‬ ‭metallic‬‭spherical‬‭ball,‬‭then‬‭find‬‭the‬‭value‬ ‭made‬‭from‬‭solid‬‭sphere‬‭made‬‭up‬‭of‬‭lead‬
‭diameter of the wire is:‬ ‭of x.‬ ‭of diameter 14 cm.‬
‭SSC CPO 04/10/2023 (3rd Shift)‬ ‭SSC CPO 05/10/2023 (3rd Shift)‬ ‭SSC MTS 05/09/2023 (1st Shift)‬
‭(a) 5 mm (b) 3 mm (c) 2 mm (d) 6 mm‬ ‭(a) 14‬ ‭(b) 16‬ ‭(c) 13‬ ‭(d) 15‬ ‭(a) 433‬ ‭(b) 343‬ ‭(c) 430‬ ‭(d) 340‬

‭ .116.‬ ‭The‬ ‭height‬ ‭and‬ ‭the‬ ‭radius‬‭of‬‭the‬


Q ‭Q.124.‬‭A‬‭hollow‬‭cylindrical‬‭tube‬‭made‬‭of‬ ‭ .132.‬ ‭What‬‭is‬‭the‬‭total‬‭surface‬‭area‬‭(in‬
Q
‭base‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬ ‭cone‬ ‭are‬ ‭in‬ ‭the‬ ‭ lastic‬ ‭is‬ ‭3‬ ‭cm‬ ‭thick.‬ ‭If‬ ‭the‬ ‭external‬
p ‭cm²)‬ ‭of‬ ‭a‬ ‭cone‬‭with‬‭a‬‭base‬‭radius‬‭of‬‭28‬
‭ratio‬ ‭of‬ ‭12‬ ‭:‬ ‭5.‬ ‭If‬ ‭its‬‭volume‬‭is‬‭314‬‭cm³,‬ ‭diameter‬‭is‬‭20‬‭cm‬‭and‬‭length‬‭of‬‭the‬‭tube‬ ‭22‬
‭is 49 cm, find the volume of the plastic.‬ ‭cm and height of 45 cm? (use π =‬‭ ‬ ‭)‬
‭then‬‭what‬‭is‬‭the‬‭slant‬‭height‬‭of‬‭the‬‭cone‬ ‭7‬
‭? (Use π = 3.14)‬ ‭SSC CPO 05/10/2023 (3rd Shift)‬ ‭ SC MTS 05/09/2023 (1st Shift)‬
S
‭SSC CPO 05/10/2023 (1st Shift)‬ ‭(a) 7644 cm‬‭3‬ ‭(b) 7238 cm‬‭3‬ ‭(a) 8168 (b) 6288 (c) 7128 (d) 9216‬
‭3‬
‭(a) 11 cm (b) 14 cm (c) 12 cm (d) 13 cm‬ ‭(c) 7854 cm‬ ‭(d) 7546 cm‬‭3‬
‭Q.133.‬ ‭A‬ ‭right‬ ‭circular‬ ‭cone‬ ‭is‬ ‭9.8‬ ‭cm‬
‭ .117.‬ ‭A‬ ‭right‬ ‭square‬ ‭pyramid‬ ‭having‬
Q ‭ .125.‬ ‭The‬‭number‬‭of‬‭balls,‬‭each‬‭one‬‭is‬
Q ‭ ight‬ ‭with‬‭the‬‭radius‬‭of‬‭its‬‭base‬‭4‬‭cm.‬‭It‬
h
‭lateral‬ ‭surface‬ ‭area‬ ‭is‬ ‭624‬ ‭cm².‬ ‭If‬ ‭the‬ ‭4‬ ‭cm‬ ‭in‬ ‭the‬ ‭diameter‬ ‭that‬ ‭can‬ ‭be‬‭made‬ ‭is‬ ‭melted‬ ‭and‬‭recast‬‭into‬‭a‬‭right‬‭circular‬
‭length of the diagonal of the square is 24‬ ‭from‬ ‭a‬‭solid‬‭metallic‬‭sphere‬‭of‬‭diameter‬ ‭cone with the radius of its base 3.5 cm.‬
‭32 cm is:‬ ‭22‬
‭ ‬‭, then the volume of the pyramid is:‬
2 ‭Find its height (use‬π ‭=‬ ‭).‬
‭SSC CPO 05/10/2023 (3rd Shift)‬ ‭7‬
‭SSC CPO 05/10/2023 (1st Shift)‬
‭(a) 512‬ ‭(b) 256‬ ‭(c) 1024‬‭(d) 64‬ ‭ SC MTS 05/09/2023 (2nd Shift)‬
S
‭(a) 780 cm³‬ ‭(b) 1150 cm³‬
‭(a) 21.8 cm‬ ‭(b) 28.1 cm‬
‭(c) 1083 cm³‬ ‭(d) 960 cm³‬
‭(c) 12.8 cm‬ ‭(d) 18.2 cm‬

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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭Q.134.‬ ‭Using‬‭the‬‭middle‬‭points‬‭of‬‭sides‬ ‭Q.143.‬‭A‬‭hollow‬‭metal‬‭sphere‬‭of‬‭internal‬ ‭area is 4070 cm², then what will be its‬
‭ f‬ ‭a‬ ‭square‬ ‭with‬ ‭an‬ ‭area‬ ‭of‬ ‭36‬ ‭square‬
o ‭ nd‬ ‭external‬ ‭radii‬ ‭5‬ ‭cm‬ ‭and‬ ‭6‬ ‭cm,‬
a ‭22‬
‭volume (in cm³)? (use‬π ‭=‬ ‭)‬
‭units,‬ ‭another‬ ‭square‬ ‭is‬ ‭made.‬ ‭What‬ ‭is‬ ‭respectively,‬ ‭is‬ ‭melted‬ ‭into‬ ‭a‬ ‭solid‬ ‭cone‬ ‭7‬
‭the‬‭area‬‭of‬‭a‬‭new‬‭square‬‭made‬‭in‬‭square‬ ‭of‬‭base‬‭radius‬‭5.2‬‭cm.‬‭What‬‭is‬‭the‬‭height‬ ‭ SC MTS 13/09/2023 (1st Shift)‬
S
‭units?‬ ‭(in‬‭cm,‬‭rounded‬‭off‬‭to‬‭1‬‭decimal‬‭place)‬‭of‬ ‭(a) 1180 (b) 16,300 (c) 15,400 (d) 17,600‬
‭SSC MTS 05/09/2023 (2nd Shift)‬ ‭the cone ?‬
‭Q.152.‬‭The‬‭longest‬‭diagonal‬‭of‬‭a‬‭cube‬‭is‬
‭(a) 24‬ ‭(b) 27‬ ‭(c) 18‬ ‭(d) 21‬ ‭SSC MTS 11/09/2023 (1st Shift)‬
‭(a) 11.8‬ ‭(b) 12.8‬ ‭(c) 13.5‬ ‭(d) 14.5‬ ‭ ‬ ‭3‬ ‭cm.‬ ‭Find‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬
6
‭Q.135.‬ ‭The‬ ‭length‬ ‭of‬ ‭the‬ ‭median‬ ‭of‬ ‭an‬ ‭the cube.‬
‭ quilateral‬ ‭triangle‬ ‭is‬ ‭6‬ ‭3‬ ‭cm.‬ ‭The‬ ‭area‬
e ‭Q.144.‬ ‭Find‬ ‭the‬ ‭area‬ ‭(in‬ ‭cm²)‬ ‭of‬ ‭the‬ ‭SSC MTS 13/09/2023 (3rd Shift)‬
‭of the triangle is‬‭:‬ r‭ hombus,‬ ‭lengths‬ ‭of‬ ‭whose‬ ‭diagonals‬ ‭(a) 648 cm²‬ ‭(b) 216 cm²‬
‭SSC MTS 05/09/2023 (3rd Shift)‬ ‭are, respectively, 7.5 cm and 5.6 cm.‬ ‭(c) 36 cm²‬ ‭(d) 324 cm²‬
‭SSC MTS 11/09/2023 (3rd Shift)‬
‭(a) 36‬ ‭3‬‭cm‬‭2‬ ‭(b) 36 cm‬‭2‬
‭(a) 21‬ ‭(b) 28‬ ‭(c) 27‬ ‭(d) 30‬ ‭ .153.‬ ‭A‬ ‭solid‬ ‭metallic‬ ‭cuboid‬‭of‬‭length‬
Q
‭(c) 72 cm‬‭2‬ ‭(d) 72‬ ‭3‬ ‭cm‬‭2‬ ‭11‬ ‭cm,‬‭breadth‬‭8‬‭cm‬‭and‬‭height‬‭6‬‭cm‬‭is‬
‭ .145.‬‭Some solid metallic right circular‬
Q ‭melted‬ ‭and‬ ‭reshaped‬ ‭to‬ ‭form‬ ‭a‬ ‭cone‬‭of‬
‭ .136.‬ ‭What‬‭is‬‭the‬‭length‬‭of‬‭the‬‭longest‬
Q
‭cones, each with diameter of the base 8‬ ‭height‬ ‭14‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭radius‬ ‭of‬‭the‬
‭pole‬ ‭that‬ ‭can‬ ‭be‬ ‭placed‬ ‭in‬ ‭an‬ ‭indoor‬
‭cm‬‭and‬‭height‬‭6‬‭cm‬‭are‬‭melted‬‭to‬‭form‬‭a‬ ‭cone thus formed ?‬
‭stadium‬‭24‬‭m‬‭long,‬‭18‬‭m‬‭wide‬‭and‬‭16‬‭m‬
‭solid‬ ‭sphere‬ ‭of‬ ‭radius‬ ‭12‬ ‭cm.‬ ‭Find‬ ‭the‬ ‭SSC MTS 13/09/2023 (3rd Shift)‬
‭high ?‬
‭number‬‭of‬‭right‬‭circular‬‭cones‬‭which‬‭are‬ ‭(a) 6 cm‬‭(b) 9 cm‬‭(c) 7 cm‬‭(d) 8 cm‬
‭SSC MTS 06/09/2023 (1st Shift)‬
‭melted.‬
‭(a) 38 m (b) 34 m (c) 42 m (d) 36 m‬ ‭Q.154.‬‭The‬‭length,‬‭breadth‬‭and‬‭height‬‭of‬
‭SSC MTS 11/09/2023 (3rd Shift)‬
‭(a) 60‬ ‭(b) 66‬ ‭(c) 72‬ ‭(d) 70‬ ‭ ‬‭cuboid‬‭are‬‭in‬‭the‬‭ratio‬‭of‬‭6‬‭:‬‭4‬‭:‬‭3.‬‭If‬‭the‬
a
‭Q.137.‬ ‭Metallic‬ ‭spheres‬ ‭of‬ ‭radii‬ ‭6‬‭cm,‬‭8‬
‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭cuboid‬ ‭is‬ ‭972‬
‭ m‬‭and‬‭10‬‭cm,‬‭respectively,‬‭are‬‭melted‬‭to‬
c
‭Q.146.‬ ‭Find‬ ‭the‬ ‭diameter‬ ‭of‬ ‭the‬ ‭sphere‬ ‭cm²,‬ ‭what‬ ‭is‬ ‭the‬ ‭length‬ ‭(in‬ ‭cm)‬ ‭of‬ ‭the‬
‭form‬ ‭a‬ ‭single‬ ‭solid‬ ‭sphere.‬ ‭Find‬ ‭the‬
‭‬
6 ‭diagonal of the cuboid ?‬
‭radius of the resulting sphere (in cm).‬ ‭whose volume is 381‬ ‭m³.‬
‭7‬ ‭SSC MTS 14/09/2023 (1st Shift)‬
‭SSC MTS 06/09/2023 (2nd Shift)‬ ‭ SC MTS 12/09/2023 (1st Shift)‬
S
‭(a) 18‬ ‭(b) 12‬ ‭(c) 24‬ ‭(d) 16‬ ‭(a) 5‬ ‭65‬‭(b) 3‬ ‭61‬ ‭(c) 3‬ ‭65‬‭(d) 5‬ ‭61‬
‭(a) 8 m‬ ‭(b) 7 m‬ ‭(c) 9 m‬ ‭(d) 18 m‬
‭Q.138.‬‭The‬‭areas‬‭of‬‭three‬‭adjacent‬‭faces‬ ‭ .155.‬ ‭A‬ ‭triangle‬ ‭has‬ ‭its‬‭sides‬‭5‬‭cm,‬‭12‬
Q
‭ .147.‬ ‭If‬ ‭a‬ ‭hollow‬ ‭sphere‬‭of‬‭an‬‭external‬
Q
‭2‬ ‭cm‬ ‭and‬ ‭13‬ ‭cm.‬ ‭What‬‭will‬‭be‬‭the‬‭area‬‭of‬
‭of‬ ‭a‬ ‭cuboid‬ ‭are‬ ‭𝑝‬, ‭‬‭𝑞‬ ‭and‬ ‭𝑟‬ ‭𝑢𝑛𝑖𝑡‬ ‭,‬ ‭and‬‭internal‬‭diameters‬‭of‬‭6‬‭cm‬‭and‬‭4‬‭cm,‬
‭the‬ ‭triangle‬ ‭formed‬ ‭by‬ ‭joining‬ ‭the‬ ‭mid‬
r‭ espectively. What is its volume ?‬ ‭respectively,‬ ‭is‬ ‭melted‬ ‭into‬ ‭a‬ ‭cone‬ ‭of‬
‭point of the three sides ?‬
‭SSC MTS 06/09/2023 (3rd Shift)‬ ‭base‬ ‭diameter‬ ‭8‬ ‭cm,‬ ‭then‬ ‭the‬ ‭height‬ ‭of‬
‭SSC MTS 14/09/2023 (2nd Shift)‬
‭3‬ ‭3‬ ‭3‬ ‭3‬ ‭3‬
‭the cone is:‬
‭(a)‬‭𝑝‬ ‭𝑞‬ ‭𝑟‬ ‭‬‭𝑢𝑛𝑖𝑡‬ ‭‬ ‭(b)‬ ‭𝑝𝑞𝑟‬‭‬‭‬‭𝑢𝑛𝑖𝑡‬ ‭‬
1 ‭‬
1
‭SSC MTS 12/09/2023 (1st Shift)‬ ‭(a) 7‬ ‭cm‬‭2‬ ‭(b) 19‬ ‭cm‬‭2‬
‭3‬ ‭3‬ ‭3‬ ‭2‬ ‭2‬
‭(c)‬‭𝑝𝑞𝑟‬‭𝑢𝑛𝑖𝑡‬ ‭(d)‬ ‭𝑝𝑞𝑟‬‭‬‭𝑢𝑛𝑖𝑡‬ ‭‬
3 ‭‬
1
‭(a) 4‬ ‭ m‬
c ‭(b) 3‬ ‭ m‬
c ‭1‬
‭4‬ ‭4‬ ‭(c) 13‬ ‭cm‬‭2‬ ‭(d) 15 cm‬‭2‬
‭ .139.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭cone‬ ‭is‬‭10.5‬‭cm‬
Q ‭2‬
‭1‬ ‭3‬
‭and‬‭the‬‭area‬‭of‬‭the‬‭curved‬‭surface‬‭is‬‭396‬ ‭(c) 5‬ ‭cm‬ ‭(d) 2‬ ‭cm‬
‭4‬ ‭4‬ ‭ .156.‬‭The‬‭height‬‭of‬‭a‬‭right‬‭circular‬‭cone‬
Q
‭22‬
‭cm². Find it's slant height. Take‬π ‭=‬ ‭is‬‭20‬‭cm,‬‭and‬‭its‬‭base‬‭diameter‬‭is‬‭30‬‭cm.‬
‭7‬ ‭ .148.‬ ‭A‬ ‭conical‬ ‭tent‬ ‭is‬ ‭set‬ ‭to‬
Q
‭ SC MTS 08/09/2023 (1st Shift)‬
S ‭What‬ ‭is‬ ‭the‬‭curved‬‭surface‬‭area‬‭and‬‭the‬
‭accommodate‬ ‭15‬ ‭persons.‬ ‭Each‬ ‭person‬
‭(a) 9 cm (b) 11.5 cm (c) 12 cm (d) 8.5 cm‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭right‬ ‭circular‬
‭must‬ ‭have‬ ‭5‬‭square‬‭metres‬‭of‬‭space‬‭on‬
‭cone, respectively ?‬
‭the‬‭ground‬‭and‬‭30‬‭cubic‬‭metres‬‭of‬‭air‬‭to‬
‭ .140.‬ ‭Find‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬ ‭cuboid‬
Q ‭SSC MTS 14/09/2023 (2nd Shift)‬
‭breathe. What is the height of the cone?‬
‭whose‬ ‭dimensions‬ ‭are‬ ‭12.2‬ ‭cm,‬ ‭16‬ ‭cm‬ ‭(a) 335π cm² and 525π cm²‬
‭SSC MTS 12/09/2023 (2nd Shift)‬
‭and 8.5 cm.‬ ‭(b) 390 cm² and 475π cm²‬
‭(a) 15 m‬ ‭(b) 22 m (c) 13 m (d) 18 m‬
‭SSC MTS 08/09/2023 (1st Shift)‬ ‭(c) 450 cm² and 625π cm²‬
‭(a) 3072 cm³‬ ‭(b) 1659.2 cm³‬ ‭Q.149.‬ ‭A‬ ‭steel‬ ‭sphere‬ ‭of‬ ‭radius‬ ‭1‬‭cm‬‭is‬ ‭(d) 375π cm² and 600π cm²‬
‭(c) 832 cm³‬ ‭(d) 1664 cm³‬ ‭ elted‬‭and‬‭cast‬‭into‬‭a‬‭wire‬‭of‬‭diameter‬‭4‬
m
‭mm, then the length of the wire is:‬ ‭SSC CHSL 2023 Tier - 1‬
‭ .141.‬‭A‬‭cylinder‬‭has‬‭a‬‭total‬‭surface‬‭area‬
Q
‭SSC MTS 12/09/2023 (3rd Shift)‬
‭of‬ ‭64π‬ ‭square‬‭units,‬‭where‬‭the‬‭height‬‭of‬
1‭‬ ‭‬
1 ‭Q.157.‬ ‭If‬ ‭a‬ ‭right‬ ‭circular‬ ‭cone‬ ‭of‬ ‭height‬
‭the‬ ‭cylinder‬ ‭is‬ ‭equal‬ ‭to‬ ‭its‬ ‭radius.‬ ‭If‬‭the‬ ‭(a) 31‬ ‭ m‬
c ‭(b) 35‬ ‭ m‬
c
‭3‬ ‭7‬ ‭ 4‬‭cm‬‭has‬‭the‬‭circumference‬‭of‬‭its‬‭base‬
2
‭height‬ ‭is‬ ‭doubled‬ ‭and‬ ‭the‬ ‭radius‬ ‭is‬
‭1‬ ‭1‬ ‭42‬ Π c
‭ m,‬‭then‬‭the‬‭volume‬‭of‬‭the‬‭cone‬‭is‬
‭halved,‬‭then‬‭the‬‭total‬‭surface‬‭area‬‭of‬‭the‬ ‭(c) 37‬ ‭cm‬ ‭(d) 33‬ ‭cm‬
‭7‬ ‭3‬ ‭22‬
‭new cylinder is________square units.‬ ‭(use‬π = ‭) :‬
‭7‬
‭SSC MTS 08/09/2023 (3rd Shift)‬ ‭ .150.‬‭The length of an edge of a cube is‬
Q
‭ SC CHSL 02/08/2023 (1st Shift)‬
S
‭(a) 54π‬ ‭(b) 40π‬ ‭(c) 64π‬ ‭(d) 48π‬ ‭3.5 cm. Find its total surface area.‬
‭(a) 15211 cm³‬ ‭(b) 11088 cm³‬
‭SSC MTS 13/09/2023 (1st Shift)‬
‭ .142.‬‭Find‬‭the‬‭area‬‭of‬‭a‬‭triangle‬‭whose‬
Q ‭(c) 12034 cm³‬ ‭(d) 21011 cm³‬
‭(a) 73.5 cm²‬ ‭(b) 36 cm²‬
‭base‬‭is‬‭7‬‭cm‬‭and‬‭corresponding‬‭height‬‭is‬
‭(c) 27 cm²‬ ‭(d)154 cm²‬ ‭Q.158.‬ ‭Aman‬ ‭wants‬ ‭to‬ ‭get‬‭his‬‭spherical‬
‭82 cm.‬
‭ verhead‬ ‭water‬ ‭tank‬ ‭having‬ ‭a‬ ‭diameter‬
o
‭SSC MTS 08/09/2023 (3rd Shift)‬ ‭Q.151.‬ ‭If‬ ‭the‬ ‭diameter‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬
‭of‬‭7‬‭m,‬‭painted.‬‭If‬‭the‬‭cost‬‭of‬‭painting‬‭is‬
‭(a) 191 cm‬‭2‬ ‭(b) 574 cm‬‭2‬ ‭ one is 70 cm and its curved surface‬
c
‭2‬ ‭₹13‬ ‭per‬ ‭square‬ ‭metre,‬ ‭find‬ ‭the‬ ‭cost‬ ‭of‬
‭(c) 143 cm‬ ‭(d) 287 cm‬‭2‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭2‬
‭painting‬ ‭Aman’s‬ ‭spherical‬ ‭overhead‬ (‭ a) 292 cm²‬ (‭ b) 290 cm‬ ‭ .175.‬ ‭A‬ ‭cuboidal‬ ‭water‬ ‭tank‬ ‭is‬ ‭12‬ ‭m‬
Q
‭22‬ ‭(c) 288 cm²‬ ‭(d) 286 cm²‬ ‭long,‬ ‭9‬ ‭m‬ ‭wide‬ ‭and‬ ‭7.5‬ ‭m‬ ‭deep.‬ ‭How‬
‭ ater tank. (Use‬π =
w ‭)‬
‭7‬ ‭many litres of water can it hold?‬
‭ SC CHSL 02/08/2023 (2nd Shift)‬
S ‭ .167.‬‭If‬‭a‬‭map‬‭of‬‭a‬‭city‬‭was‬‭drawn‬‭on‬‭a‬
Q ‭SSC CHSL 08/08/2023 (1st Shift)‬
‭(a) ₹1,872‬ ‭(b) ₹1,984‬ ‭scale‬‭of‬‭0.2‬‭cm‬‭to‬‭a‬‭km,‬‭what‬‭area‬‭would‬ ‭(a) 840000‬ ‭(b) 805000‬
‭(c) ₹2,002‬ ‭(d) ₹1,926‬ ‭represent‬ ‭a‬ ‭country‬ ‭if‬ ‭it‬ ‭has‬ ‭an‬ ‭area‬ ‭of‬ ‭(c) 780000‬ ‭(d) 810000‬
‭22500 km²?‬
‭ .159.‬‭If the height and slant height of a‬
Q ‭SSC CHSL 04/08/2023 (2nd Shift)‬ ‭ .176.‬ ‭How‬ ‭many‬ ‭solid‬ ‭spheres‬ ‭are‬
Q
‭cone are 21 cm and 29 cm, respectively.‬ ‭(a) 2500 cm²‬ ‭(b) 2250 cm²‬ ‭made‬ ‭if‬‭a‬‭metallic‬‭cone‬‭of‬‭radius‬‭12‬‭cm‬
‭22‬ ‭(c) 5625 cm‬‭2‬ ‭(d) 900 cm‬‭2‬ ‭and height 24 cm is melted into sphere‬
‭Find the volume. (use‬π = ‭)‬
‭7‬ ‭of radius 2 cm each ?‬
‭ SC CHSL 02/08/2023 (3rd Shift)‬
S ‭ .168.‬ ‭The‬ ‭sides‬ ‭of‬ ‭the‬ ‭three‬ ‭cubes‬ ‭of‬
Q ‭SSC CHSL 08/08/2023 (3rd Shift)‬
‭(a) 8800 cm‬‭3‬ ‭(b) 8780 cm‬‭3‬ ‭metal‬ ‭are‬ ‭15‬ ‭cm,‬ ‭18‬ ‭cm‬ a‭ nd‬ ‭25‬ ‭cm,‬ ‭(a) 105 (b) 101 (c) 108 (d) 103‬
‭3‬
‭(c) 8440 cm‬ ‭(d) 8080 cm‬‭3‬ ‭respectively.‬ ‭Find‬‭the‬‭side‬‭(in‬‭cm)‬‭of‬‭the‬
‭new‬‭cube‬‭formed‬‭by‬‭melting‬‭these‬‭cubes‬ ‭Q.177.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭triangular‬
‭ .160.‬‭A‬‭circle‬‭with‬‭centre‬‭O‬‭has‬‭a‬‭chord‬
Q ‭together‬ ‭ ower‬ ‭bed‬ ‭of‬‭a‬‭garden‬‭whose‬‭perimeter‬
fl
‭AB‬‭that‬‭is‬‭20‬‭cm‬‭in‬‭length.‬‭If‬‭the‬‭radius‬‭of‬ ‭SSC CHSL 04/08/2023 (2nd Shift)‬ ‭is‬‭20‬‭metres‬‭and‬‭two‬‭sides‬‭are‬‭5‬‭metres‬
‭the‬ ‭circle‬ ‭is‬ ‭12‬ ‭cm,‬ ‭then‬ ‭the‬ ‭area‬ ‭of‬ ‭3‬ ‭3‬ ‭3‬ ‭3‬ ‭and 6 metres.‬
‭(a) 9‬ ‭388‬‭(b) 6‬ ‭388‬‭(c) 7‬ ‭388‬‭(d) 4‬ ‭388‬
‭triangle AOB is:‬ ‭SSC CHSL 08/08/2023 (4th Shift)‬
‭SSC CHSL 02/08/2023 (3rd Shift)‬ ‭ .169.‬ ‭A‬‭shopkeeper‬‭usually‬‭makes‬‭one‬
Q ‭(a)‬‭10‬ ‭2‭‬‬‭𝑚‬
‭2‬
‭(b)‬‭2‬ ‭10‬‭‬‭𝑚‬
‭2‬

‭(a) 20‬ ‭15‬‭cm‬ ‭2‬


‭(b) 22‬ ‭11‬‭cm‬ ‭2‬ ‭big‬ ‭besan‬ ‭laddoo‬ ‭(spherical‬ ‭in‬ ‭shape)‬ ‭2‬ ‭2‬
‭(c)‬‭5‬ ‭2‬‭‬‭𝑚‬ ‭(d)‬‭4‬ ‭5‬‭‬‭𝑚‬
‭(c) 20‬ ‭11‬‭cm‬ ‭2‬
‭(d) 22‬ ‭15‬‭cm‬ ‭2‬ ‭with‬ ‭a‬ ‭radius‬ ‭of‬ ‭9‬ ‭cm.‬ ‭With‬ ‭the‬ ‭same‬
‭laddoo,‬ ‭How‬ ‭many‬ ‭besan‬ ‭laddoos‬ ‭of‬ ‭ .178.‬‭A‬‭solid‬‭cuboid‬‭is‬‭melted‬‭to‬‭form‬‭a‬
Q
‭ .161.‬ ‭The‬ ‭length‬ ‭of‬ ‭each‬ ‭side‬ ‭of‬ ‭an‬
Q ‭22‬‭‬ ‭number‬ ‭of‬ ‭cubes.‬ ‭If‬ ‭the‬ ‭length,‬ ‭breadth‬
‭radius 3 cm can be made? (Use π =‬ ‭)‬
‭equilateral‬ ‭triangle‬ ‭is‬ ‭22‬ ‭cm.‬ ‭Find‬ ‭the‬ ‭7‭‬‬ ‭and‬‭height‬‭of‬‭a‬‭cuboid‬‭are‬‭20‬‭cm,‬‭16‬‭cm‬
‭area (in cm²) of this triangle .‬ ‭ SC CHSL 04/08/2023 (3rd Shift)‬
S ‭and‬‭8‬‭cm,‬‭and‬‭the‬‭edge‬‭of‬‭each‬‭cube‬‭is‬‭4‬
‭SSC CHSL 02/08/2023 (4th Shift)‬ ‭(a) 9‬ ‭(b) 18‬ ‭(c) 36‬ ‭(d) 27‬ ‭cm, then the number of cubes is:‬
‭(a) 121 (b) 242‬ ‭3‬ ‭(c) 121‬ ‭3‬ ‭(d) 242‬ ‭SSC CHSL 09/08/2023 (2nd Shift)‬
‭Q.170.‬ ‭How‬ ‭many‬ ‭litres‬ ‭of‬‭water‬‭can‬‭a‬
‭(a) 50‬ ‭(b) 44‬ ‭(c) 40‬ ‭(d) 48‬
‭ emispherical‬ ‭tank‬ ‭of‬ ‭radius‬ ‭2.1‬ ‭m‬
h
‭ .162.‬ ‭The‬ ‭perimeter‬‭of‬‭a‬‭parallelogram‬
Q
‭22‬ ‭ .179.‬ ‭The‬ ‭length,‬ ‭breath‬ ‭of‬ ‭a‬ ‭cuboidal‬
Q
‭is‬ ‭48‬ ‭cm.‬ ‭If‬ ‭the‬ ‭height‬ ‭of‬ ‭the‬ ‭contain? (Take π =‬ ‭)‬
‭7‬
‭parallelogram‬ ‭is‬ ‭6‬ ‭cm‬ ‭and‬ ‭the‬‭length‬‭of‬ ‭box‬‭are‬‭25‬‭cm‬‭and‬‭15‬‭cm,‬‭respectively.‬‭If‬
‭ SC CHSL 04/08/2023 (4th Shift)‬
S
‭the adjacent side is 8 cm. find its area.‬ ‭the‬ ‭volume‬‭of‬‭the‬‭box‬‭is‬‭1875‬‭cm³,‬‭then‬
‭(a) 18984 (b) 19324 (c) 18404 (d) 19404‬
‭SSC CHSL 03/08/2023 (1st Shift)‬ ‭the height of the box (in cm) is:‬
‭2‬ ‭2‬
‭ .171.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭triangle‬‭is‬‭half‬‭the‬
Q ‭SSC CHSL 09/08/2023 (3rd Shift)‬
‭(a) 90‬‭𝑐 𝑚‬ ‭(b) 80‬‭𝑐 𝑚‬
‭2‬ ‭2‬ ‭area‬ ‭of‬ ‭a‬ ‭square.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭the‬ ‭(a) 4.0‬ ‭(b) 5.0‬ ‭(c) 5.5‬ ‭(d) 4.5‬
‭(c) 84‬‭𝑐 𝑚‬ ‭(d) 96‬‭𝑐 𝑚‬
‭square‬‭is‬‭172‬‭cm.‬‭What‬‭is‬‭the‬‭area‬‭of‬‭the‬
‭Q.180.‬ ‭The‬ ‭diameter‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬ ‭14‬
‭ .163.‬ ‭In‬ ‭an‬ ‭isosceles‬ ‭triangle,‬ ‭if‬ ‭the‬
Q ‭triangle (in cm²) ?‬
‭ m,‬ ‭then‬ ‭the‬ ‭volume‬ ‭of‬ ‭this‬ ‭sphere‬ ‭is‬
c
‭unequal‬‭side‬‭is‬‭8‬‭cm‬‭and‬‭equal‬‭side‬‭is‬‭5‬ ‭SSC CHSL 04/08/2023 (4th Shift)‬ ‭22‬‭‬
‭cm, then the area of the triangle is:‬ ‭(a) 924.5 (b) 1984 (c) 1849 (d) 992‬ ‭(use π =‬ ‭):‬
‭7‭‬‬
‭SSC CHSL 03/08/2023 (1st Shift)‬ ‭SSC CHSL 09/08/2023 (4th Shift)‬
‭2‬ ‭2‬ ‭ .172.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭circle‬ ‭is‬ ‭21‬ ‭cm.‬
Q
‭(a) 12‬‭𝑐 𝑚‬ ‭(b) 25‬‭𝑐 𝑚‬ ‭‬
1 ‭‬
1
‭What‬‭will‬‭be‬‭the‬‭area‬‭(in‬‭cm‬‭2‬‭)‬‭of‬‭a‬‭sector‬ ‭(a) 1437‬ ‭cm‬‭3‬ ‭(b) 1683‬ ‭cm‬‭3‬
‭2‬ ‭2‬ ‭3‬ ‭3‬
‭(c) 6‬‭𝑐 𝑚‬ ‭(d) 11‬‭𝑐 𝑚‬ ‭of‬ ‭the‬‭circle‬‭that‬‭subtends‬‭a‬‭22.5°‬‭angle‬
‭2‬ ‭1‬
‭22‬‭‬ ‭(c) 1521‬ ‭cm‬‭3‬ ‭(d) 2125‬ ‭cm‬‭3‬
‭ .164.‬ ‭Find‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭largest‬
Q ‭at the centre? [Use π =‬ ‭]‬ ‭3‬ ‭3‬
‭7‭‬‬
‭possible‬‭sphere‬‭circumscribed‬‭by‬‭a‬‭cube‬
‭ SC CHSL 07/08/2023 (2nd Shift)‬
S ‭Q.181.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭sector‬ ‭of‬ ‭a‬
‭of edge 7 cm.‬
‭(a) 86.6205‬ ‭(b) 86.0625‬ ‭ ircle‬ ‭of‬ ‭radius‬ ‭7.4‬ ‭cm‬ ‭is‬ ‭20.6‬ ‭cm.‬ ‭The‬
c
‭SSC CHSL 03/08/2023 (2nd Shift)‬
‭(c) 86.6250‬ ‭(d) 86.6025‬ ‭area of this sector is:‬
‭3‬ ‭3‬
‭(a) 179.67‬‭𝑐 𝑚‬ ‭(b) 169.67‬‭𝑐 𝑚‬ ‭SSC CHSL 10/08/2023 (3rd Shift)‬
‭3‬ ‭3‬ ‭ .173.‬‭A‬‭solid‬‭rectangular‬‭block‬‭of‬‭metal‬
Q
‭(c) 189.67‬‭𝑐 𝑚‬ ‭(d) 199.67‬‭𝑐 𝑚‬ ‭(a) 42.92‬‭𝑐 𝑚‬
‭2‬
‭(b) 5.8‬‭𝑐 𝑚‬
‭2‬
‭of‬‭dimensions‬‭88‬‭cm‬‭×‬‭21‬‭cm‬‭×‬‭21‬‭cm,‬‭is‬
‭2‬ ‭2‬
‭ .165.‬‭The‬‭length,‬‭breadth‬‭and‬‭height‬‭of‬
Q ‭melted‬‭to‬‭form‬‭a‬‭solid‬‭sphere.‬‭What‬‭is‬‭its‬ ‭(c) 10.73‬‭𝑐 𝑚‬ ‭(d) 21.46‬‭𝑐 𝑚‬
‭a‬‭room‬‭are‬‭7m,‬‭5m‬‭and‬‭3m,‬‭respectively.‬ ‭22‬
‭radius (in cm) ? Take (π =‬ ‭)‬ ‭Q.182.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬‭a‬‭solid‬
‭7‬
‭Find‬ ‭the‬ ‭cost‬ ‭of‬ ‭whitewashing‬‭the‬‭walls‬
‭ SC CHSL 07/08/2023 (2nd Shift)‬
S ‭ emisphere‬ ‭of‬‭diameter‬‭14‬‭cm‬‭is‬‭(use‬‭π‬
h
‭of‬‭the‬‭room‬‭and‬‭the‬‭ceiling‬‭at‬‭the‬‭rate‬‭of‬
‭₹16 per m‬‭2‬‭.‬ ‭(a) 28‬ ‭(b) 35‬ ‭(c) 21‬ ‭(d) 14‬ ‭22‬
‭=‬ ‭):‬
‭7‬
‭SSC CHSL 03/08/2023 (3rd Shift)‬ ‭Q.174.‬ ‭A‬ ‭sphere‬ ‭of‬ ‭diameter‬‭18‬‭cm‬‭has‬ ‭ SC CHSL 11/08/2023 (1st Shift)‬
S
‭(a) ₹1,712‬ ‭(b) ₹1,742‬ ‭ een‬‭melted‬‭to‬‭make‬‭cylinder‬‭of‬‭radius‬‭3‬
b ‭(a) 522 cm²‬ ‭(b) 462 cm‬‭2‬
‭(c) ₹1,698‬ ‭(d) ₹1,684‬ ‭cm‬‭and‬‭height‬‭2‬‭cm.‬‭The‬‭total‬‭number‬‭of‬ ‭(c) 428 cm²‬ ‭(d) 584 cm²‬
‭cylinder made out will be:‬
‭ .166.‬ ‭The‬ ‭difference‬ ‭between‬ ‭the‬‭total‬
Q
‭SSC CHSL 07/08/2023 (3rd Shift)‬ ‭Q.183.‬‭The‬‭perimeter‬‭of‬‭a‬‭minor‬‭sector‬‭of‬
‭surface‬‭area‬‭and‬‭the‬‭lateral‬‭surface‬‭area‬
‭(a) 40‬ ‭(b) 100‬ ‭(c) 54‬ ‭(d) 45‬ ‭ ‬‭circle‬‭of‬‭radius‬‭5‬‭cm‬‭is‬‭15.5‬‭cm.‬‭Find‬‭the‬
a
‭of a cube of side 12 cm is:‬
‭22‬
‭SSC CHSL 03/08/2023 (4th Shift)‬ ‭area of the minor sector (use π =‬ ‭).‬
‭7‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭ SC CHSL 11/08/2023 (1st Shift)‬
S ‭ SC CHSL 17/08/2023 (1st Shift)‬
S r‭ atio 5 : 7. Find the ratio of their bases.‬
‭(a) 17.53 cm²‬ ‭(b) 13.75 cm²‬ ‭(a) ₹198‬‭(b) ₹184‬‭(c) ₹208‬‭(d) ₹216‬ ‭SSC CGL 17/07/2023 (1st shift)‬
‭(c) 13.57 cm²‬ ‭(d) 17.35 cm²‬ ‭(a) 3 : 5 (b) 7 : 3 (c) 7 : 5 (d) 2 : 3‬
‭ .192.‬ ‭A‬‭hemispherical‬‭bowl‬‭is‬‭made‬‭of‬
Q
‭ .184.‬‭A‬‭copper‬‭wire‬‭is‬‭bent‬‭in‬‭the‬‭form‬
Q ‭1‬‭cm‬‭thick‬‭steel.‬‭The‬‭inside‬‭radius‬‭of‬‭the‬ ‭Q.200.‬ ‭If‬ ‭the‬ ‭side‬ ‭of‬ ‭an‬ ‭equilateral‬
‭of‬ ‭a‬ ‭square‬ ‭and‬ ‭it‬ ‭encloses‬ ‭an‬ ‭area‬ ‭of‬ ‭bowl‬‭is‬‭4‬‭cm.‬‭The‬‭volume‬‭of‬‭the‬‭steel‬‭(in‬ t‭ riangle‬ ‭is‬ ‭increased‬ ‭by‬ ‭34%,‬ ‭then‬ ‭by‬
‭30.25‬ ‭cm‬‭2‬‭.‬ ‭If‬ ‭the‬ ‭same‬ ‭wire‬ ‭is‬ ‭bent‬ ‭to‬ ‭cm³) used in making the bowl is:‬ ‭what percentage will its area increase?‬
‭form‬ ‭a‬ ‭circle,‬ ‭then‬ ‭find‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭SSC CHSL 17/08/2023 (2nd Shift)‬ ‭SSC CGL 17/07/2023 (2nd shift)‬
‭22‬ ‭‬
2 ‭‬
1 ‭(a) 70.65%‬ ‭(b) 79.56%‬
‭circle. (use π =‬ ‭).‬ ‭(a) 40‬ π ‭(b) 27‬ π
‭7‬ ‭3‬ ‭3‬ ‭(c) 68.25%‬ ‭(d) 75.15%‬
‭ SC CHSL 11/08/2023 (2nd Shift)‬
S ‭1‬ ‭1‬
‭(c) 41‬ π ‭(d) 35‬ π ‭ .201.‬ ‭An‬ ‭arc‬ ‭of‬ ‭length‬ ‭23.1‬ ‭cm‬
Q
‭(a) 38.50 cm‬‭2‬ ‭(b) 42.25 cm‬‭2‬ ‭3‬ ‭3‬
‭(c) 35 cm‬ ‭2‬
‭(d) 30.25 cm‬‭2‬ ‭subtends‬ ‭an‬ ‭18°‬ ‭angle‬ ‭at‬ ‭the‬ ‭centre.‬
‭Q.193.‬ ‭A‬ ‭rod‬ ‭of‬ ‭5‬ ‭cm‬‭radius‬‭and‬‭52‬‭cm‬ ‭What is the area of the circle ?‬
‭ .185.‬‭A‬‭metallic‬‭sphere‬‭of‬‭radius‬‭21‬‭cm‬
Q l‭ength‬‭is‬‭converted‬‭into‬‭a‬‭wire‬‭of‬‭100‬‭cm‬ ‭22‬
‭is‬ ‭melted‬ ‭and‬ ‭then‬ ‭recast‬ ‭into‬ ‭smaller‬ ‭length‬ ‭of‬ ‭uniform‬ ‭thickness.‬ ‭The‬ ‭radius‬ ‭[Use‬‭π‬‭=‬ ‭]‬
‭7‬
‭cones‬ ‭each‬‭with‬‭a‬‭radius‬‭of‬‭7‬‭cm,‬‭and‬‭a‬ ‭of the wire (in cm) is:‬ ‭ SC CGL 17/07/2023 (2nd shift)‬
S
‭height of 3 cm. Find the number of cones‬ ‭SSC CHSL 17/08/2023 (4th Shift)‬ ‭(a) 16978.50 cm² (b) 16988.50 cm²‬
‭obtained.‬ ‭(a)‬‭‬ ‭13‬ ‭(b)‬ ‭15‬ ‭(c)‬ ‭23‬ ‭(d)‬ ‭17‬ ‭(c) 16878.50 cm² (d) 16798.50 cm²‬
‭SSC CHSL 11/08/2023 (4th Shift)‬
‭(a) 225‬ ‭(b) 325‬ ‭(c) 522‬ ‭(d) 252‬ ‭Q.202.‬ ‭What‬ ‭is‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬ ‭cube‬ ‭if‬
‭SSC CGL 2023 Tier - 1‬ t‭ he‬ ‭perimeter‬ ‭of‬‭one‬‭face‬‭of‬‭the‬‭cube‬‭is‬
‭Q.186.‬‭If‬‭the‬‭slant‬‭height‬‭and‬‭radius‬‭of‬‭a‬ ‭40 cm ?‬
r‭ ight‬‭circular‬‭cone‬‭are‬‭28‬‭cm‬‭and‬‭21‬‭cm,‬ ‭Q.194.‬‭The volume of a sphere of radius‬
‭SSC CGL 17/07/2023 (3rd shift)‬
‭respectively,‬ ‭then‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭22‬
‭4.2 cm is: (use π =‬ ‭)‬ ‭(a) 1000 cm³‬ ‭(b) 820 cm³‬
‭7‬
‭of‬ ‭the‬ ‭right‬ ‭circular‬ ‭cone‬ ‭(in‬ ‭cm‬‭2‬‭)‬ ‭is:‬ ‭(c) 600 cm³‬ ‭(d) 800 cm³‬
‭22‬ ‭ SC CGL 14/07/2023 (1st shift)‬
S
‭(Taken π =‬ ‭)‬ ‭(a) 278.234 cm³‬ ‭(b) 312.725 cm³‬ ‭ .203.‬ ‭Find‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭sector‬ ‭of‬ ‭a‬
Q
‭7‬
‭ SC CHSL 14/08/2023 (1st Shift)‬
S ‭(c) 297.824 cm³‬ ‭(d) 310.464 cm³‬ ‭circle‬ ‭with‬ ‭radius‬ ‭5‬ ‭cm‬ ‭and‬ ‭angle‬ ‭60°‬
‭(a) 3234‬ ‭(b) 3342 (c) 3243 (d) 3324‬ ‭(rounded off to one decimal).‬
‭Q.195.‬‭If‬‭the‬‭total‬‭surface‬‭area‬‭of‬‭a‬‭cube‬
‭SSC CGL 17/07/2023 (3rd shift)‬
‭ .187.‬ ‭The‬ ‭sides‬ ‭of‬ ‭a‬ ‭triangle‬ ‭are‬ ‭of‬
Q i‭s‬‭24‬‭sq‬‭.units,‬‭then‬‭what‬‭is‬‭the‬‭volume‬‭of‬
‭(a) 12.8 cm²‬ ‭(b) 14.1 cm²‬
‭length‬ ‭8‬‭cm,‬‭15‬‭cm‬‭and‬‭17‬‭cm.‬‭Find‬‭the‬ ‭the cube?‬
‭(c) 13.1 cm‬‭²‬ ‭(d) 15.1 cm²‬
‭area of the triangle.‬ ‭SSC CGL 14/07/2023 (2nd shift)‬
‭SSC CHSL 14/08/2023 (1st Shift)‬ ‭(a) 8 cu.units‬ ‭(b) 16 cu.units‬ ‭Q.204.‬ ‭A‬ ‭sector‬ ‭of‬ ‭a‬ ‭circle‬ ‭of‬ ‭radius‬‭10‬
‭(a) 65 cm²‬ ‭(b) 75 cm²‬ ‭(c) 10 cu.units‬ ‭(d) 4 cu.units‬ ‭ m‬ ‭is‬ ‭formed‬‭at‬‭60°‬‭angle‬‭at‬‭the‬‭centre.‬
c
‭(c) 60 cm²‬ ‭(d) 70 cm²‬ ‭What will be its area (take π = 3.14)?‬
‭Q.196.‬‭Ranu‬‭carries‬‭water‬‭to‬‭school‬‭in‬‭a‬
‭SSC CGL 17/07/2023 (4th shift)‬
‭Q.188.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭ ylindrical‬‭flask‬‭with‬‭diameter‬‭12‬‭cm‬‭and‬
c
‭(a) 52.33 cm²‬ ‭(b) 75.28 cm²‬
‭ ylinder‬ ‭whose‬‭radius‬‭is‬‭6cm‬‭and‬‭height‬
c ‭height‬ ‭21‬ ‭cm.‬ ‭Determine‬ ‭the‬ ‭amount‬‭of‬
‭(c) 60.67 cm²‬ ‭(d) 55.00 cm²‬
‭22‬ ‭water that she can carry in the flask.‬
‭is 8 cm is (use π =‬ ‭).‬ ‭22‬
‭7‬ ‭ .205.‬ ‭A‬ ‭spherical‬ ‭ball‬ ‭of‬ ‭lead,‬ ‭3‬ ‭cm‬‭in‬
Q
‭(Use π =‬ ‭)‬
‭ SC CHSL 14/08/2023 (2nd Shift)‬
S ‭7‬ ‭diameter,‬‭is‬‭melted‬‭and‬‭recast‬‭into‬‭three‬
‭(a) 528 cm‬‭2‬ ‭(b) 575 cm‬‭2‬ ‭ SC CGL 14/07/2023 (4th shift)‬
S ‭spherical‬ ‭balls.‬ ‭The‬ ‭diameters‬‭of‬‭two‬‭of‬
‭2‬
‭(c) 658 cm‬ ‭(d) 625 cm‬‭2‬ ‭(a) 2372 cm³‬ ‭(b) 2370 cm³‬ ‭‬
3
‭(c) 2376 cm³‬ ‭(d) 2374 cm³‬ ‭these‬ ‭balls‬ ‭are‬ ‭cm‬ ‭and‬ ‭2cm‬ ‭,‬
‭2‬
‭Q.189.‬‭Find‬‭the‬‭surface‬‭area‬‭of‬‭a‬‭sphere‬ ‭respectively.‬ ‭Find‬ ‭the‬ ‭diameter‬ ‭of‬ ‭the‬
‭22‬ ‭ .197.‬ ‭The‬‭volume‬‭of‬‭a‬‭cone‬‭with‬‭height‬
Q
‭ hose radius is 3.5 cm (use π =‬
w ‭).‬ t‭ hird ball.‬
‭7‬ ‭equal to radius, and slant height 5 cm is:‬
‭SSC CGL 17/07/2023 (4th shift)‬
‭ SC CHSL 14/08/2023 (3rd Shift)‬
S ‭SSC CGL 17/07/2023 (1st shift)‬
‭(a) 2.1 cm (b) 3.3 cm (c) 3 cm (d) 2.5 cm‬
‭(a) 154 cm²‬ ‭(b) 152 cm²‬ ‭125π‬ ‭125π‬
‭(c) 146 cm²‬ ‭(d) 160 cm²‬ ‭(a)‬ ‭cm‬‭3‬ ‭(b)‬ ‭cm‬‭3‬ ‭ .206.‬ ‭The‬‭area‬‭of‬‭the‬‭sector‬‭of‬‭a‬‭circle‬
Q
‭12‬ ‭3‬ ‭6‬ ‭3‬
‭of‬ ‭radius‬ ‭12‬ ‭cm‬ ‭is‬ ‭32‬ ‭π‬ ‭cm².‬ ‭Find‬ ‭the‬
‭ .190.‬‭The‬‭curved‬‭surface‬‭area‬‭of‬‭a‬‭right‬
Q ‭125π‬ ‭125π‬
‭length‬ ‭of‬ ‭the‬ ‭corresponding‬ ‭arc‬ ‭of‬ ‭the‬
‭(c)‬ ‭cm‬‭3‬ ‭(d)‬ ‭cm‬‭3‬
‭circular‬ ‭cone‬ ‭of‬ ‭diameter‬ ‭42‬ ‭cm‬ ‭is‬ ‭990‬ ‭12‬ ‭2‬ ‭6‬ ‭2‬ ‭sector.‬
‭cm².‬ ‭What‬ ‭is‬ ‭the‬ ‭slant‬ ‭height‬‭(in‬‭cm)‬‭of‬ ‭SSC CGL 17/07/2023 (4th shift)‬
‭22‬ ‭Q.198.‬ ‭If‬ ‭the‬ ‭area‬‭of‬‭a‬‭circle‬‭is‬‭616‬‭cm²‬
‭the cone ? (use π =‬ ‭).‬ ‭16‬ ‭13‬
‭7‬ ‭ nd‬ ‭a‬ ‭chord‬ ‭XY‬ ‭=‬ ‭10‬ ‭cm,‬ ‭then‬ ‭find‬ ‭the‬
a ‭(a)‬ ‭‬π‭‬‭𝑐 𝑚‬ ‭(b)‬ π‭‬‭𝑐 𝑚‬
‭3‬ ‭3‬
‭ SC CHSL 14/08/2023 (4th Shift)‬
S ‭perpendicular‬ ‭distance‬ ‭from‬ ‭the‬ ‭center‬
‭10‬ ‭8‬
‭(a) 10‬ ‭(b) 15‬ ‭(c) 24‬ ‭(d) 12‬ ‭of the circle to the chord XY.‬ ‭(c)‬ π‭‬‭𝑐 𝑚‬ ‭(d)‬ π‭‬‭𝑐 𝑚‬
‭3‬ ‭3‬
‭SSC CGL 17/07/2023 (1st shift)‬
‭Q.191.‬ ‭A‬ ‭cylindrical‬ ‭pillar‬ ‭is‬ ‭84‬ ‭cm‬ ‭in‬ ‭(a)‬‭‬ ‭171‬‭cm‬ ‭(b)‬ ‭161‬‭cm‬ ‭Q.207.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭length‬ ‭of‬ ‭each‬
‭ iameter‬‭and‬‭5‬‭m‬‭in‬‭height.‬‭Find‬‭the‬‭cost‬
d ‭ qual‬ ‭side‬ ‭and‬ ‭the‬ ‭third‬ ‭side‬ ‭of‬ ‭an‬
e
‭(c)‬ ‭117‬‭cm‬ ‭(d)‬ ‭181‬‭cm‬
‭of‬ ‭painting‬ ‭the‬ ‭curved‬ ‭surface‬ ‭of‬ ‭the‬ ‭isosceles triangle is 3 : 5. If the area of‬
‭pillar at the rate of ₹15 per m‬‭2‬‭.‬ ‭Q.199.‬‭The‬‭area‬‭of‬‭two‬‭triangles‬‭is‬‭in‬‭the‬ ‭2‬
t‭ he triangle is‬‭30‬ ‭11‬‭‬‭𝑐 𝑚‬ ‭, then the length‬
‭22‬ r‭ atio 5 : 3 and their heights are in the‬
‭(use π =‬ ‭).‬ ‭of the third side (in cm) is:‬
‭7‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬ 125
‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭SSC CGL 18/07/2023 (2nd shift)‬ ‭SSC CGL 20/07/2023 (2nd shift)‬ ‭ .0014‬‭m³,‬‭then‬‭how‬‭many‬‭bricks‬‭will‬‭be‬
0
‭(a)‬‭10‬ ‭6‬ ‭(b)‬‭5‬ ‭6‬ ‭(c)‬‭13‬ ‭6‬ ‭(d)‬‭11‬ ‭6‬ ‭(a) 6‬ ‭2‬‭cm (b) 9 cm (c) 6 cm (d) 3‬ ‭6‬‭cm‬ ‭required‬ ‭to‬‭construct‬‭a‬‭wall‬‭of‬‭length‬‭14‬
‭m, breadth 0.125 m and height 5 m?‬
‭Q.208.‬‭A‬‭conical‬‭tent‬‭with‬‭radius‬‭6‬‭units‬ ‭Q.217.‬ ‭Find‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭(in‬ ‭SSC CGL 21/07/2023 (3rd shift)‬
‭ nd‬ ‭height‬ ‭8‬ ‭units‬ ‭is‬ ‭to‬ ‭be‬ ‭made‬ ‭by‬
a ‭ m²)‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭having‬ ‭dimensions‬ ‭5‬
c ‭(a) 5250‬ ‭(b) 3250‬ ‭(c) 6250 (d) 4250‬
‭canvas.‬ ‭How‬ ‭much‬ ‭canvas‬‭is‬‭needed‬‭to‬ ‭cm, 7 cm and 11 cm.‬
‭make‬ ‭the‬ ‭tent?‬ ‭(Rounded‬ ‭off‬ ‭of‬ ‭two‬ ‭SSC CGL 20/07/2023 (2nd shift)‬ ‭Q.226.‬‭An‬‭arc‬‭on‬‭a‬‭circle,‬‭whose‬‭length‬‭is‬
‭places of decimals)‬ ‭(a) 385‬ ‭(b) 334‬ ‭(c) 343‬ ‭(d) 167‬ ‭ 9.25‬ ‭cm,‬ ‭subtends‬ ‭an‬ ‭18°‬ ‭angle‬‭at‬‭the‬
1
‭SSC CGL 18/07/2023 (3rd shift)‬ ‭centre.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭circle?‬
‭(a) 188.57 units‬ ‭(b) 155.87 units‬ ‭ .218.‬ ‭The‬ ‭slant‬ ‭height‬ ‭of‬ ‭a‬ ‭cone‬‭is‬‭10‬
Q ‭22‬
‭[Use π =‬ ‭]‬
‭(c) 166.57 units‬ ‭(d) 177.55 units‬ ‭cm,‬ ‭and‬ ‭the‬ ‭radius‬ ‭is‬ ‭6‬‭cm.‬‭What‬‭is‬‭the‬ ‭7‬
‭total surface area of the cone? (Take π =‬ ‭ SC CGL 21/07/2023 (4th shift)‬
S
‭ .209.‬ ‭Area‬ ‭of‬ ‭a‬ ‭sector‬ ‭is‬‭1848‬‭m²‬‭and‬
Q ‭3.14)‬ ‭(a) 11796.625 cm‬‭2‬ ‭(b) 11786.625 cm‬‭2‬
‭the‬ ‭central‬ ‭angle‬ ‭of‬ ‭the‬ ‭sector‬ ‭is‬ ‭270°.‬ ‭SSC CGL 20/07/2023 (3rd shift)‬ ‭2‬
‭(c) 11780.625 cm‬ ‭(d) 11790.625 cm‬‭2‬
‭Find the radius of the circle.‬ ‭(a) 292.4 cm²‬ ‭(b) 312.2 cm²‬
‭22‬ ‭(c) 305.4 cm²‬ ‭(d) 301.44 cm²‬ ‭Q.227.‬ ‭If‬ ‭the‬ ‭inner‬ ‭radius‬ ‭of‬ ‭a‬
‭(Take π =‬ ‭)‬ ‭ emispherical‬ ‭bowl‬ ‭is‬ ‭5‬ ‭cm‬ ‭and‬ ‭its‬
h
‭7‬
‭ SC CGL 18/07/2023 (4th shift)‬
S ‭ .219.‬ ‭The‬ ‭width‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬ ‭2‬ ‭m‬
Q ‭thickness‬ ‭is‬ ‭0.25‬ ‭cm,‬ ‭then‬ ‭find‬ ‭the‬
‭(a) 784 m (b) 22 m (c) 27 m (d) 28 m‬ ‭less‬ ‭than‬ ‭its‬ ‭length.‬ ‭If‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭volume‬ ‭of‬ ‭the‬ ‭material‬ ‭required‬ ‭in‬
‭the‬ ‭rectangle‬ ‭is‬ ‭68‬ ‭m,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭22‬
‭making‬‭the‬‭bowl.‬‭(use‬‭π‬‭=‬ ‭)‬‭(Rounded‬
‭ .210.‬‭A‬‭conical‬‭tent‬‭has‬‭a‬‭radius‬‭of‬‭7‬‭m‬
Q ‭length (in metres) of the rectangle?‬ ‭7‬
‭and‬‭a‬‭vertical‬‭height‬‭of‬‭24‬‭m.‬‭How‬‭many‬ ‭SSC CGL 20/07/2023 (4th shift)‬ ‭ p to two places of decimals).‬
u
‭full‬‭bags‬‭of‬‭rice‬‭can‬‭be‬‭emptied‬‭in‬‭it‬‭if‬‭the‬ ‭(a) 20‬ ‭(b) 18‬ ‭(c) 16‬ ‭(d) 17‬ ‭SSC CGL 21/07/2023 (4th shift)‬
‭space‬‭occupied‬‭by‬‭the‬‭rice‬‭in‬‭each‬‭bag‬‭is‬ ‭(a) 34 cm‬‭3‬ ‭(b) 44 cm‬‭3‬
‭2 m³ ?‬ ‭Q.220.‬‭The‬‭length,‬‭breadth‬‭and‬‭height‬‭of‬ ‭(c) 45.34 cm‬‭3‬
‭(d) 41.28 cm‬‭3‬
‭SSC CGL 19/07/2023 (1st shift)‬ ‭ ‬ ‭cuboid‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬ ‭1‬ ‭:‬ ‭2‬ ‭:‬ ‭3.‬ ‭The‬
a
‭(a) 566‬ ‭(b) 616‬ ‭(c) 716‬ ‭(d) 650‬ ‭length,‬ ‭breadth‬ ‭and‬‭height‬‭of‬‭the‬‭cuboid‬ ‭Q.228.‬ ‭A‬ ‭one‬ ‭metre‬ ‭pipe‬ ‭is‬ ‭made‬ ‭with‬
‭are‬ ‭increased‬ ‭by‬ ‭200%,‬‭300%‬‭and‬‭300%,‬ i‭nner‬‭diameter‬‭equal‬‭to‬‭outer‬‭radius.‬‭How‬
‭ .211.‬ ‭Find‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬ ‭arc‬‭of‬‭the‬
Q ‭respectively.‬ ‭Then‬ ‭compared‬ ‭to‬ ‭the‬ ‭much‬‭material‬‭(in‬‭cubic‬‭units)‬‭is‬‭required‬
‭sector‬‭of‬‭a‬‭circle‬‭of‬‭diameter‬‭7‬‭cm‬‭with‬‭a‬ ‭original‬ ‭volume,‬ ‭the‬ ‭increase‬ ‭in‬ ‭the‬ ‭88‬
‭to‬‭make‬‭the‬‭pipe,‬‭if‬‭it‬‭can‬‭hold‬ ‭cubic‬
‭22‬ ‭volume of the cuboid will be:‬ ‭7‬
‭central angle of 108°. [Use π =‬ ‭]‬ ‭ etres water in it ?‬
m
‭7‬ ‭SSC CGL 20/07/2023 (4th shift)‬
‭ SC CGL 19/07/2023 (1st shift)‬
S ‭(a) 47 times‬ ‭(b) 26 times‬ ‭SSC CGL 24/07/2023 (1st shift)‬
‭(a) 6.6 cm‬ ‭(b) 5.6 cm‬ ‭(c) 17 times‬ ‭(d) 15 times‬ ‭(a) 37.7‬ ‭(b) 35.5 (c) 33.3 (d) 36.6‬
‭(c) 13.2 cm‬ ‭(d) 11.2 cm‬
‭Q.221.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭cuboid‬‭is‬‭twice‬ ‭Q.229.‬‭The‬‭ratio‬‭of‬‭the‬‭length‬‭to‬‭width‬‭of‬
‭ .212.‬ ‭The‬ ‭lateral‬ ‭area‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬
Q t‭ hat‬ ‭of‬ ‭a‬ ‭cube.‬ ‭If‬ ‭the‬ ‭dimensions‬‭of‬‭the‬ ‭ ‬‭certain‬‭rectangle‬‭is‬‭3‬‭:‬‭2‬‭and‬‭the‬‭area‬‭is‬
a
‭3168‬ ‭cm‬‭2‬ ‭and‬ ‭its‬ ‭height‬ ‭is‬ ‭48‬ ‭cm.‬ ‭Find‬ ‭cuboid‬‭are‬‭(8‬‭m‬‭×‬‭8‬‭m‬‭×‬‭16‬‭m),‬‭the‬‭total‬ ‭150‬ ‭cm².‬ ‭The‬‭perimeter‬‭of‬‭the‬‭rectangle‬
‭the volume.‬ ‭surface area of the cube is:‬ ‭(in cm) is :‬
‭SSC CGL 19/07/2023 (2nd shift)‬ ‭SSC CGL 21/07/2023 (1st shift)‬ ‭SSC CGL 24/07/2023 (1st shift)‬
‭(a) 5244 cm‬‭3‬ ‭(b) 5544 cm‬‭3‬ ‭(a) 316 m²‬ ‭(b) 288 m²‬ ‭(a) 20‬ ‭(b) 30‬ ‭(c) 50‬ ‭(d) 40‬
‭(c) 5644 cm‬‭3‬ ‭(d) 16632 cm‬‭3‬ ‭(c) 324 m²‬ ‭(d) 384 m²‬
‭Q.230.‬ ‭The‬ ‭length‬ ‭of‬ ‭each‬ ‭side‬ ‭of‬ ‭a‬
‭ .213.‬ ‭The‬ ‭wheel‬ ‭of‬ ‭a‬ ‭lorry‬ ‭has‬ ‭radius‬
Q ‭Q.222.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭an‬ ‭isosceles‬ t‭ riangle‬ ‭is‬ ‭12‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭length‬‭of‬
‭182‬ ‭cm.‬ ‭The‬ ‭number‬ ‭of‬ ‭revolutions‬ t‭ riangle‬ ‭is‬ ‭100‬ ‭cm.‬‭If‬‭the‬‭base‬‭is‬‭36‬‭cm,‬ ‭the circumradius of the triangle?‬
‭(approximately)‬ ‭per‬ ‭minute‬ ‭the‬ ‭lorry‬ ‭then‬ ‭find‬ ‭its‬ ‭semi‬ ‭perimeter‬ ‭(in‬ ‭SSC CGL 24/07/2023 (1st shift)‬
‭wheel‬ ‭will‬ ‭make‬‭is‬‭_____‬‭(if‬‭the‬‭speed‬‭of‬ ‭centimetres).‬ ‭(a) 8√3 cm‬ ‭(b) 2√3 cm‬
‭the lorry is 66 km/h).‬ ‭SSC CGL 21/07/2023 (2nd shift)‬ ‭(c) 6√3 cm‬ ‭(d) 4√3 cm‬
‭SSC CGL 19/07/2023 (2nd shift)‬ ‭(a) 64‬ ‭(b) 60‬ ‭(c) 45‬ ‭(d) 50‬
‭ .231.‬‭The‬‭length,‬‭breadth,‬‭and‬‭height‬‭of‬
Q
‭(a) 100‬ ‭(b) 96‬ ‭(c) 1144‬ ‭(d) 66‬
‭ .223.‬ ‭Three‬ ‭solid‬ ‭metallic‬ ‭spheres‬ ‭of‬
Q ‭a‬ ‭room‬ ‭are‬ ‭10‬ ‭m,‬ ‭8‬ ‭m‬ ‭and‬ ‭6‬ ‭m‬
‭ .214.‬ ‭To‬ ‭have‬ ‭a‬ ‭surface‬ ‭area‬ ‭of‬ ‭9π‬
Q ‭radii‬ ‭1‬ ‭cm,‬ ‭6‬ ‭cm‬‭and‬‭8‬‭cm,‬‭respectively,‬ ‭respectively.‬ ‭Find‬ ‭the‬ ‭cost‬ ‭of‬ ‭white‬
‭square units of a ball, what should be the‬ ‭are‬ ‭melted‬‭and‬‭recast‬‭into‬‭a‬‭single‬‭solid‬ ‭washing the walls of the room and the‬
‭diameter (in units) of the ball?‬ ‭sphere.‬‭The‬‭radius‬‭of‬‭the‬‭new‬‭sphere‬‭so‬ ‭ceiling at the rate of‬ ‭₹7.50 per m².‬
‭SSC CGL 19/07/2023 (3rd shift)‬ ‭formed is:‬ ‭SSC CGL 24/07/2023 (2nd shift)‬
‭(a) 2.5‬ ‭(b) 2‬ ‭(c) 1.5‬ ‭(d) 3‬ ‭SSC CGL 21/07/2023 (3rd shift)‬ ‭(a)‬‭₹2,220‬ ‭(b) ₹1,850‬
‭(a) 9.0cm (b) 5.9cm (c) 7.7cm (d) 8.5cm‬ ‭(c) ₹2,150‬ ‭(d) ₹2,000‬
‭Q.215.‬ ‭If‬ ‭the‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭cube‬ ‭is‬
‭ 046 cm², then the volume of the cube is:‬
5 ‭ .224.‬ ‭The‬‭area‬‭of‬‭the‬‭sector‬‭of‬‭a‬‭circle‬
Q ‭Q.232.‬‭If the diameter of a sphere is 7‬
‭SSC CGL 19/07/2023 (4th shift)‬ ‭of‬ ‭radius‬ ‭28‬ ‭cm‬ ‭is‬ ‭112‬ ‭cm².‬ ‭Find‬ ‭the‬ ‭ m, then find the volume of the sphere.‬
c
‭(a) 26189‬‭‬‭𝑐 𝑚‬‭³‬ ‭(b) 25145‬‭‬‭𝑐 𝑚‬‭³‬ ‭22‬
‭length of the corresponding arc of the‬ ‭(use‬‭π‬‭‭=
‬‬ ‭) (Rounded up to two places‬
‭7‬
‭(c) 22812‬‭‬‭𝑐 𝑚‬‭³‬ ‭(d) 24389‬‭‬‭𝑐 𝑚‬‭³‬ ‭sector.‬
‭ f decimal).‬
o
‭SSC CGL 21/07/2023 (3rd shift)‬
‭Q.216.‬ ‭A‬ ‭solid‬‭cone‬‭with‬‭curved‬‭surface‬ ‭SSC CGL 24/07/2023 (3rd shift)‬
‭(a) 4 cm‬ ‭(b) 8 cm (c) 6 cm (d) 5 cm‬
‭ rea‬‭twice‬‭its‬‭base‬‭area‬‭has‬‭slant‬‭height‬
a ‭(a) 184‬‭𝑐 𝑚‬
‭3‬ ‭3‬
‭(b) 201.34‬ ‭𝑐 𝑚‬
‭of 6‬ ‭3‬‭cm. Its height is :‬ ‭Q.225.‬‭If the volume of one brick is‬ ‭3‬ ‭3‬
‭(c) 128.87‬‭𝑐 𝑚‬ ‭(d) 179.67‬ ‭𝑐 𝑚‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭Q.233.‬‭The‬‭side‬‭of‬‭an‬‭equilateral‬‭triangle‬ ‭ hat is the side (in units) of the square?‬
W ‭2‬ ‭ ‬ ‭2‬
1 ‭2‬ ‭2‬
‭(a) 2.5‬‭𝑟‬ ‭(b)‬ ‭𝑟‬ ‭(c) 3‬‭𝑟‬ ‭(d) 2‬‭𝑟‬
i‭s‬ ‭12‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭(in‬ ‭cm²,‬ ‭SSC CGL 25/07/2023 (4th shift)‬ ‭2‬
‭rounded‬ ‭off‬ ‭to‬ ‭2‬ ‭decimal‬ ‭places)‬ ‭of‬‭the‬ ‭(a) 12.24 (b) 16.62 (c) 14.42 (d) 12.62‬
‭ .250.‬ ‭A‬ ‭hemispherical‬ ‭bowl‬ ‭has‬ ‭a‬
Q
t‭ riangle? Given:‬ ‭3‬‭= 1.732‬ ‭ .242.‬ ‭If‬‭the‬‭slant‬‭height‬‭of‬‭a‬‭cone‬‭is‬‭60‬
Q ‭radius‬ ‭of‬ ‭7‬ ‭cm.‬ ‭It‬ ‭is‬ ‭to‬ ‭be‬ ‭painted‬‭from‬
‭SSC CGL 24/07/2023 (4th shift)‬ ‭cm‬ ‭and‬ ‭the‬ ‭radius‬ ‭of‬ ‭its‬ ‭base‬‭is‬‭21‬‭cm,‬ ‭inside‬‭as‬‭well‬‭as‬‭outside.‬‭Find‬‭the‬‭cost‬‭of‬
‭(a) 68.07‬ ‭(b) 63.89 (c) 62.35 (d) 65.23‬ ‭then find its curved surface area.‬ ‭painting‬ ‭it‬ ‭at‬ ‭the‬ ‭rate‬ ‭of‬ ‭Rs.40‬ ‭per‬ ‭20‬
‭ .234.‬ ‭A‬ ‭ball‬ ‭is‬ ‭to‬ ‭be‬ ‭made‬ ‭with‬ ‭inner‬
Q ‭22‬ ‭cm²?‬ ‭(Take‬‭the‬‭thickness‬‭of‬‭the‬‭bowl‬‭as‬
‭(use π =‬ ‭)‬
‭radius‬ ‭of‬‭2‬‭units‬‭and‬‭outside‬‭radius‬‭of‬‭3‬ ‭7‬ ‭negligible).‬
‭units.‬ ‭How‬ ‭much‬ ‭material‬ ‭is‬ ‭required‬‭to‬ ‭ SC CGL 26/07/2023 (1st shift)‬
S ‭SSC CGL 27/07/2023 (1st shift)‬
‭make the ball ?‬ ‭(a) 3880 cm‬‭2‬ ‭(b) 3820 cm‬‭2‬ ‭(a) Rs.1,232‬ ‭(b) Rs.1,125‬
‭SSC CGL 24/07/2023 (4th shift)‬ ‭(c) 3960 cm‬‭2‬ ‭(d) 4020 cm‬‭2‬ ‭(c) Rs.1,432‬ ‭(d) Rs.1,550‬
‭19‬‭‬ ‭ 6‬‭‬
7
‭(a)‬ ‭π‬ ‭(b)‬‭19‬‭π‬ ‭(c)‬ ‭π‬ ‭(d)‬‭π‬ ‭ .243.‬‭What‬‭is‬‭the‬‭surface‬‭area‬‭(in‬‭cm²)‬
Q ‭Q.251.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬ ‭hall‬‭is‬‭21‬‭m‬‭and‬
‭3‬ ‭‬
3
‭of‬ ‭a‬ ‭spherical‬ ‭sculpture‬‭whose‬‭radius‬‭is‬ t‭ he‬ ‭width‬‭is‬‭14‬‭m.‬‭The‬‭sum‬‭of‬‭the‬‭areas‬
‭ .235.‬ ‭A‬ ‭metallic‬ ‭cube‬ ‭has‬ ‭each‬ ‭of‬ ‭its‬
Q ‭22‬ ‭of‬ ‭the‬ ‭floor‬ ‭and‬ ‭the‬ ‭flat‬ ‭roof‬‭is‬‭equal‬‭to‬
‭35 cm ? (Take π =‬ ‭)‬
‭side‬ ‭of‬ ‭length‬ ‭12‬ ‭cm.‬ ‭It‬ ‭is‬ ‭melted‬ ‭and‬ ‭7‬ ‭the‬ ‭sum‬ ‭of‬ ‭the‬ ‭areas‬ ‭of‬ ‭the‬ ‭four‬ ‭walls.‬
‭recast‬ ‭into‬ ‭three‬ ‭small‬ ‭cubes.‬ ‭Out‬ ‭of‬ ‭ SC CGL 26/07/2023 (2nd shift)‬
S ‭Find the height of the hall.‬
‭these‬ ‭cubes,‬ ‭two‬ ‭have‬ ‭their‬ ‭sides‬ ‭as‬ ‭6‬ ‭(a) 16540‬ ‭(b) 15700‬ ‭SSC CGL 27/07/2023 (2nd shift)‬
‭cm‬‭and‬‭8‬‭cm,‬‭respectively.‬‭The‬‭length‬‭of‬ ‭(c) 15400‬ ‭(d) 14500‬ ‭(a) 8.4 m (b) 8.2 m (c) 8.6 m (d) 8.8 m‬
‭each side of the third cube is:‬
‭ .244.‬‭The‬‭area‬‭of‬‭a‬‭sector‬‭of‬‭a‬‭circle‬‭is‬
Q ‭Q.252.‬ ‭A‬ ‭circular‬ ‭arc‬ ‭whose‬ ‭radius‬ ‭is‬ ‭4‬
‭SSC CGL 25/07/2023 (1st shift)‬
‭110‬ ‭cm²‬ ‭and‬ ‭the‬ ‭central‬ ‭angle‬ ‭of‬ ‭the‬ ‭ m‬ ‭makes‬ ‭an‬ ‭angle‬ ‭45°‬ ‭at‬ ‭the‬ ‭centre.‬
c
‭(a) 7 cm‬ ‭(b) 9 cm (c) 10 cm (d) 5 cm‬
‭sector‬ ‭is‬ ‭56°,‬ ‭what‬ ‭is‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭Find the perimeter of the sector formed.‬
‭ .236.‬‭The‬‭field‬‭is‬‭150‬‭m‬‭long‬‭and‬‭80‬‭m‬
Q ‭22‬ ‭22‬
‭circle? (Take π =‬ ‭)‬ ‭(Take π =‬ ‭)‬
‭7‬ ‭7‬
‭wide.‬‭How‬‭many‬‭times‬‭(rounded‬‭off‬‭to‬‭1‬
‭ SC CGL 26/07/2023 (2nd shift)‬
S ‭SSC CGL 27/07/2023 (3rd shift)‬
‭decimal‬ ‭place)‬ ‭is‬ ‭its‬ ‭perimeter‬ ‭to‬ ‭the‬
‭(a) 35 cm (b) 20 cm (c) 25 cm (d) 15 cm‬ ‭78‬ ‭72‬
‭length of its diagonal?‬ ‭(a)‬ ‭ m‬
c ‭(b)‬ ‭ m‬
c
‭SSC CGL 25/07/2023 (1st shift)‬ ‭7‬ ‭7‬
‭Q.245.‬ ‭A‬ ‭petrol‬ ‭tank‬ ‭is‬ ‭of‬ ‭length‬ ‭50‬ ‭m,‬
‭(a) 2.3‬ ‭(b) 2.5‬ ‭(c) 2.7‬ ‭(d) 3.1‬ ‭74‬ ‭76‬
‭ readth‬ ‭25‬ ‭m,‬ ‭and‬ ‭depth‬ ‭10‬ ‭m.‬ ‭How‬
b ‭(c)‬ ‭cm‬ ‭(d)‬ ‭cm‬
‭7‬ ‭7‬
‭many‬ ‭litres‬ ‭of‬ ‭petrol‬ ‭can‬ ‭be‬
‭Q.237.‬‭The‬‭length,‬‭breadth‬‭and‬‭height‬‭of‬
‭accommodated‬‭in‬‭the‬‭petrol‬‭tank‬‭when‬‭it‬ ‭Q.253.‬‭The‬‭curved‬‭surface‬‭area‬‭of‬‭a‬‭right‬
‭ ‬ ‭hall‬ ‭are‬ ‭10‬ ‭m,‬ ‭20‬ ‭m‬ ‭and‬ ‭15m‬
a
‭is completely filled?‬ ‭ ircular‬‭cylinder‬‭of‬‭height‬‭56‬‭cm‬‭is‬‭1408‬
c
‭respectively.‬ ‭Find‬ ‭the‬ ‭cost‬ ‭of‬
‭SSC CGL 26/07/2023 (2nd shift)‬ ‭cm².‬‭Find‬‭the‬‭diameter‬‭of‬‭the‬‭base‬‭of‬‭the‬
‭whitewashing‬ ‭the‬ ‭walls‬ ‭of‬ ‭the‬ ‭inside‬ ‭of‬
‭(a) 1,25,00,000‬ ‭(b) 12,50,000‬ ‭cylinder.‬
‭the‬ ‭hall‬ ‭and‬ ‭ceiling‬ ‭at‬ ‭the‬ ‭rate‬ ‭of‬
‭(c) 1,25,000‬ ‭(d) 12500‬ ‭SSC CGL 27/07/2023 (3rd shift)‬
‭₹10.20/m²‬
‭SSC CGL 25/07/2023 (2nd shift)‬ ‭(a) 8m (b) 0.04m (c) 0.08m (d) 0.008m‬
‭Q.246.‬ ‭Find‬ ‭the‬ ‭area‬ ‭of‬ ‭an‬ ‭equilateral‬
‭(a) ₹13,394‬ ‭(b) ₹11,220‬ t‭ riangle whose sides are 16 cm each.‬
‭(c) ₹15,320‬ ‭(d) ₹16,542‬ ‭SSC CGL 26/07/2023 (3rd shift)‬
‭SSC Selection Post (Phase - XI)‬
‭ .238.‬‭What is the area of the sector of a‬
Q ‭(a) 60‬ ‭3‬‭‬‭cm² (b) 62‬ ‭3‬‭cm²‬
‭Q.254.‬‭If‬‭the‬‭volume‬‭of‬‭a‬‭cube‬‭is‬‭given‬‭as‬
‭circle‬ ‭of‬ ‭radius‬ ‭8‬ ‭cm‬ ‭and‬ ‭formed‬ ‭by‬ ‭an‬ ‭(c) 64‬ ‭3‬‭cm² (d) 66‬ ‭3‬‭‬‭cm²‬ ‭ 2167‬ ‭cm³,‬ ‭then‬ ‭the‬‭surface‬‭area‬‭of‬‭the‬
1
‭arc of length 12 cm ?‬ ‭cube will be:‬
‭SSC CGL 25/07/2023 (3rd shift)‬ ‭Q.247.‬ ‭If‬‭the‬‭side‬‭of‬‭a‬‭cubical‬‭box‬‭is‬‭12‬
‭Graduate Level 27/06/2023 (Shift - 4)‬
‭(a) 45 cm²‬ ‭(b) 47 cm²‬ ‭ m, then find its total surface area.‬
c
‭(a) 3475 cm²‬ ‭(b) 4574 cm²‬
‭(c) 48 cm²‬ ‭(d) 84 cm²‬ ‭SSC CGL 26/07/2023 (3rd shift)‬
‭(c) 3174 cm²‬ ‭(d) 5413 cm²‬
‭(a) 952 cm²‬ ‭(b) 864 cm²‬
‭Q.239.‬‭The‬‭curved‬‭surface‬‭area‬‭of‬‭a‬‭solid‬ ‭(c) 664 cm²‬ ‭(d) 792 cm²‬ ‭ .255.‬ ‭What‬ ‭is‬ ‭the‬ ‭side‬ ‭of‬ ‭a‬ ‭cube‬ ‭(in‬
Q
‭ ircular‬‭cylinder‬‭of‬‭height‬‭12‬‭cm‬‭is‬‭2640‬
c ‭metres)‬‭in‬‭which‬‭an‬‭iron‬‭rod‬‭of‬‭maximum‬
‭cm². What is the volume (in cm³) of the‬ ‭Q.248.‬‭If the volume of a cube is 4096‬
‭length 10 metres can be put ?‬
‭22‬ ‭ m³,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭length‬‭of‬‭the‬‭side‬
c
‭cylinder? (Take π =‬ ‭)‬ ‭Graduate Level 28/06/2023 (Shift - 3)‬
‭7‬ ‭of the cube ?‬
‭(a) 5.77 (b) 7.57 (c) 5.57 (d) 7.75‬
‭ SC CGL 25/07/2023 (3rd shift)‬
S ‭SSC CGL 26/07/2023 (4th shift)‬
‭(a) 46200‬ ‭(b) 37900‬ ‭(a) 12 cm (b) 18 cm (c) 16 cm (d) 14 cm‬ ‭ .256.‬ ‭The‬ ‭volume‬‭of‬‭a‬‭cylinder‬‭is‬‭1650‬
Q
‭(c) 42000‬ ‭(d) 55200‬ ‭m³,‬‭whereas‬‭the‬‭surface‬‭area‬‭of‬‭its‬‭base‬
‭ .249.‬‭In the following figure, the length‬
Q
‭‬
4
‭ .240.‬ ‭The‬ ‭length‬ ‭of‬ ‭the‬ ‭longest‬
Q ‭of‬ ‭arc‬ ‭AB‬ ‭is‬ ‭equal‬ ‭to‬ ‭five‬ ‭times‬ ‭of‬ ‭the‬ ‭is‬ ‭78‬ ‭m²‬ ‭.‬ ‭Find‬ ‭the‬ ‭height‬ ‭of‬ ‭the‬
‭7‬
‭diagonal‬ ‭of‬ ‭a‬ ‭cube‬ ‭is‬ ‭7√3‬ ‭cm.‬ ‭Find‬ ‭its‬ ‭radius‬ ‭r‬ ‭of‬ ‭the‬ ‭circle.‬ ‭Find‬ ‭the‬ ‭area‬ ‭of‬
‭ ylinder.‬
c
‭volume (in cm³).‬ ‭sector AOB?‬
‭Graduate Level 30/06/2023 (Shift - 1)‬
‭SSC CGL 25/07/2023 (4th shift)‬ ‭(a) 7.5 m (b) 14 m (c) 21 m (d) 2.1 m‬
‭(a) 343√3 (b) 49√3 (c) 334 (d) 343‬
‭Q.257.‬‭Melting‬‭a‬‭hemisphere‬‭of‬‭radius‬‭7‬
‭ .241.‬ ‭A‬ ‭cuboid‬ ‭with‬ ‭sides‬ ‭4,‬ ‭6‬ ‭and‬ ‭8‬
Q
‭ m,‬ ‭four‬ ‭small‬ ‭identical‬ ‭spheres‬ ‭are‬
c
‭units‬‭is‬‭covered‬‭with‬‭paper.‬‭The‬‭paper‬‭is‬
‭made.‬ ‭What‬ ‭is‬ ‭the‬ ‭radius‬ ‭of‬ ‭these‬
‭removed and a square is made from it.‬ ‭SSC CGL 27/07/2023 (1st shift)‬ ‭spheres ?‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭ igher Secondary 27/06/2023 (Shift - 3)‬
H ‭Q.267.‬ ‭The‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭ hat is the radius of the inner circle?‬
w
‭(a) 3 cm (b) 3.5 cm (c) 4 cm (d) 4.5 cm‬ ‭ ylindrical‬‭pillar‬‭is‬‭528‬‭m‬‭2‬ ‭and‬‭its‬‭volume‬
c ‭SSC MTS 02/05/2023 (Evening)‬
‭is‬ ‭1848‬ ‭m‬‭3‬‭.‬ ‭The‬‭ratio‬‭between‬‭its‬‭radius‬ ‭(a) 280 metres‬ ‭(b) 340 metres‬
‭ .258.‬‭What is the volume (in cm‬‭3‬‭) of a‬
Q ‭and height is ________.‬ ‭(c) 360 metres‬ ‭(d) 300 metres‬
‭hemisphere‬‭having‬‭a‬‭diameter‬‭of‬‭21‬‭cm?‬ ‭Matriculation Level 30/06/2023 (Shift - 3)‬
‭22‬
‭(a) 9 : 10 (b) 7 : 12 (c) 7 : 3 (d) 9 : 5‬ ‭ .276.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
Q
‭(Take‬π = ‭)‬
‭7‬ ‭cylinder‬ ‭is‬ ‭thrice‬ ‭of‬ ‭its‬ ‭height.‬ ‭If‬ ‭the‬
‭ igher Secondary 28/06/2023 (Shift - 2)‬
H ‭Q.268.‬ ‭The‬ ‭radius‬‭of‬‭the‬‭base‬‭of‬‭a‬‭solid‬ ‭height‬ ‭of‬ ‭the‬ ‭cylinder‬ ‭is‬ ‭3.5‬ ‭cm.‬ ‭then‬
‭(a) 2625.5‬ ‭(b) 2255.5‬ r‭ ight‬‭circular‬‭cone‬‭is‬‭20‬‭cm‬‭and‬‭its‬‭height‬ ‭what is the volume of cylinder?‬
‭(c) 1925.5‬ ‭(d) 2425.5‬ ‭is 21 cm. What is its total surface area‬ ‭SSC MTS 02/05/2023 (Evening)‬
‭(in cm‬‭2‬‭) ?‬ ‭(a) 1124.25 cm³‬ ‭(b) 1324.75 cm³‬
‭Q.259.‬ ‭The‬ ‭area‬ ‭of‬ ‭the‬ ‭triangle‬ ‭whose‬
‭Matriculation Level 30/06/2023 (Shift - 3)‬ ‭(c) 1468.25 cm³‬ ‭(d) 1212.75 cm³‬
‭ ides are 3 cm, 5 cm, and 6 cm is:‬
s
‭(a) 760‬π ‭(b) 980‬π ‭(c) 890‬π ‭(d) 680‬π
‭Higher Secondary 30/06/2023 (Shift - 2)‬ ‭ .277.‬‭If the area of a square is 529 cm‬‭2‬‭,‬
Q
‭2‬
‭(a)‬ ‭14‬‭‬‭𝑐 𝑚‬
‭2‬
‭(b) 2‬ ‭14‬‭‬‭𝑐 𝑚‬ ‭ .269.‬ ‭To‬ ‭pack‬ ‭a‬ ‭set‬ ‭of‬ ‭books,‬ ‭Surbhi‬
Q ‭then what is the length of its diagonal?‬
‭2‬ ‭2‬ ‭made‬ ‭a‬ ‭carton‬ ‭that‬ ‭was‬‭48‬‭inches‬‭long,‬ ‭SSC MTS 03/05/2023 (Morning)‬
‭(c) 4‬ ‭14‬‭‬‭𝑐 𝑚‬ ‭(d) 3‬ ‭14‬‭‬‭𝑐 𝑚‬
‭27‬ ‭inches‬ ‭wide‬ ‭and‬‭30‬‭inches‬‭tall.‬‭What‬ ‭(a) 23 cm (b) 26‬ ‭3‬ ‭(c) 23‬ ‭2‬ ‭(d) 46 cm‬
‭ .260.‬ ‭The‬ ‭diagonal‬‭(in‬‭cm)‬‭of‬‭a‬‭cuboid‬
Q ‭will‬ ‭be‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭(in‬‭square‬
‭with dimensions 9cm‬× ‭12cm‬× ‭20cm is:‬ ‭feet)‬‭of‬‭this‬‭carton,‬‭once‬‭it‬‭is‬‭closed‬‭from‬ ‭ .278.‬‭The‬‭length‬‭of‬‭two‬‭parallel‬‭sides‬‭of‬
Q
‭Higher Secondary 30/06/2023 (Shift - 2)‬ ‭all sides? [Use 1 foot = 12 inches]‬ ‭a‬ ‭trapezium‬ ‭are‬ ‭15‬‭metre‬‭and‬‭20‬‭metre.‬
‭(a) 9‬ ‭(b) 12‬ ‭(c) 25‬ ‭(d) 20‬ ‭Matriculation Level 30/06/2023 (Shift - 4)‬ ‭If‬‭its‬‭height‬‭is‬‭22‬‭metre,‬‭then‬‭what‬‭is‬‭the‬
‭(a) 49.25 (b) 48.25 (c) 48.75 (d) 49.75‬ ‭area of the trapezium ?‬
‭ .261.‬‭Find‬‭the‬‭length‬‭of‬‭a‬‭diagonal‬‭of‬‭a‬
Q ‭SSC MTS 03/05/2023 (Morning)‬
‭cuboid‬ ‭whose‬ ‭dimensions‬ ‭are‬ ‭12‬ ‭m,‬ ‭10‬ ‭2‬ ‭2‬
‭SSC CHSL 2022 Tier - 2‬ ‭(a) 295‬‭𝑚𝑒𝑡𝑟𝑒‬ ‭(b) 385‬‭𝑚𝑒𝑡𝑟𝑒‬
‭m and 8 m. (up to one decimal point)‬ ‭2‬ ‭2‬
‭(c) 425‬‭𝑚𝑒𝑡𝑟𝑒‬ ‭(d) 315‬‭𝑚𝑒𝑡𝑟𝑒‬
‭Matriculation Level 27/06/2023 (Shift - 1)‬
‭Q.270.‬‭The‬‭length‬‭of‬‭a‬‭rectangular‬‭plot‬‭is‬
‭(a) 18m (b) 16.5m (c) 17m (d) 17.54m‬ ‭ .279.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭hemisphere‬ ‭is‬
Q
t‭ hrice‬ ‭its‬ ‭breadth.‬ ‭If‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬
‭rectangular‬‭plot‬‭is‬‭2700‬‭m²,‬‭then‬‭what‬‭is‬ ‭486π cm³. Find the radius.‬
‭ .262.‬ ‭The‬ ‭internal‬ ‭and‬ ‭external‬
Q
‭the breadth of the rectangular plot?‬ ‭SSC MTS 03/05/2023 (Afternoon)‬
‭diameters‬ ‭of‬ ‭a‬ ‭hollow‬ ‭hemispherical‬
‭SSC CHSL Tier II (26/06/2023)‬ ‭(a) 7 cm‬ ‭(b) 9 cm‬ ‭(c) 4 cm (d) 8 cm‬
‭bowl‬‭are‬‭6‬‭cm‬‭and‬‭10‬‭cm,‬‭respectively.‬‭If‬
‭it‬ ‭is‬ ‭melted‬ ‭and‬ ‭recast‬ ‭into‬ ‭a‬ ‭solid‬ ‭(a) 20 m‬ ‭(b) 12 m (c) 30 m (d) 28 m‬
‭Q.280.‬‭A farmer's land is in the shape of‬
‭cylinder‬ ‭of‬ ‭diameter‬ ‭14‬ ‭cm,‬ ‭what‬ ‭is‬ ‭the‬ ‭ ‬ ‭trapezium‬ ‭which‬ ‭has‬ ‭its‬ ‭parallel‬‭sides‬
a
‭height of the cylinder in cm?‬ ‭SSC MTS 2022 Tier - 1‬ ‭measuring‬‭6.32‬‭yards‬‭and‬‭7.68‬‭yards‬‭and‬
‭Matriculation Level 27/06/2023 (Shift - 1)‬ ‭the‬‭distance‬‭between‬‭the‬‭parallel‬‭sides‬‭is‬
‭(a) 1.1‬ ‭(b) 1.22 (c) 1.33 (d) 1‬ ‭Q.271.‬ ‭If‬ ‭the‬ ‭surface‬ ‭area‬ ‭of‬ ‭two‬ ‭5.50‬ ‭yards.‬ ‭The‬ ‭cost‬ ‭of‬ ‭ploughing‬ ‭the‬
‭ pheres‬‭is‬‭in‬‭the‬‭ratio‬‭81:‬‭25,‬‭then‬‭what‬‭is‬
s ‭land‬ ‭is‬ ‭Rs.‬ ‭1200‬ ‭per‬ ‭square‬ ‭yard.‬ ‭What‬
‭Q.263.‬ ‭The‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
‭the ratio of their radius.‬ ‭amount‬ ‭have‬ ‭to‬ ‭be‬ ‭spent‬ ‭in‬ ‭order‬ ‭to‬
‭ emisphere‬‭is‬‭693‬‭cm².‬‭Its‬‭radius‬‭will‬‭be‬
h
‭SSC MTS 02/05/2023 (Morning)‬ ‭plough the entire land ?‬
‭22‬
‭__________ .(Take‬π ‭=‬ ‭)‬ ‭(a) 5 : 8 (b) 7 : 9 (c) 5 : 7 (d) 9 : 5‬ ‭SSC MTS 03/05/2023 (Afternoon)‬
‭7‬
‭ atriculation Level 27/06/2023 (Shift - 2)‬
M ‭(a) Rs. 36600‬ ‭(b) Rs. 32500‬
‭Q.272.‬ ‭When‬ ‭a‬ ‭wire‬‭is‬‭bent‬‭in‬‭the‬‭form‬
‭(a) 10.5 cm (b) 9 cm (c) 10 cm (d) 9.5 cm‬ ‭(c) Rs. 55400‬ ‭(d) Rs. 46200‬
‭ f‬‭a‬‭square,‬‭then‬‭the‬‭area‬‭enclosed‬‭by‬‭it‬
o
‭is‬‭5929‬‭cm².‬‭If‬‭wire‬‭is‬‭bent‬‭into‬‭the‬‭form‬ ‭ .281.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭is‬ ‭six‬
Q
‭ .264.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭an‬ ‭isosceles‬
Q
‭of‬ ‭a‬ ‭circle,‬ ‭then‬ ‭what‬ ‭will‬ ‭be‬ ‭the‬ ‭area‬ ‭times‬ ‭of‬ ‭its‬ ‭breadth‬ ‭and‬ ‭the‬‭height‬‭of‬‭a‬
‭right‬ ‭-‬ ‭angled‬ ‭triangle‬ ‭having‬ ‭an‬ ‭area‬‭of‬
‭enclosed by the wire?‬ ‭cuboid‬‭is‬‭four‬‭times‬‭of‬‭its‬‭breadth.‬‭If‬‭the‬
‭200 cm² is:‬
‭SSC MTS 02/05/2023 (Afternoon)‬ ‭breadth‬‭of‬‭the‬‭cuboid‬‭is‬‭3‬‭cm,‬‭then‬‭what‬
‭Matriculation Level 28/06/2023 (Shift - 1)‬
‭(a) 7546 cm²‬ ‭(b) 8542 cm²‬ ‭is the total surface area of the cuboid ?‬
‭(a) 68.3 cm‬ ‭(b) 78.2 cm‬
‭(c) 7632 cm²‬ ‭(d) 6954 cm²‬ ‭SSC MTS 03/05/2023 (Evening)‬
‭(c) 70.6 cm‬ ‭(d) 58.6 cm‬
‭(a) 484 cm‬‭2‬ ‭(b) 612 cm‬‭2‬
‭ .273.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬
Q
‭ .265.‬‭A‬‭solid‬‭sphere‬‭has‬‭a‬‭surface‬‭area‬
Q ‭(c) 576 cm‬ ‭2‬
‭(d) 676 cm‬‭2‬
‭semi-circle of perimeter 3.6 meters?‬
‭of‬ ‭616‬ ‭cm².‬ ‭This‬ ‭sphere‬ ‭is‬‭now‬‭cut‬‭into‬
‭SSC MTS 02/05/2023 (Afternoon)‬ ‭Q.282.‬‭The‬‭ratio‬‭of‬‭radii‬‭of‬‭a‬‭cylinder‬‭to‬‭a‬
‭two‬ ‭hemispheres.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬
‭(a) 1.54 m²‬ ‭(b) 1.76 m²‬ ‭ one‬ ‭is‬ ‭3‬ ‭:‬ ‭1.‬ ‭If‬ ‭their‬ ‭heights‬ ‭are‬ ‭equal,‬
c
‭surface area of one of the hemispheres?‬
‭(c) 1.10 m²‬ ‭(d) 0.77 m²‬ ‭What is the ratio of their volumes?‬
‭Matriculation Level 28/06/2023 (Shift - 1)‬
‭(a) 440 cm²‬ ‭(b) 462 cm²‬ ‭SSC MTS 03/05/2023 (Evening)‬
‭ .274.‬‭What‬‭will‬‭be‬‭the‬‭length‬‭(‬‭in‬‭cm‬‭)‬‭of‬
Q
‭(c) 452 cm²‬ ‭(d) 390 cm²‬ ‭(a) 1 : 3‬ ‭(b) 27 : 1 (c) 9 : 1 (d) 1 : 9‬
‭the‬‭longest‬‭diagonal‬‭of‬‭the‬‭cuboid‬‭having‬
‭length‬‭13‬‭cm,‬ ‭width‬‭11‬‭cm‬‭and‬‭height‬‭20‬ ‭Q.283.‬‭Find the area of triangle having‬
‭ .266.‬ ‭A‬ ‭solid‬ ‭iron‬ ‭sphere‬ ‭of‬ ‭radius‬ ‭21‬
Q
‭cm?‬ ‭ ase 34 cm and corresponding height as‬
b
‭cm‬‭is‬‭melted‬‭down‬‭into‬‭a‬‭cone‬‭of‬‭height‬
‭SSC MTS 02/05/2023 (Evening)‬ ‭22 cm.‬
‭84‬ ‭cm.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬
‭(a) 23.45 (b) 26.27 (c) 34.65 (d) 22.65‬ ‭SSC MTS 04/05/2023 (Morning)‬
‭cone ?‬
‭Matriculation Level 28/06/2023 (Shift - 4)‬ ‭(a) 453 cm²‬ ‭(b) 374 cm²‬
‭Q.275.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭outer‬ ‭and‬ ‭the‬
‭(a) 24 cm (b) 28 cm (c) 32 cm (d) 21 cm‬ ‭(c) 234 cm²‬ ‭(d) 378 cm²‬
i‭nner‬ ‭circumference‬ ‭of‬ ‭a‬‭circular‬‭path‬‭is‬
‭17 : 15. If path is 40 metres wide, then‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬ 128
‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭Q.284.‬‭The‬‭ratio‬‭of‬‭the‬‭sides‬‭of‬‭a‬‭triangle‬ ‭(c) 990 cm²‬ ‭(d) 1024 cm²‬ ‭Q.302.‬ ‭Find‬ ‭the‬ ‭weight‬ ‭of‬ ‭a‬ ‭cylindrical‬
i‭s‬ ‭11‬ ‭:‬ ‭11‬ ‭:‬ ‭4.‬ ‭If‬ ‭the‬ ‭area‬ ‭of‬ ‭triangle‬ ‭is‬ i‭ron‬ ‭container‬ ‭with‬ ‭base‬ ‭radius‬‭12.6‬‭cm‬
‭Q.293.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭triangle‬
‭ ‬ ‭117‬ ‭cm²‬ ‭,‬ ‭then‬ ‭what‬‭is‬‭the‬‭length‬‭of‬
2 ‭and‬‭height‬‭is‬‭4‬‭m,‬‭where‬‭the‬‭weight‬‭of‬‭1‬
‭ hose‬ ‭base‬ ‭is‬ ‭120‬ ‭cm‬ ‭and‬ ‭the‬
w
‭the equal sides?‬ ‭cm³ of iron is 2 grams ?‬
‭corresponding height is 35 cm?‬
‭SSC MTS 04/05/2023 (Morning)‬ ‭SSC MTS 10/05/2023 (Morning)‬
‭SSC MTS 08/05/2023 (Evening)‬
‭(a) 3 cm‬ ‭(b) 13 cm (c) 11cm (d) 9 cm‬ ‭(a) 299.284 kg‬ ‭(b) 199.584 kg‬
‭(a) 2120 cm²‬ ‭(b) 2100 cm²‬
‭(c) 399.168 kg‬ ‭(d) 499.482 kg‬
‭Q.285.‬ ‭The‬ ‭two‬ ‭adjacent‬ ‭sides‬ ‭of‬ ‭a‬ ‭(c) 2010 cm²‬ ‭(d) 2630 cm²‬
‭ arallelogram‬ ‭are‬ ‭12‬ ‭cm‬ ‭and‬ ‭5‬ ‭cm‬
p ‭ .303.‬ ‭Sides‬ ‭of‬‭a‬‭triangle‬‭are‬‭20‬‭cm,‬‭48‬
Q
‭ .294.‬ ‭The‬ ‭radius‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬
Q
‭respectively.‬‭If‬‭one‬‭of‬‭the‬‭diagonals‬‭is‬‭13‬ ‭cm‬ ‭and‬ ‭52‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬
‭conical‬‭tent‬‭is‬‭8‬‭m‬‭and‬‭its‬‭height‬‭is‬‭15‬‭m,‬
‭cm long, then what is the area of the‬ ‭triangle ?‬
‭what is the cost of the material needed‬
‭parallelogram?‬ ‭SSC MTS 10/05/2023 (Afternoon)‬
‭to make it if it costs Rs.54 per‬π ‭m² ?‬ ‭2‬ ‭2‬
‭SSC MTS 04/05/2023 (Afternoon)‬ ‭SSC MTS 08/05/2023 (Evening)‬ ‭(a) 320‬‭𝑐 𝑚‬ ‭(b) 480‬‭𝑐 𝑚‬
‭(a) 60 cm‬‭2‬ ‭(b) 30 cm‬‭2‬ ‭(a) Rs.6454‬ ‭(b) Rs.7344‬ ‭(c) 560‬‭𝑐 𝑚‬
‭2‬
‭(d) 245‬‭𝑐 𝑚‬
‭2‬
‭2‬
‭(c) 75 cm‬ ‭(d) 25 cm‬‭2‬ ‭(c) Rs.8678‬ ‭(d) Rs.7454‬
‭Q.304.‬ ‭Find‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭Kite‬ ‭whose‬
‭ .286.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬‭circle‬‭with‬
Q ‭ .295.‬ ‭The‬ ‭Largest‬ ‭possible‬ ‭sphere‬ ‭is‬
Q ‭ iagonals are 22 cm and 6 cm.‬
d
‭diameter 12 mm?‬ ‭carved‬‭out‬‭of‬‭a‬‭cube‬‭of‬‭side‬‭6‬‭cm.‬‭What‬ ‭SSC MTS 10/05/2023 (Afternoon)‬
‭SSC MTS 04/05/2023 (Afternoon)‬ ‭is the volume of the sphere ?‬ ‭(a) 66 cm²‬ ‭(b) 100 cm²‬
‭(a) 12π mm‬‭2‬ ‭(b) 24π mm‬‭2‬ ‭SSC MTS 09/05/2023 (Morning)‬ ‭(c) 88 cm²‬ ‭(d) 50 cm²‬
‭2‬
‭(c) 36π mm‬ ‭(d) 48π mm‬‭2‬ ‭792‬ ‭144‬
‭(a)‬ ‭ m³‬
c ‭(b)‬ ‭ m³‬
c ‭ ind‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭triangle‬
‭Q.305.‬ F
‭7‬ ‭7‬
‭ .287.‬ ‭A‬ ‭solid‬ ‭cylinder‬ ‭having‬ ‭radius‬ ‭of‬
Q ‭ hose‬ h
w ‭ eight‬ ‭is‬ ‭56‬ ‭cm‬ ‭and‬ ‭the‬
‭133‬ ‭444‬
‭base‬ ‭as‬ ‭21‬ ‭cm‬ ‭and‬ ‭height‬ ‭as‬ ‭16‬ ‭cm‬ ‭is‬ ‭(c)‬ ‭cm³‬ ‭(d)‬ ‭cm³‬ ‭‬
1
‭3‬ ‭7‬
‭bisected‬ ‭from‬ ‭its‬ ‭height‬ ‭to‬ ‭get‬ ‭two‬ ‭corresponding base is‬ ‭th of the height‬‭.‬
‭4‬
‭identical‬ ‭cylinders.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭Q.296.‬ ‭Find‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭rhombus‬ ‭ SC MTS 10/05/2023 (Evening)‬
S
‭percentage‬ ‭increase‬ ‭in‬ ‭the‬ ‭total‬‭surface‬ ‭ hose diagonals are 16 cm and 20 cm.‬
w ‭(a) 544 cm²‬ ‭(b) 440 cm²‬
‭area ?‬ ‭SSC MTS 09/05/2023 (Morning)‬ ‭(c) 392 cm²‬ ‭(d) 480 cm²‬
‭SSC MTS 04/05/2023 (Evening)‬ ‭(a) 110 cm²‬ ‭(b) 150 cm²‬
‭(a) 56.76 percent‬ ‭(b) 42.52 percent‬ ‭(c) 160 cm²‬ ‭(d) 120 cm²‬ ‭ .306.‬ ‭There‬ ‭is‬ ‭a‬ ‭rectangular‬ ‭garden‬‭of‬
Q
‭(c) 62.34 percent‬ ‭(d) 48.88 percent‬ ‭150‬‭metres‬‭×‬‭25‬‭metres.‬‭A‬‭path‬‭of‬‭width‬
‭Q.297.‬ ‭Two‬ ‭cubes‬ ‭of‬ ‭iron‬ ‭whose‬ ‭edges‬ ‭10‬ ‭metres‬ ‭is‬ ‭built‬ ‭around‬ ‭the‬ ‭garden.‬
‭ .288.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭curved‬ ‭surface‬
Q ‭ re‬ ‭7‬ ‭cm‬ ‭and‬ ‭11‬ ‭cm‬ ‭are‬ ‭melted‬ ‭and‬
a ‭What is the area of the path?‬
‭area‬‭of‬‭cylinder‬‭having‬‭radius‬‭20‬‭cm‬‭and‬ ‭formed‬ ‭into‬ ‭a‬ ‭single‬ ‭cube.‬ ‭Find‬ ‭the‬ ‭SSC MTS 10/05/2023 (Evening)‬
‭height 34 cm? (use‬‭π‬‭= 3.14)‬ ‭volume (in cm³ ) of the new cube formed.‬ ‭(a) 3700 metre‬‭2‬ ‭(b) 3550 metre‬‭2‬
‭SSC MTS 04/05/2023 (Evening)‬ ‭SSC MTS 09/05/2023 (Afternoon)‬ ‭(c) 3900 metre‬‭2‬ ‭(d) 3220 metre‬‭2‬
‭(a) 3245.7 cm²‬ ‭(b) 4328.98 cm²‬ ‭(a) 1881‬‭(b) 1674 (c) 1444‬ ‭(d) 1221‬
‭(c) 4270.4 cm²‬ ‭(d) 4320.6 cm²‬ ‭Q.307.‬ ‭The‬ ‭outer‬ ‭radius‬ ‭of‬ ‭a‬ ‭spherical‬
‭ .298.‬ ‭A‬ ‭rectangle‬ ‭has‬ ‭sides‬ ‭of‬ ‭45‬ ‭cm‬
Q ‭ hell‬ ‭is‬ ‭13‬ ‭cm‬ ‭and‬ ‭the‬ ‭thickness‬ ‭of‬ ‭the‬
s
‭ .289.‬ ‭A‬ ‭cuboid‬ ‭whose‬ ‭sides‬ ‭are‬ ‭8‬‭cm,‬
Q ‭and‬ ‭55‬ ‭cm.‬ ‭What‬‭is‬‭the‬‭area‬‭(in‬‭cm²‬‭)of‬ ‭shell‬ ‭is‬ ‭3‬‭cm.‬‭What‬‭is‬‭the‬‭volume‬‭of‬‭the‬
‭27‬ ‭cm‬ ‭and‬ ‭64‬ ‭cm‬ ‭is‬ ‭melted‬ ‭to‬ ‭form‬ ‭a‬ ‭this rectangle ?‬ ‭22‬
‭new‬‭cube.‬‭What‬‭is‬‭the‬‭respective‬‭ratio‬‭of‬ ‭SSC MTS 09/05/2023 (Afternoon)‬ ‭metal used for the shell? (π =‬ ‭)‬
‭7‬
‭the‬ ‭total‬ ‭surface‬ ‭area‬‭of‬‭the‬‭cuboid‬‭and‬ ‭(a) 2675 (b) 2475 (c) 2550 (d) 2350‬ ‭ SC MTS 11/05/2023 (Morning)‬
S
‭cube ?‬ ‭(a) 1197 cm³‬ ‭(b) 2197 cm³‬
‭SSC MTS 08/05/2023 (Morning)‬ ‭Q.299.‬ ‭Length‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬ ‭58‬
‭(c) 3024 cm³‬ ‭(d) 5016 cm³‬
‭(a) 307: 216‬ ‭(b) 291: 203‬ ‭ eters,‬ ‭while‬ ‭its‬ ‭breadth‬ ‭is‬ ‭30‬ ‭meters.‬
m
‭(c) 349: 248‬ ‭(d) 329: 237‬ ‭What‬ ‭is‬‭the‬‭total‬‭cost‬‭of‬‭covering‬‭it‬‭with‬ ‭Q.308.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭square‬
‭grass bed if cost is Rs. 20 per m‬‭2‬ ‭?‬ ‭whose diagonal is 5‬ ‭2‬‭cm ?‬
‭ .290.‬ ‭A‬ ‭wire‬ ‭is‬ ‭in‬ ‭the‬ ‭form‬ ‭of‬ ‭square‬
Q ‭SSC MTS 09/05/2023 (Evening)‬ ‭ SC MTS 11/05/2023 (Morning)‬
S
‭with‬ ‭side‬ ‭44‬ ‭cm.‬ ‭It‬ ‭is‬ ‭bent‬ ‭to‬ ‭form‬ ‭a‬ ‭(a) Rs. 34800‬ ‭(b) Rs. 32400‬ ‭(a) 64 cm²‬ ‭(b) 25 cm²‬
‭circle. What is the radius of the circle?‬ ‭(c) Rs. 28500‬ ‭(d) Rs. 17400‬ ‭(c) 100 cm²‬ ‭(d) 36 cm²‬
‭SSC MTS 08/05/2023 (Morning)‬
‭(a) 28 cm (b) 21 cm (c) 16 cm (d) 32 cm‬ ‭ .300.‬ ‭If‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬ ‭cube‬ ‭is‬ ‭5832‬
Q ‭Q.309.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭approximately‬
‭cm‬‭3‬‭,‬ ‭then‬‭what‬‭is‬‭the‬‭lateral‬‭surface‬‭area‬ v‭ olume of sphere with radius 65 cm ?‬
‭1‬ ‭of this cube ?‬ ‭SSC MTS 11/05/2023 (Afternoon)‬
‭Q.291.‬ ‭Find‬ ‭th‬ ‭of‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬
‭21‬ ‭SSC MTS 09/05/2023 (Evening)‬ ‭(a) 4.5 × 10‬‭6‬ ‭cm³‬ ‭(b) 6 × 10‬‭6‬ ‭cm³‬
‭ emisphere whose radius is 4.2 m‬
h ‭(a) 1024 cm‬‭2‬ ‭(b) 384 cm‬‭2‬ ‭(c) 1.15 × 10‬ ‭cm³‬ ‭(d) 2 × 10‬‭6‬ ‭cm³‬
‭6‬
‭SSC MTS 08/05/2023 (Afternoon)‬ ‭(c) 576 cm‬ ‭2‬
‭(d) 1296 cm‬‭2‬
‭(a) 6.6 m³ (b) 7.3 m³ (c) 8.2 m³ (d) 7.1 m³‬ ‭ .310.‬ ‭What‬ ‭is‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬ ‭cone‬
Q
‭ .301.‬ ‭Find‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬
Q ‭whose‬ ‭base‬ ‭diameter‬ ‭is‬ ‭12‬ ‭cm‬ ‭and‬ ‭the‬
‭ .292.‬‭Two cubes each of edge 9 cm are‬
Q ‭cuboid‬ ‭having‬ ‭length‬ ‭23‬ ‭cm,‬‭breadth‬‭18‬ ‭height is 21.7 cm ?‬
‭joined‬ ‭to‬ ‭form‬ ‭a‬ ‭single‬ ‭cuboid.‬ ‭What‬ ‭is‬ ‭cm and height 35 cm.‬ ‭SSC MTS 11/05/2023 (Afternoon)‬
‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭cuboid‬ ‭SSC MTS 09/05/2023 (Evening)‬ ‭(a) 626.3 cm³‬ ‭(b) 548.6 cm³‬
‭formed ?‬ ‭(a) 6541 cm‬‭2‬ ‭(b) 2341 cm‬‭2‬ ‭(c) 818.4 cm³‬ ‭(d) 334.5 cm³‬
‭SSC MTS 08/05/2023 (Afternoon)‬ ‭(c) 3698 cm‬‭2‬
‭(d) 5436 cm‬‭2‬
‭(a) 775 cm²‬ ‭(b) 810 cm²‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭Q.311.‬‭A picture is 40 cm wide and 1.6 m‬ (‭ a) 388 cm²‬ (‭ b) 308 cm²‬ ‭Q.330.‬ ‭How‬ ‭many‬ ‭litre‬ ‭of‬ ‭water‬ ‭can‬ ‭a‬
l‭ong.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭its‬ ‭width‬ ‭to‬ ‭its‬ ‭(c) 408 cm²‬ ‭(d) 288 cm²‬ ‭ emispherical‬ ‭bowl‬ ‭of‬ ‭diameter‬ ‭21‬ ‭m‬
h
‭perimeter is :‬ ‭hold? (1m³ - 1000 litre)‬
‭Q.321.‬ ‭A‬ ‭sphere‬ ‭of‬ ‭radius‬ ‭18‬ ‭cm‬ ‭is‬
‭SSC MTS 11/05/2023 (Evening)‬ ‭SSC MTS 16/05/2023 (Afternoon)‬
‭ elted‬ ‭and‬‭then‬‭a‬‭solid‬‭cylinder‬‭of‬‭base‬
m
‭(a) 4 : 1‬ ‭(b) 10 : 1 (c) 1 : 10 (d) 1 : 4‬ ‭(a) 2100000 litre‬ ‭(b) 2425500 litre‬
‭radius 4 cm is made from it. What is the‬
‭(c) 2322500 litre‬ ‭(d) 2250500 litre‬
‭ .312.‬‭The‬‭lateral‬‭area‬‭is‬‭thrice‬‭as‬‭big‬‭as‬
Q ‭height of the solid cylinder?‬
‭the‬ ‭base‬ ‭area‬ ‭of‬‭a‬‭cone.‬‭If‬‭the‬‭diameter‬ ‭SSC MTS 15/05/2023 (Morning)‬ ‭Q.331.‬ ‭A‬ ‭solid‬ ‭cylinder‬ ‭having‬ ‭radius‬ ‭of‬
‭of the cone is 1 cm, then what is the total‬ ‭(a) 196 cm‬ ‭(b) 486 cm‬ ‭ ase‬ ‭as‬ ‭28‬ ‭cm‬ ‭and‬ ‭height‬ ‭as‬ ‭24‬ ‭cm‬ ‭is‬
b
‭surface area of the cone ?‬ ‭(c) 224 cm‬ ‭(d) 384 cm‬ ‭bisected‬ ‭from‬ ‭its‬ ‭height‬ ‭to‬ ‭get‬ ‭two‬
‭SSC MTS 11/05/2023 (Evening)‬ ‭identical‬ ‭cylinders.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬
‭Q.322.‬‭A‬‭metallic‬‭solid‬‭sphere‬‭has‬‭radius‬
‭(a) π cm‬‭2‬ ‭(b) 3πcm‬‭2‬ ‭(c) 2π cm‬‭2‬ ‭(d) 4π cm‬‭2‬ ‭percentage‬ ‭increase‬ ‭in‬ ‭the‬ ‭total‬‭surface‬
‭ 8‬ ‭cm.‬ ‭If‬ ‭it‬ ‭is‬ ‭melted‬ ‭to‬ ‭form‬ ‭small‬
2
‭area ?‬
‭ .313.‬ ‭The‬ ‭circumference‬ ‭of‬ ‭a‬ ‭circle‬ ‭is‬
Q ‭spheres‬‭of‬‭radius‬‭3.5‬‭cm,‬‭then‬‭how‬‭many‬
‭SSC MTS 17/05/2023 (Morning)‬
‭220 cm. What is the area of that circle ?‬ ‭small spheres will be obtained ?‬
‭(a) 61.72 percent‬ ‭(b) 41.92 percent‬
‭SSC MTS 11/05/2023 (Evening)‬ ‭SSC MTS 15/05/2023 (Morning)‬
‭(c) 53.85 percent‬ ‭(d) 48.64 percent‬
‭(a) 3850 cm‬‭2‬ ‭(b) 4550 cm‬‭2‬ ‭(a) 512‬ ‭(b) 624‬ ‭(c) 496‬ ‭(d) 424‬
‭‬
2
‭(c) 2850 cm‬ ‭(d) 4650 cm‬‭2‬ ‭Q.332.‬ ‭The‬ ‭height‬ ‭and‬ ‭curved‬ ‭surface‬
‭Q.323.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭hemisphere‬ ‭is‬ ‭5‬
‭ rea‬ ‭of‬ ‭the‬ ‭cylinder‬ ‭are‬ ‭15‬ ‭cm‬ ‭and‬ ‭330‬
a
‭‬
3 ‭cm. Find the volume. (in cm³)‬
‭Q.314.‬ ‭If‬ ‭the‬‭radius‬‭of‬‭a‬‭sphere‬‭is‬ ‭of‬ ‭cm². Find the diameter of the cylinder.‬
‭4‬ ‭SSC MTS 15/05/2023 (Afternoon)‬
‭SSC MTS 17/05/2023 (Morning)‬
t‭ he‬ ‭radius‬ ‭of‬ ‭a‬ ‭hemisphere,‬ ‭then‬ ‭what‬ ‭(a) 330.4 (b) 117.9 (c) 150.6 (d) 261.9‬
‭(a) 2 cm‬ ‭(b) 5 cm (c) 7 cm (d) 6 cm‬
‭will‬‭be‬‭the‬‭ratio‬‭of‬‭the‬‭volumes‬‭of‬‭sphere‬
‭and hemisphere ?‬ ‭ .324.‬‭If‬‭the‬‭heights‬‭of‬‭two‬‭cylinders‬‭are‬
Q
‭Q.333.‬ ‭The‬ ‭length,‬ ‭breadth,‬ ‭height‬ ‭of‬ ‭a‬
‭SSC MTS 12/05/2023 (Morning)‬ ‭in‬ ‭the‬ ‭ratio‬ ‭of‬ ‭7‬ ‭:‬ ‭9‬ ‭and‬ ‭their‬ ‭diameters‬
r‭ oom‬‭are‬‭6‬‭m‬‭40‬‭cm,‬‭4‬‭m‬‭80‬‭cm‬‭and‬‭3‬‭m‬
‭(a) 9:16‬ ‭(b) 51 : 64 (c) 27 : 32 (d) 18:64‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬‭of‬‭6‬‭:‬‭7,‬‭then‬‭what‬‭is‬‭the‬
‭20‬‭cm‬‭respectively.‬‭Find‬‭the‬‭longest‬‭tape‬
‭ratio of the volumes of the cylinders ?‬
‭which‬ ‭can‬ ‭measure‬ ‭the‬ ‭dimensions‬ ‭of‬
‭Q.315.‬ ‭The‬ ‭area‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬ ‭SSC MTS 15/05/2023 (Afternoon)‬
‭the room exactly.‬
r‭ ectangular‬ ‭tank‬ ‭is‬ ‭720‬ ‭m²‬ ‭and‬ ‭the‬ ‭(a) 6 : 7 (b) 7 : 9 (c) 5 : 9 (d) 4 : 7‬
‭SSC MTS 17/05/2023 (Morning)‬
‭volume‬‭of‬‭water‬‭contained‬‭in‬‭it‬‭is‬‭28800‬
‭Q.325.‬ ‭If‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭(a) 1 m 80 cm‬ ‭(b) 1 m 20 cm‬
‭m³. What is the depth of the water ?‬
‭ olid‬ ‭cylinder‬ ‭is‬ ‭two-fifth‬ ‭of‬ ‭its‬ ‭total‬
s ‭(c) 1 m 60 cm‬ ‭(d) 1 m 40 cm‬
‭SSC MTS 12/05/2023 (Morning)‬
‭(a) 30 m‬ ‭(b) 40 m (c) 50 m (d) 60 m‬ ‭surface‬‭area,‬‭then‬‭what‬‭is‬‭the‬‭ratio‬‭of‬‭its‬
‭Q.334.‬ ‭A‬ ‭solid‬ ‭hemisphere‬ ‭of‬ ‭radius‬ ‭8‬
‭diameter to its height ?‬
‭ m‬‭is‬‭melted‬‭into‬‭N‬‭identical‬‭cone‬‭whose‬
c
‭Q.316.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭wheel‬ ‭is‬ ‭21‬ ‭cm.‬ ‭SSC MTS 15/05/2023 (Evening)‬
‭radius‬‭is‬‭4‬‭cm‬‭and‬‭height‬‭is‬‭2‬‭cm.‬‭Then,‬
‭ hat‬‭is‬‭the‬‭distance‬‭(in‬‭cm)‬‭travelled‬‭by‬
W ‭(a) 2 : 5 (b) 1 : 2 (c) 2 : 3 (d) 3 : 1‬
‭what is the value of N ?‬
‭the wheel in 20 revolutions ?‬
‭Q.326.‬ ‭If‬‭the‬‭circumference‬‭of‬‭a‬‭circle‬‭is‬ ‭SSC MTS 17/05/2023 (Afternoon)‬
‭SSC MTS 12/05/2023 (Afternoon)‬
‭ 3.2 cm, then what is its radius?‬
1 ‭(a) 26‬ ‭(b) 10‬ ‭(c) 32‬ ‭(d) 25‬
‭(a) 1440 (b) 1500 (c) 2640 (d) 2100‬
‭SSC MTS 15/05/2023 (Evening)‬
‭Q.335.‬‭A‬‭cuboid‬‭is‬‭of‬‭dimensions‬‭80‬‭cm‬
‭ .317.‬ ‭Height‬ ‭of‬ ‭a‬ ‭cone‬ ‭is‬ ‭12‬ ‭cm‬ ‭and‬
Q ‭(a) 1.7 cm (b) 6 cm (c) 21 cm (d) 2.1 cm‬
× ‭64‬ ‭cm‬ × ‭50‬ ‭cm‬ ‭How‬ ‭many‬ ‭small‬
‭radius‬ ‭of‬ ‭its‬ ‭base‬ ‭is‬ ‭14‬‭cm.‬‭What‬‭is‬‭the‬
‭Q.327.‬ ‭Difference‬ ‭between‬ ‭the‬ ‭cubes‬ ‭with‬ ‭side‬ ‭8‬ ‭cm‬ ‭can‬ ‭be‬ ‭placed‬ ‭in‬
‭volume of the cone?‬
‭ ircumferences‬ ‭of‬ ‭two‬ ‭circles‬ ‭is‬ ‭4.4‬‭cm‬
c ‭the given cuboid ?‬
‭SSC MTS 12/05/2023 (Afternoon)‬
‭and‬‭radius‬‭of‬‭the‬‭smaller‬‭circle‬‭is‬‭1.4‬‭cm.‬ ‭SSC MTS 17/05/2023 (Afternoon)‬
‭(a) 2464 cm³‬ ‭(b) 2692 cm³‬
‭The radius of the larger circle is:‬ ‭(a) 480‬ ‭(b) 700‬ ‭(c) 1000‬ ‭(d) 200‬
‭(c) 2248 cm³‬ ‭(d) 2872 cm³‬
‭SSC MTS 16/05/2023 (Morning)‬
‭Q.336.‬ ‭If‬ ‭the‬ ‭diameter‬ ‭of‬ ‭a‬ ‭circle‬ ‭is‬ ‭14‬
‭ .318.‬‭Sides‬‭of‬‭a‬‭triangle‬‭are‬‭6‬‭cm,‬‭8‬‭cm‬
Q ‭(a) 4.1 cm‬ ‭(b) 0.7 cm‬
‭ m,‬ ‭find‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭sector‬ ‭of‬ ‭the‬
c
‭and‬ ‭10‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭(c) 2.1 cm‬ ‭(d) 3.5 cm‬
‭circle‬ ‭whose‬ ‭central‬ ‭angle‬ ‭measure‬ ‭60‬
‭triangle ?‬
‭ .328.‬‭The‬‭height‬‭of‬‭a‬‭right‬‭circular‬‭cone‬
Q ‭degree.‬
‭SSC MTS 12/05/2023 (Afternoon)‬
‭is‬‭24‬‭cm.‬‭If‬‭the‬‭diameter‬‭of‬‭its‬‭base‬‭is‬‭36‬ ‭SSC MTS 17/05/2023 (Afternoon)‬
‭(a) 20 cm²‬ ‭(b) 28 cm²‬
‭cm,‬‭then‬‭what‬‭will‬‭be‬‭the‬‭curved‬‭surface‬ ‭(a) 18.12 cm²‬ ‭(b) 25. 66 cm²‬
‭(c) 24 cm²‬ ‭(d) 16 cm²‬
‭area of the cone?‬ ‭(c) 38.12 cm²‬ ‭(d) 21.66 cm²‬
‭ .319.‬‭If‬‭the‬‭ratio‬‭of‬‭the‬‭volumes‬‭of‬‭two‬
Q ‭SSC MTS 16/05/2023 (Morning)‬
‭Q.337.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭outer‬ ‭and‬ ‭the‬
‭cylinders‬ ‭is‬ ‭6:‬ ‭5‬ ‭and‬ ‭the‬ ‭ratio‬ ‭of‬ ‭their‬ ‭(a) 1444.6 cm²‬ ‭(b) 2400.9 cm²‬
i‭nner‬‭circumferences‬‭of‬‭a‬‭circular‬‭path‬‭is‬
‭heights‬‭is‬‭5‬‭:‬‭24,‬‭then‬‭what‬‭is‬‭the‬‭ratio‬‭of‬ ‭(c) 1697.14 cm²‬ ‭(d) 2144.2 cm²‬
‭11‬ ‭:‬ 7
‭ .‬ ‭If‬ ‭path‬ ‭is‬ ‭20‬ ‭metres‬ ‭wide,‬ ‭then‬
‭their radii ?‬
‭Q.329.‬ ‭Nine‬ ‭times‬‭the‬‭area‬‭of‬‭a‬‭circle‬‭is‬ ‭what is the radius of the inner circle ?‬
‭SSC MTS 12/05/2023 (Evening)‬
‭ ame‬ ‭as‬ ‭the‬ ‭three‬ ‭times‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬
s ‭SSC MTS 17/05/2023 (Evening)‬
‭(a) 12 : 7 (b) 5 : 6 (c) 1 : 2 (d) 12 : 5‬
‭square.‬‭What‬‭is‬‭the‬‭ratio‬‭of‬‭the‬‭diameter‬ ‭(a) 20 metres‬ ‭(b) 55 metres‬
‭ .320.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭lateral‬
Q ‭of the circle and diagonal of the square?‬ ‭(c) 65 metres‬ ‭(d) 35 metres‬
‭surface‬ ‭of‬ ‭a‬ ‭right‬‭circular‬‭cylinder,‬‭If‬‭the‬ ‭SSC MTS 16/05/2023 (Afternoon)‬
‭Q.338.‬ ‭The‬ ‭longest‬ ‭side‬ ‭of‬ ‭the‬ ‭obtuse‬
‭circumference‬ ‭of‬ ‭the‬‭base‬‭is‬‭22‬‭cm‬‭and‬ ‭(a)‬ ‭2‬‭‬‭:‬ ‭3‬π ‭(b) 2 :‬ ‭3‬π t‭ riangle‬ ‭is‬ ‭7‬‭cm‬‭and‬‭the‬‭other‬‭two‬‭sides‬
‭its height is four times of its radius?‬
‭(c) 2 : 3‬π ‭(d)‬ ‭5‬‭:‬ ‭7‬π ‭of‬ ‭the‬ ‭triangle‬ ‭are‬ ‭4‬ ‭cm‬ ‭and‬‭5‬‭cm.‬‭Find‬
‭SSC MTS 12/05/2023 (Evening)‬
‭the area of the triangle.‬

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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭ SC MTS 18/05/2023 (Morning)‬
S ‭6.50‬ ‭yards.‬ ‭The‬ ‭cost‬ ‭of‬ ‭ploughing‬ ‭the‬ ‭ SC MTS 14/06/2023 (Evening)‬
S
‭(a) 1√3 cm²‬ ‭(b) 6√3 cm²‬ l‭and‬ ‭is‬ ‭Rs.‬ ‭2000‬ ‭per‬ ‭square‬ ‭yard.‬ ‭What‬ ‭(a) 92 cm²‬ ‭(b) 68 cm²‬
‭(c) 3√2 cm²‬ ‭(d) 4√6 cm²‬ ‭amount‬ ‭have‬ ‭to‬ ‭be‬ ‭spent‬ ‭in‬ ‭order‬ ‭to‬ ‭(c) 180 cm²‬ ‭(d) 76 cm²‬
‭plough the entire land ?‬
‭Q.339.‬ ‭The‬ ‭circumference‬ ‭of‬ ‭base‬ ‭of‬ ‭a‬ ‭SSC MTS 13/06/2023 (Morning)‬ ‭Q.356.‬ ‭Find‬ ‭out‬ ‭the‬ ‭area‬ ‭of‬ ‭triangle‬ ‭of‬
‭ ylinder‬ ‭is‬ ‭28π‬ ‭cm.‬ ‭If‬ ‭the‬ ‭height‬ ‭of‬
c ‭(a) Rs. 85000‬ ‭(b) Rs. 91000‬ ‭ ase‬ ‭7‬ ‭cm‬ ‭and‬‭corresponding‬‭height‬‭12‬
b
‭cylinder‬ ‭is‬ ‭17‬ ‭cm,‬ ‭then‬ ‭what‬ ‭will‬ ‭be‬‭the‬ ‭(c) Rs. 72000‬ ‭(d) Rs. 102000‬ ‭cm.‬
‭curved surface area of cylinder?‬ ‭SSC MTS 15/06/2023 (Morning)‬
‭SSC MTS 18/05/2023 (Afternoon)‬ ‭ .348.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭volume‬ ‭of‬ ‭two‬
Q ‭(a) 42 cm²‬ ‭(b) 54 cm²‬
‭(a) 372π cm²‬ ‭(b) 436π cm²‬ ‭cylinders‬ ‭is‬ ‭13‬ ‭:‬ ‭1‬ ‭and‬ ‭the‬ ‭ratio‬ ‭of‬‭their‬ ‭(c) 43 cm²‬ ‭(d) 44 cm²‬
‭(c) 524π cm²‬ ‭(d) 476π cm²‬ ‭heights‬‭is‬‭13‬‭:‬‭9.‬‭If‬‭the‬‭area‬‭of‬‭the‬‭base‬‭of‬
‭the‬ ‭second‬ ‭cylinder‬ ‭is‬ ‭154‬ ‭cm²,‬ ‭then‬ ‭ .357.‬ ‭Two‬ ‭cubes‬ ‭each‬ ‭of‬ ‭edge‬ ‭14‬ ‭cm‬
Q
‭ .340.‬ ‭Find‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬
Q ‭what‬ ‭will‬ ‭be‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭first‬ ‭are‬ ‭joined‬‭to‬‭form‬‭a‬‭single‬‭cuboid.‬‭What‬
‭cone‬‭of‬‭radius‬‭12‬‭cm‬‭and‬‭slant‬‭height‬‭14‬ ‭cylinder ?‬ ‭is the volume of the cuboid formed?‬
‭cm. (Use‬‭π‬‭= 3.14)‬ ‭SSC MTS 13/06/2023 (Afternoon)‬ ‭SSC MTS 15/06/2023 (Afternoon)‬
‭SSC MTS 18/05/2023 (Afternoon)‬ ‭(a) 42 cm (b) 21 cm (c) 28 cm (d) 14 cm‬ ‭(a) 5022 cm³‬ ‭(b) 5244 cm³‬
‭(a) 4325.5 cm²‬ ‭(b) 527.52 cm²‬ ‭(c) 5666 cm³‬ ‭(d) 5488 cm³‬
‭(c) 5436.6 cm²‬ ‭(d) 501.54 cm²‬ ‭ .349.‬‭What will be the curved surface‬
Q
‭area of cone of radius 5 cm and slant‬ ‭ .358.‬‭The length of a cuboid is 4 cm. If‬
Q
‭ .341.‬ ‭How‬ ‭many‬ ‭solid‬ ‭spherical‬ ‭balls‬
Q ‭height 30 cm? (use‬π ‭= 3.14)‬ ‭the‬‭breadth‬‭of‬‭the‬‭cuboid‬‭is‬‭four‬‭times‬‭of‬
‭each‬‭of‬‭33‬‭cm‬‭radius‬‭can‬‭be‬‭made‬‭out‬‭of‬ ‭SSC MTS 13/06/2023 (Afternoon)‬ ‭its‬ ‭length‬ ‭and‬ ‭height‬ ‭of‬ ‭the‬ ‭cuboid‬ ‭is‬
‭a solid spherical ball of radius 66 cm?‬ ‭(a) 234 m²‬ ‭(b) 715 m²‬ ‭twice‬ ‭of‬ ‭its‬ ‭length,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬
‭SSC MTS 18/05/2023 (Evening)‬ ‭(c) 543 m²‬ ‭(d) 471 cm²‬ ‭lateral surface area of the cuboid?‬
‭(a) 8‬ ‭(b) 4‬ ‭(c) 7‬ ‭(d) 3‬ ‭SSC MTS 15/06/2023 (Afternoon)‬
‭ .350.‬‭The‬‭length‬‭of‬‭two‬‭parallel‬‭sides‬‭of‬
Q ‭(a) 380 cm²‬ ‭(b) 440 cm²‬
‭ .342.‬ ‭If‬ ‭the‬ ‭diagonal‬‭of‬‭a‬‭square‬‭is‬‭18.4‬
Q ‭a‬ ‭trapezium‬ ‭are‬ ‭25‬‭metre‬‭and‬‭30‬‭metre.‬ ‭(c) 260 cm²‬ ‭(d) 320 cm²‬
‭cm, then the area of that square is:(in cm²)‬ ‭If‬‭its‬‭height‬‭is‬‭20‬‭metre,‬‭then‬‭what‬‭is‬‭the‬
‭SSC MTS 18/05/2023 (Evening)‬ ‭area ( in metre² ) of the trapezium ?‬ ‭Q.359.‬ ‭One‬ ‭of‬ ‭the‬ ‭diagonals‬ ‭of‬ ‭a‬
‭(a) 84.64 (b) 338.56 (c) 324.42 (d) 169.28‬ ‭SSC MTS 13/06/2023 (Evening)‬ r‭ hombus‬ ‭is‬ ‭70‬ ‭percent‬ ‭of‬ ‭the‬ ‭other‬
‭(a) 420‬ ‭(b) 350‬ ‭(c) 590‬ ‭(d) 550‬ ‭diagonal.‬‭What‬‭is‬‭the‬‭ratio‬‭of‬‭the‬‭area‬‭of‬
‭ .343.‬‭If‬‭the‬‭volume‬‭of‬‭a‬‭cylinder‬‭is‬‭5000‬
Q ‭rhombus‬ ‭to‬ ‭the‬ ‭square‬ ‭of‬ ‭the‬ ‭length‬ ‭of‬
‭m‬‭3‬ ‭and‬ ‭its‬‭radius‬‭is‬‭10‬‭meter,‬‭then‬‭what‬ ‭Q.351.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬ ‭the larger diagonal?‬
‭is‬ ‭the‬ ‭approximate‬ ‭curved‬ ‭surface‬ ‭area‬ ‭ ecreased‬ ‭by‬ ‭12‬ ‭percent,‬ ‭then‬ ‭by‬ ‭how‬
d ‭SSC MTS 15/06/2023 (Evening)‬
‭of the cylinder ? (π = 3.14)‬ ‭much‬ ‭percent‬ ‭its‬ ‭height‬ ‭must‬ ‭be‬ ‭(a) 5 : 17 (b) 7 : 20 (c) 6 : 19 (d) 20 : 7‬
‭SSC MTS 19/05/2023 (Morning)‬ ‭increased so that the volume of the‬
‭(a) 954 m²‬ ‭(b) 1024 m²‬ ‭cylinder remains same ?‬ ‭ .360.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬
Q
‭(c) 1000 m²‬ ‭(d) 968 m²‬ ‭SSC MTS 14/06/2023 (Morning)‬ ‭decreased‬ ‭by‬ ‭16‬ ‭percent,‬ ‭then‬ ‭by‬ ‭how‬
‭(a) 29.13 percent‬ ‭(b) 21.78 percent‬ ‭much‬ ‭percent‬ ‭its‬ ‭height‬ ‭must‬ ‭be‬
‭Q.344.‬‭A‬‭cone‬‭and‬‭a‬‭cylinder‬‭have‬‭same‬ ‭increased,‬ ‭so‬ ‭that‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬
‭(c) 42.56 percent‬ ‭(d) 34.27 percent‬
‭ eight‬‭and‬‭the‬‭radius‬‭of‬‭the‬‭cone‬‭is‬‭twice‬
h ‭cylinder remains the same ?‬
‭of‬ ‭the‬‭radius‬‭of‬‭the‬‭cylinder.‬‭What‬‭is‬‭the‬ ‭Q.352.‬‭If the ratio of the volumes of two‬ ‭SSC MTS 15/06/2023 (Evening)‬
‭ratio‬‭of‬‭the‬‭volume‬‭of‬‭the‬‭cone‬‭to‬‭that‬‭of‬ ‭ ylinders‬ ‭is‬ ‭7‬ ‭:‬ ‭5‬ ‭and‬ ‭the‬ ‭ratio‬ ‭of‬ ‭their‬
c ‭(a) 32.96%‬ ‭(b) 41.72%‬
‭the cylinder?‬ ‭heights‬ ‭is‬ ‭5‬‭:‬‭7,‬‭then‬‭what‬‭is‬‭the‬‭ratio‬‭of‬ ‭(c) 45.28%‬ ‭(d) 36.43%‬
‭SSC MTS 19/05/2023 (Afternoon)‬ ‭their radii?‬
‭(a) 2 : 5‬ ‭(b) 4 : 5 (c) 3 : 2 (d) 4 : 3‬ ‭SSC MTS 14/06/2023 (Morning)‬ ‭ .361.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭volume‬ ‭of‬ ‭two‬
Q
‭(a) 7 : 5‬ ‭(b) 3 : 4 (c) 5 : 9 (d) 4 : 5‬ ‭cylinders‬ ‭is‬‭27‬‭:‬‭25‬‭and‬‭the‬‭ratio‬‭of‬‭their‬
‭Q.345.‬ ‭The‬ ‭difference‬ ‭between‬ ‭the‬ ‭heights‬‭is‬‭3‬‭:‬‭4.‬‭If‬‭the‬‭area‬‭of‬‭the‬‭base‬‭of‬
l‭ength‬ ‭and‬ ‭breadth‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬ ‭40‬ ‭ .353.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
Q ‭the‬ ‭second‬ ‭cylinder‬ ‭is‬ ‭3850‬ ‭cm²,‬ ‭then‬
‭metres.‬‭If‬‭its‬‭perimeter‬‭is‬‭96‬‭metres,‬‭then‬ ‭cylinder‬ ‭is‬ ‭7‬ ‭cm.‬ ‭Its‬ ‭height‬ ‭is‬ ‭thrice‬ ‭its‬ ‭what‬ ‭will‬ ‭be‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭first‬
‭what will be the area of rectangle?‬ ‭radius.‬ ‭What‬ ‭is‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬ ‭cylinder?‬
‭SSC MTS 19/05/2023 (Evening)‬ ‭of the cylinder ?‬ ‭SSC MTS 16/06/2023 (Morning)‬
‭(a) 254 metre²‬ ‭(b) 110 metre²‬ ‭SSC MTS 14/06/2023 (Afternoon)‬ ‭(a) 42 cm (b) 56 cm (c) 63 cm (d) 34 cm‬
‭(c) 176 metre²‬ ‭(d) 152 metre²‬ ‭(a) 724 cm²‬ ‭(b) 666 cm²‬
‭(c) 924 cm²‬ ‭(d) 264 cm²‬ ‭Q.362.‬ ‭The‬ ‭sum‬ ‭of‬ ‭the‬ ‭length‬ ‭and‬
‭ .346.‬ ‭The‬‭area‬‭of‬‭a‬‭rectangular‬‭floor‬‭is‬
Q ‭ readth‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭is‬ ‭16‬ ‭cm.‬ ‭If‬ ‭the‬
b
‭600‬‭square‬‭feet.‬‭If‬‭the‬‭length‬‭of‬‭the‬‭floor‬ ‭Q.354.‬‭The‬‭ratio‬‭of‬‭the‬‭sides‬‭of‬‭a‬‭triangle‬ ‭ ‭‬‬
1
‭is‬‭30‬‭feet,‬‭then‬‭what‬‭is‬‭the‬‭breadth‬‭of‬‭the‬ ‭height‬‭of‬‭the‬‭cuboid‬‭is‬ ‭of‬‭the‬‭sum‬‭of‬
i‭s‬‭3‬‭:‬‭3‬‭:‬‭4.‬‭If‬‭the‬‭area‬‭of‬‭triangle‬‭is‬‭32‬ ‭5‬ ‭4‭‬‬
‭floor ?‬ i‭ts‬ ‭length‬ ‭and‬ ‭breadth,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬
‭cm²,‬‭then‬‭what‬‭is‬‭the‬‭length‬‭of‬‭the‬‭equal‬
‭SSC MTS 19/05/2023 (Evening)‬ ‭lateral surface area of the cuboid ?‬
‭sides ?‬
‭(a) 20 feet‬ ‭(b) 60 feet‬ ‭SSC MTS 16/06/2023 (Afternoon)‬
‭SSC MTS 14/06/2023 (Evening)‬
‭(c) 30 feet‬ ‭(d) 10 feet‬ ‭(a) 128 cm²‬ ‭(b) 196 cm²‬
‭(a) 12 cm (b) 16 cm (c) 10 cm (d) 15 cm‬
‭(c) 96 cm²‬ ‭(d) 156 cm²‬
‭Q.347.‬‭A‬‭farmer's‬‭land‬‭is‬‭in‬‭the‬‭shape‬‭of‬
‭Q.355.‬‭A‬‭square‬‭park‬‭has‬‭sides‬‭of‬‭length‬
‭ ‬ ‭trapezium‬ ‭which‬ ‭has‬ ‭its‬ ‭parallel‬‭sides‬
a ‭ .363.‬ ‭The‬ ‭radius‬ ‭of‬ ‭two‬ ‭spheres‬ ‭is‬ ‭in‬
Q
‭ 8‬ ‭cm.‬ ‭A‬ ‭1‬ ‭cm‬ ‭wide‬ ‭path‬ ‭along‬ ‭the‬
1
‭measuring‬‭7.58‬‭yards‬‭and‬‭6.42‬‭yards‬‭and‬ ‭the‬‭ratio‬‭of‬‭1‬‭:‬‭5.‬‭What‬‭is‬‭the‬‭ratio‬‭of‬‭the‬
‭edges‬‭is‬‭inside‬‭it.‬‭What‬‭is‬‭the‬‭area‬‭of‬‭the‬
‭the‬‭distance‬‭between‬‭the‬‭parallel‬‭sides‬‭is‬ ‭volume of the two spheres?‬
‭path?‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬ 131
‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭ SC MTS 16/06/2023 (Afternoon)‬
S ‭Q.372.‬ ‭The‬ ‭sum‬ ‭of‬ ‭the‬ ‭length‬ ‭and‬ t‭ he‬‭total‬‭surface‬‭area‬‭of‬‭cuboid‬‭is‬‭256‬‭sq‬
‭(a) 8 : 27 (b) 1 : 25 (c) 1 : 125 (d) 1 : 64‬ ‭ readth‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭is‬ ‭40‬ ‭cm.‬ ‭If‬ ‭the‬
b ‭.‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭maximum‬ ‭length‬ ‭(in‬
‭ ‭‬‬
1 ‭approximate)‬ ‭of‬ ‭a‬ ‭stick‬ ‭that‬ ‭can‬ ‭be‬
‭ .364.‬ ‭The‬‭length‬‭of‬‭a‬‭cuboid‬‭is‬‭10‬‭cm.‬
Q ‭height‬‭of‬‭the‬‭cuboid‬‭is‬ ‭of‬‭the‬‭sum‬‭of‬
‭5‭‬‬ ‭placed inside the cuboid box ?‬
‭If‬ ‭the‬‭breadth‬‭of‬‭the‬‭cuboid‬‭is‬‭half‬‭of‬‭its‬ i‭ts‬ ‭length‬ ‭and‬ ‭breadth,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭SSC CHSL 13/03/2023 (2nd Shift)‬
‭length‬ ‭and‬ ‭height‬ ‭of‬ ‭the‬‭cuboid‬‭is‬‭twice‬ ‭lateral surface area of the cuboid?‬ ‭(a) 32 cm (b) 24 cm (c) 16 cm (d) 12 cm‬
‭of‬ ‭its‬ ‭length,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭lateral‬ ‭SSC MTS 20/06/2023 (Evening)‬
‭surface area of the cuboid?‬ ‭(a) 580 cm²‬ ‭(b) 320 cm²‬ ‭ .380.‬ ‭X,‬ ‭Y‬ ‭and‬ ‭Z‬ ‭are‬ ‭three‬ ‭equilateral‬
Q
‭SSC MTS 16/06/2023 (Evening)‬ ‭(c) 640 cm²‬ ‭(d) 720 cm²‬ ‭triangles.‬‭The‬‭sum‬‭of‬‭the‬‭areas‬‭of‬‭X‬‭and‬
‭(a) 600 cm²‬ ‭(b) 500 cm²‬ ‭Y‬ ‭is‬ ‭equal‬ ‭to‬ ‭the‬ ‭area‬ ‭of‬ ‭Z.‬ ‭If‬ ‭the‬ ‭side‬
‭(c) 720 cm²‬ ‭(d) 560 cm²‬ ‭lengths‬ ‭of‬ ‭X‬ ‭and‬ ‭Y‬ ‭are‬ ‭6‬ ‭cm‬ ‭and‬ ‭8‬ ‭cm‬
‭SSC CHSL 2022 Tier - 1‬
‭respectively,‬‭then‬‭what‬‭is‬‭the‬‭side‬‭length‬
‭Q.365.‬‭The‬‭length,‬‭breadth‬‭and‬‭height‬‭of‬ ‭of Z ?‬
‭ ‬ ‭cuboid‬ ‭are‬ ‭4‬ ‭cm,‬ ‭6‬ ‭cm‬ a
a ‭ nd‬ ‭10‬ ‭cm‬ ‭Q.373.‬‭Find the area of a triangle whose‬
‭SSC CHSL 13/03/2023 (2nd Shift)‬
‭respectively. Find the total surface area.‬ l‭ength‬ ‭of‬ ‭each‬ ‭side‬ ‭is‬ ‭13‬ ‭inches,‬ ‭15‬
‭(a) 10.5 cm (b) 10 cm (c) 9.5 cm (d) 9 cm‬
‭SSC MTS 19/06/2023 (Morning)‬ ‭inches and 14 inches.‬
‭2‬ ‭2‬ ‭SSC CHSL 09/03/2023 (1st Shift)‬ ‭ .381.‬‭An‬‭incircle‬‭with‬‭center‬‭O‬‭is‬‭drawn‬
Q
‭(a) 248‬‭𝑐 𝑚‬ ‭(b) 244‬‭𝑐 𝑚‬
‭2‬ ‭2‬ ‭(a) 84 square inches‬ ‭inside‬‭an‬‭equilateral‬‭triangle‬‭ABC‬‭and‬‭the‬
‭(c) 144‬‭𝑐 𝑚‬ ‭(d) 222‬‭𝑐 𝑚‬ ‭(b) 81.2 square inches‬ ‭length‬‭of‬‭the‬‭side‬‭is‬‭12‬‭cm.‬‭Find‬‭the‬‭area‬
‭ .366.‬ ‭There‬ ‭is‬ ‭a‬ ‭rectangular‬ ‭garden‬‭of‬
Q ‭(c) 42.1square inches‬ ‭(in‬‭sq‬‭.cm)‬‭of‬‭the‬‭triangle‬‭which‬‭is‬‭not‬‭in‬
‭220‬‭m‬‭×‬‭70‬‭m.‬‭A‬‭path‬‭4‬‭m‬‭wide‬‭has‬‭been‬ ‭(d) 84.2 square inches‬ ‭the incircle.‬
‭made‬ ‭around‬ ‭the‬ ‭garden.‬ ‭What‬ ‭is‬ ‭the‬ ‭SSC CHSL 13/03/2023 (2nd Shift)‬
‭Q.374.‬ ‭The‬ ‭circumference‬ ‭of‬ ‭base‬ ‭of‬ ‭a‬
‭area of ​the path?‬ ‭(a) 21.48‬ ‭(b) 30.64 (c) 37.71 (d) 24.64‬
r‭ ight‬‭circular‬‭cone‬‭is‬‭88‬‭cm.‬‭If‬‭the‬‭height‬
‭SSC MTS 19/06/2023 (Afternoon)‬ ‭of‬ ‭the‬ ‭cone‬ ‭is‬ ‭28‬ ‭cm,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭ .382.‬‭The‬‭length,‬‭width‬‭and‬‭height‬‭of‬‭a‬
Q
‭(a) 1836 metre²‬ ‭(b) 2384 metre²‬ ‭curved surface area of the cone ?‬ ‭cuboidal‬ ‭box‬ ‭are‬ ‭18‬ ‭cm,‬ ‭12‬ ‭cm‬ ‭and‬ ‭10‬
‭(c) 2162 metre²‬ ‭(d) 2472 metre²‬ ‭SSC CHSL 09/03/2023 (2nd Shift)‬ ‭cm,‬ ‭respectively.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬
‭2‬ ‭2‬
‭Q.367.‬ ‭The‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭(a) 670‬ ‭3‬‭𝑐 𝑚‬ ‭(b) 616‬ ‭5‬‭𝑐 𝑚‬ ‭surface area of the box?‬
‭2‬ ‭2‬ ‭2‬ ‭SSC CHSL 13/03/2023 (3rd Shift)‬
‭ ylinder‬ ‭is‬ ‭968‬ ‭𝑐 𝑚‬ ‭.‬ ‭If‬ ‭the‬ ‭height‬ ‭of‬ ‭the‬
c ‭(c) 627‬ ‭3‬‭𝑐 𝑚‬ ‭(d) 561‬ ‭5‬‭𝑐 𝑚‬
‭(a) 1000 cm²‬ ‭(b) 1048 cm²‬
‭cylinder‬ ‭is‬ ‭11‬ ‭cm,‬ ‭then‬ ‭what‬ ‭will‬ ‭be‬‭the‬
‭Q.375.‬‭If‬‭the‬‭ratio‬‭of‬‭the‬‭volumes‬‭of‬‭two‬ ‭(c) 1032 cm²‬ ‭(d) 1120 cm²‬
‭diameter of its base ?‬
‭ ylinders‬ ‭is‬ ‭6‬ ‭:‬ ‭1‬ ‭and‬ ‭the‬ ‭ratio‬ ‭of‬ ‭their‬
c
‭SSC MTS 19/06/2023 (Evening)‬ ‭Q.383.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭rhombus‬
‭heights‬ ‭is‬ ‭1‬‭:‬‭6,‬‭then‬‭what‬‭is‬‭the‬‭ratio‬‭of‬
‭(a) 26 cm (b) 22 cm (c) 28 cm (d) 24 cm‬ ‭ hose diagonals are of 8 cm and 13 cm?‬
w
‭their radii ?‬
‭SSC CHSL 13/03/2023 (4th Shift)‬
‭Q.368.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬ ‭cuboid‬‭is‬‭half‬‭of‬ ‭SSC CHSL 10/03/2023 (1st Shift)‬
‭2‬ ‭2‬
i‭ts‬ ‭breadth‬ ‭and‬ ‭the‬ ‭height‬ ‭of‬ ‭cuboid‬ ‭is‬ ‭(a) 9 : 1 (b) 3 : 1 (c) 8 : 1 (d) 6 : 1‬ ‭(a) 52‬‭𝑐 𝑚‬ ‭(b) 96‬‭𝑐 𝑚‬
‭2‬ ‭2‬
‭thrice‬‭of‬‭its‬‭breadth.‬‭If‬‭the‬‭breadth‬‭of‬‭the‬ ‭(c) 44‬‭𝑐 𝑚‬ ‭(d) 84‬‭𝑐 𝑚‬
‭ .376.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭sphere‬ ‭is‬
Q
‭cuboid‬ ‭is‬ ‭12‬ ‭cm,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭total‬
‭decreased‬‭by‬‭10‬‭percent,‬‭then‬ ‭volume‬‭of‬ ‭Q.384.‬ ‭If‬ ‭the‬‭radius‬‭of‬‭a‬‭sphere‬‭is‬‭thrice‬
‭surface area of cuboid ?‬
‭the‬ ‭sphere‬ ‭will‬ ‭be‬ ‭decreased‬ ‭by‬ ‭what‬ t‭ han‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭hemisphere,‬ ‭then‬
‭SSC MTS 20/06/2023 (Morning)‬
p ‭ ercentage ?‬ ‭what‬ ‭will‬ ‭be‬ ‭the‬ ‭respective‬‭ratio‬‭of‬‭their‬
‭(a) 1680 cm‬‭2‬ ‭(b) 1320 cm‬‭2‬
‭SSC CHSL 10/03/2023 (1st Shift)‬ ‭volumes ?‬
‭(c) 1440 cm‬‭2‬ ‭(d) 1560 cm‬‭2‬
‭(a) 32.5 percent‬ ‭(b) 30.6 percent‬ ‭SSC CHSL 14/03/2023 (1st Shift)‬
‭Q.369.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭the‬ ‭top‬ ‭of‬ ‭a‬ ‭(c) 25.6 percent‬ ‭(d) 27.1 percent‬ ‭(a) 27 : 1 (b) 16 : 1 (c) 54 : 1 (d) 18 : 1‬
r‭ ectangular‬‭table‬‭is‬‭56‬‭meter‬‭and‬‭its‬‭area‬
‭ .377.‬ ‭Three‬ ‭circles‬ ‭of‬ ‭radius‬ ‭7‬ ‭cm‬‭are‬
Q ‭Q.385.‬‭The‬‭ratio‬‭of‬‭the‬‭volume‬‭of‬‭the‬‭first‬
‭is‬ ‭192‬ ‭meter‬‭2.‬‭.‬ ‭What‬ ‭is‬ ‭the‬ ‭length‬ ‭of‬‭its‬
‭placed‬ ‭in‬ ‭such‬ ‭a‬ ‭way‬ ‭that‬ ‭each‬ ‭circle‬ ‭ nd‬ ‭second‬ ‭cylinder‬ ‭is‬ ‭32‬ ‭:‬ ‭9‬ ‭and‬ ‭the‬
a
‭diagonal ?‬
‭touches‬ ‭the‬ ‭other‬ ‭two.‬ ‭What‬ ‭will‬ ‭be‬‭the‬ ‭ratio‬‭of‬‭their‬‭heights‬‭is‬‭8‬‭:‬‭9.‬‭If‬‭the‬‭area‬‭of‬
‭SSC MTS 20/06/2023 (Morning)‬
‭area‬ ‭of‬ ‭the‬ ‭portion‬ ‭enclosed‬ ‭by‬ ‭these‬ ‭the‬ ‭base‬ ‭of‬ ‭the‬ ‭second‬ ‭cylinder‬ ‭is‬ ‭616‬
‭(a) 22 metre‬ ‭(b) 20 metre‬
‭three circles ?‬ ‭cm²,‬ ‭then‬ ‭what‬ ‭will‬ ‭be‬ ‭the‬ ‭radius‬‭of‬‭the‬
‭(c) 16 metre‬ ‭(d) 18 metre‬
‭SSC CHSL 10/03/2023 (3rd Shift)‬ ‭first cylinder ?‬
‭ .370.‬ ‭Find‬ ‭the‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q ‭(a) 49‬ ‭3‬‭– 77‬‭𝑐 𝑚‬
‭2‬
‭(b) 40‬ ‭3‬‭– 66‬‭𝑐 𝑚‬
‭2‬
‭SSC CHSL 14/03/2023 (2nd Shift)‬
‭spherical ball that has a radius of 1.1 cm.‬ ‭2‬ ‭2‬ ‭(a) 24 cm (b) 20 cm (c) 28 cm (d) 36 cm‬
‭(c) 50‬ ‭3‬‭– 66‬‭‬‭𝑐 𝑚‬ ‭(d) 55‬ ‭3‬‭– 77‬‭‬‭𝑐 𝑚‬
‭SSC MTS 20/06/2023 (Afternoon)‬
‭(a) 16 cm²‬ ‭(b) 12.1 cm²‬ ‭Q.386.‬ ‭Half‬ ‭of‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭a‬
‭ .378.‬ ‭There‬ ‭is‬ ‭a‬ ‭rectangular‬ ‭garden‬‭of‬
Q
‭(c) 11.2 cm²‬ ‭(d) 15.2 cm²‬ r‭ ectangle‬ ‭is‬ ‭30‬ ‭cm.‬ ‭If‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬
‭240‬‭metres‬‭×‬‭80‬‭metres.‬‭A‬‭path‬‭of‬‭width‬
‭rectangle‬ ‭is‬ ‭6‬‭cm‬‭more‬‭than‬‭its‬‭breadth,‬
‭4‬ ‭metres‬ ‭is‬ ‭build‬ ‭outside‬ ‭the‬ ‭garden‬
‭Q.371.‬ I‭f‬ ‭the‬ ‭area‬ ‭of‬ ‭non-spherical‬ ‭then what is the area of the rectangle?‬
‭along‬ ‭its‬ ‭four‬ ‭sides.‬ ‭What‬‭is‬‭the‬‭area‬‭of‬
‭ ortion‬‭of‬‭a‬‭solid‬‭hemisphere‬‭is‬‭1560‬‭m²,‬
p ‭SSC CHSL 14/03/2023 (4th Shift)‬
‭the path ?‬
‭then‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭2‬ ‭2‬
‭SSC CHSL 10/03/2023 (4th Shift)‬ ‭(a) 216‬‭𝑐 𝑚‬ ‭(b) 250‬‭𝑐 𝑚‬
‭hemisphere is:‬ ‭2‬ ‭2‬
‭(a) 2826 metre²‬ ‭(b) 2542 metre²‬ ‭(c) 185‬‭𝑐 𝑚‬ ‭(d) 195‬‭𝑐 𝑚‬
‭SSC MTS 20/06/2023 (Afternoon)‬
‭(c) 2916 metre²‬ ‭(d) 2624 metre²‬
‭(a) 6240 m²‬ ‭(b) 4680 m²‬
‭Q.387.‬ ‭24‬ ‭equal‬ ‭solid‬ ‭hemispheres‬ ‭are‬
‭(c) 5140 m²‬ ‭(d) 3120 m²‬ ‭ .379.‬‭The sum of the length, breadth,‬
Q ‭ elted‬‭to‬‭form‬‭a‬‭right‬‭circular‬‭cylinder‬‭of‬
m
‭and height of a cuboid box is 20 cm and‬ ‭radius 12 cm and height 24 cm. Find the‬

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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
r‭ adius of each solid hemisphere.‬ ‭ SC CHSL 17/03/2023 (1st Shift)‬
S ‭SSC CHSL 21/03/2023 (2nd Shift)‬
‭SSC CHSL 15/03/2023 (1st Shift)‬ ‭(a) 2002 m²‬ ‭(b) 2010 m²‬ ‭(a) 2‬ ‭231‬‭cm‬‭2‬ ‭(b) 4‬ ‭231‬‭cm‬‭2‬
‭(a) 6 cm (b) 8 cm (c) 3 cm (d) 4 cm‬ ‭(c) 1890 m²‬ ‭(d) 1990 m²‬ ‭2‬
‭(c) 4‬ ‭462‬‭cm‬ ‭(d) 8‬ ‭462‬‭cm‬‭2‬
‭ .388.‬‭The‬‭three‬‭sides‬‭of‬‭a‬‭triangle‬‭are‬‭7‬
Q ‭Q.396.‬ ‭Find‬‭the‬‭area‬‭of‬‭the‬‭circle‬‭whose‬
‭ .404.‬‭Three‬‭metallic‬‭cubes‬‭whose‬‭sides‬
Q
‭cm,‬ ‭9‬ ‭cm‬‭and‬‭8‬‭cm.‬‭What‬‭is‬‭the‬‭area‬‭of‬ ‭ ircumference is 22 cm.‬
c
‭are‬ ‭6‬ ‭cm,‬ ‭8‬ ‭cm‬ ‭and‬ ‭10‬ ‭cm‬ ‭respectively‬
‭the triangle ?‬ ‭SSC CHSL 17/03/2023 (1st Shift)‬
‭are‬ ‭melted‬ ‭and‬ ‭converted‬ ‭into‬ ‭a‬ ‭single‬
‭SSC CHSL 15/03/2023 (1st Shift)‬ ‭(a) 38.5 cm²‬ ‭(b) 42 cm²‬
‭cube.‬ ‭If‬ ‭there‬ ‭is‬ ‭no‬ ‭loss‬‭of‬‭metal‬‭in‬‭this‬
‭(a) 12‬ ‭5‬‭Sq . cm (b) 10‬ ‭3‬‭Sq . cm‬ ‭(c) 30 cm²‬ ‭(d) 77 cm²‬
‭process,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬
‭(c) 12‬ ‭3‬‭Sq . cm (d) 2‬ ‭5‬ ‭Sq . cm‬ ‭ .397.‬ ‭Parallel‬ ‭sides‬ ‭of‬ ‭a‬‭trapezium‬‭are‬
Q ‭side of the new cube?‬
‭21‬ ‭cm‬ ‭and‬ ‭14‬ ‭cm‬ ‭and‬ ‭its‬ ‭area‬ ‭is‬ ‭875‬ ‭SSC CHSL 21/03/2023 (3rd Shift)‬
‭ .389.‬ ‭If‬ ‭the‬ ‭square‬ ‭of‬ ‭product‬‭of‬‭three‬
Q ‭(a) 16 cm (b) 14 cm (c) 12 cm (d) 20 cm‬
‭cm².‬ ‭What‬ ‭is‬ ‭the‬ ‭distance‬ ‭between‬
‭sides‬‭of‬‭the‬‭triangle‬‭is‬‭1024‬‭units‬‭and‬‭the‬
‭parallel sides?‬
‭area‬ ‭of‬ ‭its‬ ‭circumcircle‬ ‭is‬ ‭16π,‬ ‭what‬ ‭is‬
‭SSC CHSL 17/03/2023 (3rd Shift)‬ ‭SSC CGL 2022 Tier - 2‬
‭the area of the given triangle ?‬
‭(a) 45 cm (b) 50 cm (c) 60 cm (d) 65 cm‬
‭SSC CHSL 15/03/2023 (1st Shift)‬
‭ .405.‬‭What‬‭is‬‭the‬‭volume‬‭of‬‭the‬‭largest‬
Q
‭(a) 2 sq . units‬ ‭(b) 3 sq . units‬ ‭ .398.‬ ‭If the heights of two cylinders are‬
Q ‭sphere‬ ‭that‬ ‭can‬ ‭be‬ ‭carved‬ o‭ ut‬ ‭of‬ ‭a‬
‭(c) 2.5 sq . units‬ ‭(d) 4 sq . units‬ ‭in the ratio of 2 : 3 and their-radius are in‬ ‭22‬
‭the ratio of 6 : 5, then what is the ratio of‬ ‭wooden cube of sides 21 cm? (‬π ‭=‬ ‭)‬
‭Q.390.‬‭The breadth of a rectangular floor‬ ‭7‬
‭‬
3
‭the volumes of the cylinders ?‬ ‭SSC CGL Tier II (02/03/2023)‬
‭is‬ ‭of‬‭its‬‭length.‬‭If‬‭the‬‭area‬‭of‬‭the‬‭floor‬ ‭SSC CHSL 17/03/2023 (4th Shift)‬ ‭3‬ ‭3‬
‭5‬ ‭(‬‭a) 3851‬‭𝑐 𝑚‬ ‭(b) 6858‬‭𝑐 𝑚‬
‭2‬ ‭(a) 24 : 29‬ ‭(b) 21 : 31‬ ‭3‬ ‭3‬
i‭s‬ ‭60‬‭‬‭𝑚𝑒𝑡𝑟𝑒‬ ‭,‬‭then‬‭what‬‭is‬‭the‬‭difference‬ ‭(c) 4851‬‭𝑐 𝑚‬ ‭(d) 5821‬‭𝑐 𝑚‬
‭(c) 24 : 25‬ ‭(d) 28 : 31‬
‭between‬ ‭the‬ ‭length‬ ‭and‬ ‭breadth‬ ‭of‬ ‭the‬
‭floor ?‬ ‭ .399.‬ ‭The‬ s
Q ‭ um‬ ‭of‬ ‭the‬ ‭length‬ ‭and‬ ‭Q.406.‬ ‭A‬‭rectangular‬‭park‬‭is‬‭120‬‭m‬‭long‬
‭SSC CHSL 15/03/2023 (2nd Shift)‬ ‭breadth‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭is‬ ‭4‬ ‭cm.‬ ‭Length‬ ‭is‬ ‭ nd‬‭104‬‭m‬‭wide.‬‭A‬‭1‬‭-‬‭m‬‭wide‬‭path‬‭runs‬
a
‭(a) 6 m‬ ‭(b) 7.5 m (c) 5 m (d) 4 m‬ ‭three‬ ‭times‬ ‭of‬ ‭breadth.‬ ‭If‬ ‭the‬ ‭height‬ ‭of‬ ‭along‬ ‭the‬ ‭boundary‬ ‭of‬ ‭the‬ ‭park,‬
‭the‬‭cuboid‬‭is‬‭half‬‭of‬‭the‬‭sum‬‭of‬‭its‬‭length‬ ‭remaining‬ ‭completely‬ ‭inside‬ ‭the‬ ‭park‬
‭ .391.‬‭How‬‭many‬‭bricks‬‭each‬‭measuring‬
Q ‭area.‬‭Thus,‬‭the‬‭outside‬‭edges‬‭of‬‭the‬‭path‬
‭and‬ ‭breadth,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭total‬
‭25‬‭cm‬× ‭12.5‬‭cm‬× ‭16‬‭cm‬‭will‬‭be‬‭needed‬ ‭run‬ ‭along‬ ‭the‬‭boundary‬‭wall‬‭of‬‭the‬‭park.‬
‭surface area of the cuboid ?‬
‭to‬ ‭construct‬ ‭a‬ ‭wall‬ ‭8‬ ‭m‬ ‭long‬ ‭,‬ ‭5‬‭m‬‭high‬ ‭The‬‭inside‬‭edges‬‭of‬‭the‬‭path‬‭are‬‭marked‬
‭SSC CHSL 20/03/2023 (2nd Shift)‬
‭and 22.5 cm thick ?‬ ‭with‬ ‭a‬ ‭white‬ ‭line‬‭of‬‭negligible‬‭thickness.‬
‭(a) 64 cm²‬ ‭(b) 22 cm‬‭2‬
‭SSC CHSL 15/03/2023 (3rd Shift)‬ ‭2‬ ‭If‬‭it‬‭costs‬‭₹2.50‬‭to‬‭mark‬‭each‬‭metre‬‭with‬
‭(c) 32 cm‬ ‭(d) 30 cm‬‭2‬
‭(a) 1800 (b) 3600 (c) 1200 (d) 2400‬ ‭the‬ ‭white‬ ‭line,‬ ‭then‬ ‭how‬ ‭much‬ ‭would‬ ‭it‬
‭ .400.‬‭The‬‭area‬‭of‬‭a‬‭square‬‭Is‬‭1156‬‭cm‬‭2‬
Q ‭cost‬‭(in‬‭₹‬‭)‬‭to‬‭fully‬‭mark‬‭the‬‭inside‬‭edges‬
‭ .392.‬ ‭A‬ ‭solid‬ ‭cylinder‬ ‭having‬ r‭ adius‬ ‭of‬
Q
‭.‬‭What‬‭is‬‭the‬‭respective‬‭ratio‬‭between‬‭the‬ ‭of the path ?‬
‭base‬ ‭as‬ ‭7‬ ‭cm‬ ‭and‬ ‭height‬ ‭as‬ ‭5‬ ‭cm‬ ‭is‬
‭length‬ ‭and‬ ‭the‬ ‭breadth‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭SSC CGL Tier II (02/03/2023)‬
‭bisected‬ ‭from‬ ‭its‬ ‭height‬ ‭to‬ ‭get‬ ‭two‬
‭whose‬ ‭length‬ ‭is‬ ‭twice‬ ‭the‬ ‭side‬ ‭of‬ ‭the‬ ‭(a) 1090‬ ‭(b) 1080 (c) 1120 (d) 1100‬
‭identical‬ ‭cylinders.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬
‭square‬‭and‬‭whose‬‭breadth‬‭is‬‭14‬‭cm‬‭less‬
‭percentage‬ ‭increase‬ ‭in‬ ‭the‬ ‭total‬‭surface‬ ‭Q.407.‬ ‭A‬ ‭hemispherical‬ ‭bowl‬ ‭of‬‭internal‬
‭than the side of the square?‬
‭area?‬ r‭ adius‬‭18‬‭cm‬‭is‬‭full‬‭of‬‭liquid.‬‭This‬‭liquid‬‭is‬
‭SSC CHSL 20/03/2023 (4th Shift)‬
‭SSC CHSL 16/03/2023 (2nd Shift)‬ ‭to‬ ‭be‬ ‭filled‬ ‭in‬ ‭cylindrical‬ ‭bottles‬‭each‬‭of‬
‭(a) 16 : 7 (b) 19 : 5 (c) 17 : 5 (d) 21 : 19‬
‭(a) 58.33 percent‬ ‭(b) 64.56 percent‬ ‭radius‬‭3‬‭cm‬‭and‬‭height‬‭6‬‭cm.‬‭How‬‭many‬
‭(c) 69.44 percent‬ ‭(d) 52.56 percent‬ ‭ .401.‬ ‭In‬ ‭triangle‬ ‭ABC,‬ ‭AB=20‬ ‭cm,‬ ‭BC=‬
Q ‭bottles are required to empty the bowl?‬
‭16‬‭cm‬‭and‬‭AC‬‭=‬‭12‬‭cm‬‭and‬‭the‬‭radius‬‭of‬ ‭SSC CGL Tier II (03/03/2023)‬
‭ .393.‬ ‭If‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬ ‭cube‬ ‭is‬ ‭1728‬
Q
‭circle inscribed in it is 4 cm. Find the area‬ ‭(a) 72‬ ‭(b) 70‬ ‭(c) 68‬ ‭(d) 66‬
‭cm³,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬ ‭total‬‭surface‬‭area‬
‭of triangle ABC.‬
‭of the cube?‬ ‭Q.408.‬‭What‬‭is‬‭the‬‭total‬‭surface‬‭area‬‭of‬‭a‬
‭SSC CHSL 21/03/2023 (1st Shift)‬
‭SSC CHSL 16/03/2023 (3rd Shift)‬ ‭2‬ ‭2‬ ‭ yramid‬ ‭whose‬ ‭base‬ ‭is‬ ‭a‬ ‭square‬ ‭with‬
p
‭(a) 804 cm²‬ ‭(b) 729 cm²‬ ‭(a) 48‬‭𝑐 𝑚‬ ‭(b) 72‬‭𝑐 𝑚‬
‭2‬ ‭2‬
‭side‬‭8‬‭cm‬‭and‬‭height‬‭of‬‭the‬‭pyramid‬‭is‬‭3‬
‭(c) 864 cm²‬ ‭(d) 926 cm²‬ ‭(c) 96‬‭𝑐 𝑚‬ ‭(d) 120‬‭𝑐 𝑚‬ ‭cm ?‬
‭SSC CGL Tier II (03/03/2023)‬
‭ .394.‬ ‭If‬‭in‬‭triangle‬‭ABC,‬‭MN‬‭is‬‭parallel‬
Q ‭Q.402.‬ ‭A‬ ‭trapezium‬ ‭plate‬ ‭having‬ ‭two‬ ‭2‬ ‭2‬
‭to‬‭BC,‬‭and‬‭M‬‭and‬‭N‬‭are‬‭points‬‭on‬‭AB‬‭and‬ ‭ arallel‬‭sides‬‭of‬‭length‬‭15‬‭cm‬‭and‬‭9‬‭cm.‬
p ‭(a) 169‬‭𝑐 𝑚‬ ‭(b) 121‬‭𝑐 𝑚‬
‭2‬ ‭2‬
‭AC‬‭respectively.‬‭The‬‭area‬‭of‬‭quadrilateral‬ ‭and‬ ‭distance‬ ‭between‬ ‭them‬ ‭is‬ ‭6‬ ‭cm.‬ ‭(c) 144‬‭𝑐 𝑚‬ ‭(d) 184‬‭𝑐 𝑚‬
‭MBCN‬ ‭=‬ ‭130‬ ‭cm².‬ ‭If‬ ‭AN:‬ ‭NC‬‭=‬‭4:5,‬‭then‬ ‭Copper‬‭plating‬‭is‬‭to‬‭be‬‭done‬‭on‬‭the‬‭plate‬
‭the area of Triangle MAN is:‬ ‭at‬‭a‬‭rate‬‭of‬‭Rs.3‬‭per‬‭square‬‭cm.‬‭What‬‭will‬ ‭ .409.‬‭The‬‭breadth‬‭'b'‬‭of‬‭a‬‭room‬‭is‬‭twice‬
Q
‭SSC CHSL 17/03/2023 (1st Shift)‬ ‭be‬‭the‬‭total‬‭cost‬‭of‬‭copper‬‭plating‬‭on‬‭the‬ ‭its‬ ‭height‬‭and‬‭half‬‭of‬‭its‬‭length.‬‭Find‬‭the‬
‭(a) 40 cm²‬ ‭(b) 65 cm²‬ ‭upper side of the plate?‬ ‭length‬ ‭of‬ ‭the‬ ‭longest‬ ‭diagonal‬ ‭of‬ ‭the‬
‭(c) 32 cm²‬ ‭(d) 45 cm²‬ ‭SSC CHSL 21/03/2023 (1st Shift)‬ ‭room.‬
‭(a) Rs.432 (b) Rs.216 (c) Rs.72 (d) Rs.108‬ ‭SSC CGL Tier II (03/03/2023)‬
‭Q.395.‬ ‭The‬ ‭circumference‬ ‭of‬ ‭the‬ ‭two‬ ‭20‬‭‬‭𝑏‬ ‭‬
𝑏 ‭ 1‬‭‬‭𝑏‬
2 ‭ 9‬‭‬‭𝑏‬
1
‭ ircles‬‭is‬‭264‬‭m‬‭and‬‭308‬‭m‬‭respectively.‬
c ‭ .403.‬∆‭ABC is similar to‬∆‭PQR , AB = 4‬
Q ‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭2‬ ‭2‬ ‭‬
2 ‭‬
2
‭What‬ ‭is‬ ‭the‬ ‭difference‬‭between‬‭the‬‭area‬ ‭cm‬‭,‬‭BC‬‭=‬‭8‬‭cm‬‭and‬‭AC‬‭=‬‭10‬‭cm.‬‭If‬‭QR‬‭=‬
‭of the larger circle and the smaller circle?‬ ‭16 cm, then what is the area of‬∆‭PQR?‬ ‭Q.410.‬ ‭A‬ ‭pyramid‬ ‭has‬ ‭an‬ ‭equilateral‬
t‭ riangle‬‭as‬‭its‬‭base,‬‭of‬‭which‬‭each‬‭side‬‭is‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭8‬‭cm.‬‭Its‬‭slant‬‭edge‬‭is‬‭24‬‭cm.‬‭The‬‭whole‬ (‭ c) Cuboid will have more volume‬ ‭ ire ?‬
w
‭ urface area of the pyramid (in‬‭𝑐 𝑚‬ ‭) is:‬
s
‭2‬ ‭(d) Cannot be determined‬ ‭SSC CGL 03/12/2022 (3rd Shift)‬
‭SSC CGL Tier II (06/03/2023)‬ ‭(a) 224 cm‬ ‭(b) 183 cm‬
‭ .418.‬ ‭A‬ ‭hemispherical‬ ‭bowl‬ ‭made‬ ‭of‬
Q ‭(c) 198 cm‬ ‭(d) 243 cm‬
‭(a) (16‬ ‭3‬‭+ 24‬ ‭35‬‭) (b) (12‬ ‭3‬‭+ 24‬ ‭35‬‭)‬ ‭iron‬‭has‬‭an‬‭inner‬‭diameter‬‭of‬‭84‬‭cm.‬‭Find‬
‭(c) (24‬ ‭3‬‭‬‭+ 36‬ ‭35‬‭) (d) (16‬ ‭3‬‭+ 48‬ ‭35‬‭)‬ ‭the‬ ‭cost‬ ‭of‬ ‭tin‬‭plating‬‭it‬‭on‬‭the‬‭inside‬‭at‬ ‭Q.426.‬‭The‬‭length‬‭of‬‭the‬‭side‬‭of‬‭a‬‭cube‬‭is‬
‭22‬ ‭ .6‬ ‭𝑐 𝑚‬ ‭.‬ ‭What‬ ‭is‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬
5
‭Q.411.‬ ‭If‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭the‬‭rate‬‭of‬‭₹21‬‭per‬‭100‬‭cm²‬‭(take‬π =
‭‬
‭7‬
‭2‬ ‭largest‬ ‭sphere‬ ‭that‬ ‭can‬ ‭be‬ ‭taken‬ ‭out‬ ‭of‬
‭ ylinder‬ ‭is‬ ‭126‬π ‭𝑐 𝑚‬ ‭and‬‭its‬‭height‬‭is‬‭14‬
c )‭ correct to two places of decimal.‬ ‭the cube ?‬
‭cm, what is the volume of the cylinder.‬ ‭SSC CGL 02/12/2022 (1st Shift)‬ ‭SSC CGL 05/12/2022 (1st Shift)‬
‭SSC CGL Tier II (06/03/2023)‬ ‭(a) ₹2,328.48‬ ‭(b) ₹2,425.48‬ ‭3‬ ‭3‬
‭(a) 91.98‬‭𝑐 𝑚‬ ‭(b) 99.96‬‭𝑐 𝑚‬
‭‬
1 ‭3‬ ‭1‬ ‭3‬ ‭(c) ₹2,425.60‬ ‭(d) ₹2,355.48‬
‭(a) 283‬ π ‭𝑐 𝑚‬ (‭ b) 137‬ π ‭𝑐 𝑚‬ ‭3‬ ‭3‬
‭2‬ ‭2‬ ‭(c) 96.98‬‭‬‭𝑐 𝑚‬ ‭(d) 90.69‬‭𝑐 𝑚‬
‭1‬ ‭3‬ ‭1‬ ‭3‬
‭Q.419.‬ ‭If‬ ‭the‬ ‭side‬ ‭of‬ ‭an‬ ‭equilateral‬
‭(c) 128‬ π ‭𝑐 𝑚‬ (‭ d) 125‬ π ‭𝑐 𝑚‬ t‭ riangle is 24 cm, then what is its area?‬ ‭ .427.‬ ‭A‬ ‭hollow‬ ‭sphere‬ ‭has‬ ‭an‬ ‭outer‬
Q
‭2‬ ‭2‬
‭SSC CGL 02/12/2022 (2nd Shift)‬ ‭radius‬‭of‬‭4‬‭cm‬‭and‬‭inner‬‭radius‬‭of‬‭1‬‭cm.‬
‭Q.412.‬‭The‬‭difference‬‭between‬‭the‬‭length‬ ‭What‬ ‭is‬ ‭the‬ ‭volume‬ ‭of‬ ‭this‬ ‭hollow‬
‭(a) 169‬ ‭3‬‭cm‬‭2‬ ‬ m‬‭2‬
‭(b) 125‬ ‭3‬‭‭c
‭ f‬‭two‬‭parallel‬‭sides‬‭of‬‭a‬‭trapezium‬‭is‬‭12‬
o ‭sphere?‬
‭(c) 256‬ ‭3‬‭cm‬‭2‬ ‭(d) 144‬ ‭3‬‭cm‬‭2‬
‭cm.‬ ‭The‬ ‭perpendicular‬‭distance‬‭between‬ ‭SSC CGL 05/12/2022 (3rd Shift)‬
‭these‬ ‭two‬ ‭parallel‬ ‭sides‬ ‭is‬ ‭60‬ ‭cm.‬ ‭If‬‭the‬ ‭ .420.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
Q ‭(a) 84‬π ‭cm‬‭3‬ ‭(b) 68‬π ‭cm‬‭3‬
‭3‬
‭2‬
‭ rea‬ ‭of‬ ‭the‬ ‭trapezium‬ ‭is‬ ‭1380‬ ‭𝑐 𝑚‬ ‭,‬‭then‬
a ‭cylinder‬ ‭is‬ ‭five‬ ‭times‬ ‭of‬‭its‬‭height.‬‭If‬‭the‬ ‭(c) 48‬π ‭cm‬ ‭(d) 92‬π ‭cm‬‭3‬
‭find‬ ‭the‬ ‭length‬ ‭of‬ ‭each‬ ‭of‬ ‭the‬ ‭parallel‬ ‭height‬ ‭of‬ ‭the‬ ‭cylinder‬ ‭is‬ ‭3.5‬ ‭cm,‬ ‭then‬
‭ .428.‬ ‭Three‬‭cubes‬‭of‬‭equal‬‭volume‬‭are‬
Q
‭sides (in cm).‬ ‭what is the volume of the cylinder?‬
‭joined‬ ‭end‬ ‭to‬ ‭end.‬‭Find‬‭the‬‭surface‬‭area‬
‭SSC CGL Tier II (06/03/2023)‬ ‭SSC CGL 02/12/2022 (3rd Shift)‬
‭of‬ ‭the‬‭resulting‬‭cuboid‬‭if‬‭the‬‭diagonal‬‭of‬
‭(a) 27, 15 (b) 31, 19 (c) 29, 17 (d) 24, 12‬ ‭(a) 3368.75 cm³‬ ‭(b) 3872.75 cm³‬
‭(c) 3146.75 cm³‬ ‭(d) 3524.25 cm³‬ ‭the cube is‬‭6‬ ‭3‭‬‬‭𝑐 𝑚‬‭.‬
‭ SC CGL 05/12/2022 (4th Shift)‬
S
‭SSC CGL 2022 Tier - 1‬ ‭ .421.‬‭In‬‭the‬‭given‬‭figure,‬‭a‬‭square‬‭ABCD‬
Q ‭(a) 509 cm‬‭2‬ ‭(b) 504 cm‬‭2‬
‭is‬‭inscribed‬‭in‬‭a‬‭quadrant‬‭APCQ‬‭.‬ ‭If‬‭AB‬‭=‬ ‭(c) 516 cm‬ ‭2‬
‭(d) 512 cm‬‭2‬
‭ .413.‬ ‭The‬ ‭length‬ ‭and‬ ‭breadth‬ ‭of‬ ‭a‬
Q
‭16‬‭cm,‬‭find‬‭the‬‭area‬‭of‬‭the‬‭shaded‬‭region‬
‭rectangle‬ ‭are‬ ‭increased‬ ‭by‬ ‭8%‬ ‭and‬ ‭5%,‬ ‭ .429.‬‭A‬‭solid‬‭hemisphere‬‭has‬‭radius‬‭21‬
Q
‭(take‬ π ‭= 3.14) correct to two places of‬
‭respectively.‬ ‭By‬ ‭how‬ ‭much‬ ‭percentage‬ ‭cm.‬ ‭It‬ ‭is‬ ‭melted‬ ‭to‬ ‭form‬‭a‬‭cylinder‬‭such‬
‭decimal.‬
‭will the area of the rectangle increase?‬ ‭that‬‭the‬‭ratio‬‭of‬‭its‬‭curved‬‭surace‬‭area‬‭to‬
‭SSC CGL 01/12/2022 (1st Shift)‬ ‭total‬ ‭surface‬ ‭area‬ ‭is‬ ‭2‬ ‭:‬ ‭5.‬ ‭What‬ ‭is‬ ‭the‬
‭(a) 13.4% (b) 15.4% (c) 12.4% (d) 16.4%‬ ‭22‬
‭radius (in cm) of its base (take π =‬ ‭) ?‬
‭7‬
‭ .414.‬ ‭How‬ ‭many‬ ‭spherical‬ ‭lead‬ ‭shots‬
Q ‭ SC CGL 06/12/2022 (1st Shift)‬
S
‭each‬‭of‬‭diameter‬‭8.4‬‭cm‬‭can‬‭be‬‭obtained‬ ‭ SC CGL 02/12/2022 (4th Shift)‬
S ‭(a) 23‬ ‭(b) 21‬ ‭(c) 17‬ ‭(d) 19‬
‭from‬ ‭a‬ ‭rectangular‬ ‭solid‬ ‭of‬ ‭lead‬ ‭with‬ ‭(a) 155.98cm‬‭2‬ ‭(b) 179.68cm‬‭2‬
‭dimension 88 cm, 63 cm, 42 cm.‬ ‭(c) 163.85cm‬‭2‬
‭(d) 145.92cm‬‭2‬ ‭Q.430.‬‭Calculate‬‭the‬‭area‬‭of‬‭a‬‭sector‬‭of‬‭a‬
‭22‬ ‭ ircle‬‭with‬‭radius‬‭10‬‭metres‬‭and‬‭angle‬‭of‬
c
‭(take‬π =
‭‬ ‭) ?‬ ‭Q.422.‬ ‭If‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
‭7‬ ‭90 degrees at the centre.‬
‭3‬
‭ SC CGL 01/12/2022 (1st Shift)‬
S ‭ 4,416.64‬ ‭𝑐 𝑚‬ ‭,‬‭find‬‭its‬‭surface‬‭area‬‭(take‬
2 ‭SSC CGL 06/12/2022 (3rd Shift)‬
‭(a) 920 (b) 750 (c) 650 (d) 860‬ ‭π=3.14) correct to two places of decimal.‬ ‭(a) 79.3 m‬‭2‬ ‭(b) 79.5 m‬‭2‬
‭2‬
‭SSC CGL 03/12/2022 (1st Shift)‬ ‭(c) 78.5 m‬ ‭(d) 75 m‬‭2‬
‭ .415.‬ ‭A‬ ‭solid‬ ‭metallic‬ ‭sphere‬‭of‬‭radius‬
Q
‭(a) 3069.55 cm‬‭2‬ ‭(b) 4069.44 cm‬‭2‬
‭13‬ ‭cm‬ ‭is‬ ‭melted‬ ‭and‬ ‭recast‬ ‭into‬‭a‬‭cone‬ ‭ .431.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭outer‬ ‭and‬ ‭the‬
Q
‭(c) 5069.66 cm‬‭2‬ ‭(d) 6069.67 cm‬‭2‬
‭having‬ ‭diameter‬ ‭of‬ ‭the‬ ‭base‬ ‭as‬ ‭13‬ ‭cm.‬ ‭inner‬ ‭circumference‬ ‭of‬ ‭a‬‭circular‬‭path‬‭is‬
‭What is the height (cm) of the cone ?‬ ‭ .423.‬‭The‬‭area‬‭of‬‭a‬‭sector‬‭of‬‭a‬‭circle‬‭is‬
Q ‭5‬ ‭:‬‭4.‬‭If‬‭the‬‭path‬‭is‬‭50‬‭metres‬‭wide,‬‭then‬
‭SSC CGL 01/12/2022 (3rd Shift)‬ ‭66‬ ‭cm‬‭2‬ ‭and‬ ‭the‬ ‭angle‬ ‭of‬ ‭the‬ ‭sector‬ ‭is‬ ‭what is the radius of the inner circle?‬
‭(a) 246‬ ‭(b) 152 (c) 174 (d) 208‬ ‭60°. Find the radius of the circle.‬ ‭SSC CGL 06/12/2022 (3rd Shift)‬
‭SSC CGL 03/12/2022 (1st Shift)‬ ‭(a) 250 metres‬ ‭(b) 300 metres‬
‭Q.416.‬‭The‬‭area‬‭of‬‭a‬‭triangle‬‭is‬‭480‬‭cm²‬
‭(a) 5√15 cm‬ ‭(b) 6√14 cm‬ ‭(c) 200 metres‬ ‭(d) 210 metres‬
‭ nd‬ ‭the‬ ‭ratio‬ ‭of‬ ‭its‬‭sides‬‭is‬‭10‬‭:‬‭24‬‭:‬‭26.‬
a
‭(c) 7√19 cm‬ ‭(d) 3√14 cm‬
‭What is the perimeter of the triangle ?‬ ‭ .432.‬‭The‬‭diagonal‬‭of‬‭the‬‭square‬‭is‬‭8‬ ‭2‬
Q
‭SSC CGL 01/12/2022 (4th Shift)‬ ‭ .424.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
Q ‭cm.‬ ‭Find‬ ‭the‬‭diagonal‬‭of‬‭another‬‭square‬
‭(a) 120 cm‬ ‭(b) 30 cm‬ ‭cylinder‬ ‭is‬ ‭thrice‬ ‭its‬ ‭height.‬‭If‬‭the‬‭height‬ ‭whose area is triple that of the first‬
‭(c) 150 cm‬ ‭(d) 60 cm‬ ‭of‬‭the‬‭cylinder‬‭is‬‭2.1‬‭cm,‬‭then‬‭what‬‭is‬‭the‬ ‭square.‬
‭volume of the cylinder ?‬ ‭SSC CGL 06/12/2022 (4th Shift)‬
‭Q.417.‬ ‭Which‬ ‭of‬ ‭the‬ ‭following‬ ‭two‬ ‭will‬
‭SSC CGL 03/12/2022 (3rd Shift)‬ ‭(a) 8‬ ‭5‬‭cm‬ ‭(b) 8‬ ‭3‬‭cm‬
‭ rovide more volume ?‬
p
‭(a) 224.65 cm³‬ ‭(b) 194.72 cm³‬
‭I) A cuboid of edges 6 cm,7 cm and 8 cm‬ ‭(c) 8‬ ‭2‬‭cm‬ ‭(d) 8‬ ‭6‬‭cm‬
‭(c) 324.86 cm³‬ ‭(d) 261.95 cm³‬
‭II) A cube of edge 7 cm‬
‭SSC CGL 02/12/2022 (1st Shift)‬ ‭ .433.‬ ‭Steel‬ ‭is‬ ‭used‬ ‭to‬ ‭make‬ ‭a‬
Q
‭ .425.‬‭A‬‭solid‬‭copper‬‭sphere‬‭of‬‭radius‬‭9‬
Q
‭(a) Cube will have more volume‬ ‭hemispherical‬‭bowl‬‭that‬‭is‬‭0.37‬‭cm‬‭thick.‬
‭cm‬‭is‬‭hammered‬‭and‬‭moulded‬‭into‬‭a‬‭wire‬
‭(b) Both will have equal volume‬ ‭The bowl's inner radius is 6 cm. Find the‬
‭of radius 2 cm. What is the length of this‬

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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭3‬ ‭3‬
‭bowl's outer curved surface area‬ (‭ a) 15468 cm‬ (‭ b) 14262 cm‬ ‭ .448.‬ ‭Determine‬ ‭the‬ ‭total‬ ‭surface‬‭area‬
Q
‭22‬ ‭(c) 137984 cm‬‭3‬ ‭(d) 11296 cm‬‭3‬ ‭of‬ ‭a‬ ‭hemisphere‬ ‭closed‬ ‭at‬ ‭bottom.‬
‭(take π =‬ ‭).‬
‭7‬
‭ .442.‬ ‭The‬‭radii‬‭of‬‭the‬‭ends‬‭of‬‭a‬‭frustum‬
Q ‭25‬
‭ SC CGL 07/12/2022 (1st Shift)‬
S ‭Radius of the hemisphere is‬ ‭unit.‬
π
‭(a) 532 cm‬‭2‬ ‭(b) 255.0548 cm‬‭2‬ ‭of‬‭a‬‭cone‬‭7‬‭cm‬‭high‬‭are‬‭5‬‭cm‬‭and‬‭3‬‭cm.‬
‭ SC CPO 09/11/2022 (Morning)‬
S
‭2‬
‭(c) 484 cm‬ ‭(d) 523.4107 cm‬‭2‬ ‭Find‬ ‭its‬ ‭volume‬ ‭correct‬ ‭to‬ ‭one‬ ‭decimal‬
‭22‬
‭(a) 75 unit‬‭2‬ ‭(b) 70 unit‬‭2‬
‭place. (Use π =‬ ‭)‬ ‭(c) 60 unit‬‭2‬ ‭(d) 50 unit‬‭2‬
‭ .434.‬ ‭The‬ ‭length‬ ‭and‬ ‭breadth‬ ‭of‬ ‭a‬
Q ‭7‬
‭cuboid‬ ‭is‬ ‭increased‬ ‭by‬ ‭20%‬ ‭and‬ ‭25%,‬ ‭ SC CGL 12/12/2022 (2nd Shift)‬
S
‭Q.449.‬ ‭Find‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭major‬
‭respectively,‬ ‭while‬ ‭its‬ ‭height‬ ‭is‬ ‭reduced‬ ‭(a) 345.6 cm³‬ ‭(b) 359.3 cm‬‭3‬
‭ ector‬ ‭of‬ ‭a‬ ‭circle‬ ‭of‬ ‭radius‬ ‭12‬ ‭metres,‬
s
‭by‬ ‭30%.‬ ‭What‬ ‭must‬ ‭be‬ ‭the‬ ‭total‬ ‭(c) 379.3 cm³‬ ‭(d) 369.3 cm³‬
‭whose‬ ‭minor‬ ‭sector‬ ‭subtends‬ ‭an‬ ‭angle‬
‭percentage‬ ‭increase/decrease‬ ‭in‬ ‭the‬
‭Q.443.‬ ‭Area‬ ‭of‬ ‭the‬ ‭floor‬ ‭of‬ ‭a‬ ‭cubical‬ ‭of 75° at the centre.‬
‭volume of the cuboid ?‬
r‭ oom‬‭is‬‭64‬‭m².‬‭The‬‭length‬‭of‬‭the‬‭longest‬ ‭SSC CPO 09/11/2022 (Morning)‬
‭SSC CGL 07/12/2022 (3rd Shift)‬
‭rod that can be kept in the room is:‬ ‭(a) 24 + 5π metres (b) 24 + 19π metres‬
‭(a) Increase by 5% (b) Increase by 3%‬
‭SSC CGL 12/12/2022 (3rd Shift)‬ ‭(c) 24 – 5π metres (d) 24 – 19π metres‬
‭(c) Decrease by 2% (d) Decrease by 4%‬
‭(a) 16‬ ‭3‬‭m‬ ‭(b) 4‬ ‭3‬ ‭m‬ ‭ .450.‬‭A‬‭frustum‬‭of‬‭a‬‭right‬‭circular‬‭cone,‬
Q
‭ .435.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭curved‬
Q
‭(c) 12‬ ‭3‬‭m‬ ‭(d) 8‬ ‭3‬‭m‬ ‭whose‬‭height‬‭is‬‭18‬‭cm,‬‭large‬‭base‬‭radius‬
‭surface‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬ c ‭ one‬ ‭with‬
‭is‬‭25‬‭cm,‬‭and‬‭small‬‭base‬‭radius‬‭is‬‭20‬‭cm,‬
‭height 8 m and slant height 10 m?‬ ‭Q.444.‬ ‭A‬ ‭conical‬ ‭vessel,‬ ‭whose‬ ‭internal‬ ‭is‬ ‭melted‬ ‭to‬ ‭form‬ ‭a‬ ‭small‬ ‭sphere‬ ‭of‬
‭SSC CGL 08/12/2022 (1st Shift)‬ r‭ adius‬ ‭is‬ ‭20‬ ‭cm‬ ‭and‬ ‭height‬ ‭is‬ ‭27‬ ‭cm,‬‭is‬ ‭diameter‬ ‭2‬ ‭cm.‬ ‭How‬ ‭many‬ ‭spheres‬ ‭will‬
‭(a) 60 m² (b) 60π m² (c) 40 m² (d) 40π m²‬ ‭full‬‭of‬‭water.‬‭If‬‭this‬‭water‬‭is‬‭poured‬‭into‬‭a‬ ‭be formed ?‬
‭cylindrical‬ ‭vessel‬ ‭with‬ ‭internal‬‭radius‬‭15‬ ‭SSC CPO 09/11/2022 (Afternoon)‬
‭ .436.‬ ‭An‬ ‭iron‬ ‭rod‬ ‭with‬ ‭diameter‬ ‭4‬ ‭cm‬
Q
‭cm,‬ ‭what‬ ‭will‬ ‭be‬‭the‬‭height‬‭to‬‭which‬‭the‬ ‭(a) 6287 (b) 6862 (c) 4575 (d) 5857‬
‭and‬‭length‬‭12‬‭cm‬‭is‬‭drawn‬‭into‬‭a‬‭wire‬‭of‬
‭water rises in it ?‬
‭length‬ ‭12‬ ‭m‬ ‭of‬ ‭uniform‬ ‭thickness.‬
‭SSC CGL 12/12/2022 (4th Shift)‬ ‭Q.451.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭hollow‬‭sphere‬‭is‬
‭Determine the thickness of the wire.‬
‭(a) 16 cm‬ ‭(b) 10 cm‬ ‭ 1‬‭cm.‬‭It‬‭is‬‭cut‬‭into‬‭two‬‭equal‬‭halves‬‭by‬‭a‬
2
‭SSC CGL 08/12/2022 (2nd Shift)‬
‭(c) 12 cm‬ ‭(d) 14 cm‬ ‭plane‬‭passing‬‭through‬‭its‬‭centre.‬‭What‬‭is‬
‭(a) 0.6 cm‬ ‭(b) 0.7 cm‬
‭75%‬ ‭of‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬‭(in‬‭cm²,‬
‭(c) 0.3 cm‬ ‭(d) 0.4 cm‬ ‭ .445.‬‭If‬‭the‬‭numerical‬‭value‬‭of‬‭twice‬‭the‬
Q ‭rounded‬ ‭off‬ ‭to‬ ‭the‬ ‭nearest‬ ‭tens)‬ ‭of‬ ‭the‬
‭curved‬ ‭surface‬ a ‭ rea‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬ ‭22‬
‭ .437.‬‭A‬‭solid‬‭cone‬‭of‬‭height‬‭42‬‭cm‬‭with‬
Q ‭hemisphere ? (Takе π =‬ ‭)‬
‭cylinder‬ ‭is‬ ‭equal‬ ‭to‬ ‭the‬ ‭numerical‬ ‭value‬ ‭7‬
‭diameter‬ ‭of‬ ‭its‬ ‭base‬ ‭42‬ ‭cm‬ ‭is‬ ‭cut‬ ‭out‬
‭of‬‭its‬‭volume,‬‭then‬‭what‬‭is‬‭the‬‭numerical‬ ‭ SC CPO 09/11/2022 (Evening)‬
S
‭from‬‭a‬‭wooden‬‭solid‬‭sphere‬‭of‬‭radius‬‭24‬
‭value‬ ‭of‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭the‬ ‭(a) 4160 (b) 3470 (c) 2080 (d) 2770‬
‭cm.‬‭Find‬‭the‬‭percentage‬‭of‬‭wood‬‭wasted‬
‭cylinder ?‬
‭correct to two places of decimal.‬ ‭Q.452.‬‭What‬‭is‬‭the‬‭total‬‭surface‬‭area‬‭of‬‭a‬
‭SSC CGL 13/12/2022 (1st Shift)‬
‭SSC CGL 09/12/2022 (1st Shift)‬ ‭ olid‬‭right‬‭circular‬‭cylinder‬‭of‬‭radius‬‭7‬‭cm‬
s
‭(a) 2‬ ‭(b) 3‬ ‭(c) 5‬ ‭(d) 4‬
‭(a) 75.56%‬ ‭(b) 56.65%‬ ‭22‬
‭(c) 66.50%‬ ‭(d) 67.50%‬ ‭and height 8 cm? (π =‬ ‭)‬
‭7‬
‭SSC CPO 2022 Tier - 1‬
‭ SC CPO 09/11/2022 (Evening)‬
S
‭ .438.‬‭The‬‭length‬‭of‬‭the‬‭side‬‭of‬‭a‬‭cube‬‭is‬
Q
‭(a) 560 cm²‬ ‭(b) 660 cm²‬
‭2.8‬ ‭cm.‬ ‭What‬‭is‬‭the‬‭volume‬‭of‬‭the‬‭largest‬ ‭Q.446.‬ ‭A‬ ‭field‬ ‭is‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭a‬
‭(c) 850 cm²‬ ‭(d) 760 cm²‬
‭sphere‬‭that‬‭can‬‭be‬‭taken‬‭out‬‭of‬‭the‬‭cube‬‭?‬ r‭ ectangle‬‭of‬‭length‬‭90‬‭m‬‭and‬‭breadth‬‭75‬
‭SSC CGL 09/12/2022 (2nd Shift)‬ ‭m.‬‭In‬‭one‬‭corner‬‭of‬‭the‬‭field,‬‭a‬‭pit,‬‭which‬ ‭Q.453.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭solid‬
‭(a) 11.50 cm‬‭3‬ ‭(b) 1.15 cm‬‭3‬ ‭is‬ ‭18‬‭m‬‭long‬‭,15‬‭m‬‭broad‬‭and‬‭6‬‭m‬‭deep,‬ ‭ etallic‬ ‭hemisphere‬ ‭is‬ ‭462‬ ‭cm‬‭2‬ ‭.‬ ‭This‬ ‭is‬
m
‭3‬
‭(c) 11.55 cm‬ ‭(d) 115 cm‬‭3‬ ‭has‬‭been‬‭dug‬‭out.‬‭The‬‭Earth‬ ‭taken‬‭out‬‭of‬ ‭melted‬ ‭and‬ ‭moulded‬ ‭into‬ ‭a‬ ‭right‬ ‭circular‬
‭it‬ ‭is‬ ‭evenly‬ ‭spread‬ ‭over‬ ‭the‬ ‭remaining‬ ‭cone.‬‭If‬‭the‬‭radius‬‭of‬‭the‬‭base‬‭of‬‭the‬‭cone‬
‭ .439.‬‭The‬‭curved‬‭surface‬‭area‬‭of‬‭a‬‭right‬
Q ‭part‬‭of‬‭the‬‭field.‬‭Find‬‭the‬‭rise‬‭in‬‭the‬‭level‬ ‭is‬ ‭the‬ ‭same‬ ‭as‬ ‭that‬ ‭of‬ ‭the‬ ‭hemisphere,‬
‭circular‬‭cone‬‭of‬‭base‬‭radius‬‭21‬‭cm‬‭is‬‭594‬ ‭of the field ?‬ ‭22‬
‭sq‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭slant‬ ‭height‬ ‭of‬ ‭the‬ ‭SSC CPO 09/11/2022 (Morning)‬ ‭then its height is: (use π =‬ ‭)‬
‭7‬
‭cone ?‬ ‭(a) 27 cm (b) 25 cm (c) 28 cm (d) 24 cm‬ ‭ SC CPO 09/11/2022 (Evening)‬
S
‭SSC CGL 09/12/2022 (3rd Shift)‬
‭(a) 14 cm (b) 7 cm (c) 21 cm (d) 28 cm‬
‭(a) 15 cm (b) 11 cm (c) 9 cm (d) 6 cm‬ ‭Q.447.‬ ‭In‬ ‭the‬ ‭given‬ ‭figure,‬ ‭the‬ ‭length‬ ‭of‬
‭ rc‬ ‭AB‬ ‭is‬ ‭equal‬ ‭to‬ ‭twice‬ ‭the‬ ‭length‬ ‭of‬
a ‭Q.454.‬ ‭As‬ ‭shown‬ ‭in‬ ‭the‬ ‭given‬ ‭figure,‬
‭ .440.‬ ‭The‬ ‭number‬ ‭of‬ ‭solid‬ ‭spheres,‬
Q ‭radius‬ ‭r‬ ‭of‬ ‭the‬ ‭circle.‬ ‭Find‬ ‭the‬ ‭area‬ ‭of‬ i‭nside‬ ‭the‬ ‭large‬ ‭semicircle,‬ ‭three‬
‭each‬ ‭of‬ ‭diameter‬ ‭6‬ ‭cm,‬ ‭that‬ ‭could‬ ‭be‬ ‭sector OAB in terms of the radius r.‬ ‭semicircles‬ ‭(with‬ ‭equal‬ ‭radii)‬ ‭are‬ ‭drawn‬
‭moulded‬‭to‬‭form‬‭a‬‭solid‬‭metal‬‭cylinder‬‭of‬
‭so‬‭that‬‭their‬‭diameters‬‭all‬‭sit‬‭on‬‭the‬‭large‬
‭height 90 cm and diameter 4 cm is:‬
‭semicircle's‬ ‭diameter.‬ ‭What‬ ‭is‬ ‭the‬ ‭ratio‬
‭SSC CGL 09/12/2022 (4th Shift)‬
‭between‬ ‭the‬ ‭unshaded‬ ‭and‬ ‭shaded‬
‭(a) 10‬ ‭(b) 14‬ ‭(c) 16‬ ‭(d) 13‬
‭areas?‬
‭Q.441.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
‭ ylinder‬ ‭is‬‭four‬‭times‬‭of‬‭its‬‭height.‬‭If‬‭the‬
c
‭height‬‭of‬‭the‬‭cylinder‬‭is‬‭14‬‭cm,‬‭then‬‭what‬
‭ SC CPO 09/11/2022 (Morning)‬
S
‭is the volume of the cylinder?‬ ‭ SC CPO 09/11/2022 (Evening)‬
S
‭(a) 3r‬ ‭(b) 2r‬ ‭(c) πr‬‭2‬ ‭(d) r‬‭2‬
‭SSC CGL 12/12/2022 (2nd Shift)‬ ‭(a) 4 : 3‬ ‭(b) 1 : 2‬ ‭(c) 2 : 1 (d) 3 : 4‬

‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬ 135


‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭Q.455.‬ ‭What‬‭is‬‭the‬‭length‬‭of‬‭the‬‭longest‬ ‭ nly).‬‭Determine‬‭the‬‭total‬‭surface‬‭area‬‭to‬
o ‭areas‬ ‭of‬ ‭all‬ ‭the‬ ‭8‬ ‭small‬ ‭solid‬ ‭spheres‬ ‭?‬
‭ ole‬ ‭that‬ ‭can‬ ‭fit‬ ‭itself‬ ‭in‬ ‭a‬ ‭hall‬ ‭60‬ ‭feet‬
p ‭be‬‭painted.‬‭(neglect‬‭the‬‭area‬‭of‬‭windows‬ ‭22‬
‭(use‬π = ‭)‬
‭long, 30 feet broad and 20 feet high?‬ ‭and‬ ‭doors)‬ ‭&‬ ‭(floor‬ ‭area‬ ‭is‬ ‭NOT‬ ‭to‬ ‭be‬ ‭7‬
‭SSC CPO 10/11/2022 (Morning)‬ ‭painted)‬ ‭SSC CGL Tier II (08/08/2022)‬
‭(a) 50 ft. (b) 70 ft. (c) 30 ft. (d) 20 ft.‬ ‭SSC CPO 11/11/2022 (Morning)‬ ‭(a) 3648‬‭𝑐 𝑚‬
‭2‬
‭(b) 4928‬‭𝑐 𝑚‬
‭2‬

‭(a) 300 m²‬ ‭(b) 280 m²‬ ‭2‬ ‭2‬


‭ .456.‬‭The‬‭volume‬‭of‬‭a‬‭wall,‬‭six‬‭times‬‭as‬
Q ‭(c) 4244‬‭𝑐 𝑚‬ ‭(d) 4158‬‭𝑐 𝑚‬
‭(c) 330 m²‬ ‭(d) 230 m²‬
‭hight‬ ‭as‬ ‭its‬ ‭breadth‬ ‭and‬ ‭half‬ ‭as‬‭long‬‭as‬
‭ .471.‬ ‭ABCD‬ ‭is‬ ‭a‬ ‭quadrilateral.‬ ‭The‬
Q
‭its‬ ‭height,‬ ‭is‬ ‭23958‬ ‭cm³.‬ ‭What‬ ‭is‬ ‭the‬ ‭ .464.‬ ‭A‬ ‭hemispherical‬ ‭bowl‬ ‭of‬‭internal‬
Q
‭length‬‭of‬‭diagonal‬‭AC‬‭is‬‭24‬‭cm.‬‭The‬‭sum‬
‭breadth of the wall ?‬ ‭radius‬‭6‬‭cm‬‭contains‬‭a‬‭liquid.‬‭This‬‭liquid‬
‭of‬ ‭perpendiculars‬ ‭drawn‬ ‭from‬ ‭vertex‬ ‭B‬
‭SSC CPO 10/11/2022 (Morning)‬ ‭is‬ ‭to‬ ‭be‬ ‭filled‬ ‭into‬ ‭cylindrical‬ ‭shaped‬
‭and‬‭D‬‭on‬‭the‬‭diagonal‬‭AC‬‭is‬‭10‬‭cm.‬‭What‬
‭(a) 21 cm (b) 15 cm (c) 11 cm (d) 18 cm‬ ‭small‬ ‭bottles‬ ‭of‬ ‭diameter‬ ‭2‬ ‭cm‬ ‭and‬
‭is the area of the quadrilateral ?‬
‭height‬ ‭4‬ ‭cm.‬ ‭How‬ ‭many‬ ‭bottles‬ ‭will‬ ‭be‬
‭Q.457.‬ ‭The‬ ‭curved‬ ‭surface‬ ‭area‬ ‭and‬ ‭SSC CGL Tier II (08/08/2022)‬
‭needed to empty the bowl?‬ ‭2‬ ‭2‬
‭ ircumference‬‭at‬‭the‬‭base‬‭of‬‭a‬‭solid‬‭right‬
c ‭SSC CPO 11/11/2022 (Afternoon)‬ ‭(a) 240‬‭𝑐 𝑚‬ ‭(b) 180‬‭𝑐 𝑚‬
‭circular‬ ‭cylinder‬ ‭are‬ ‭2200‬ ‭cm²‬ ‭and‬ ‭110‬ ‭(a) 32‬ ‭(b) 37‬ ‭(c) 38‬ ‭(d) 36‬ ‭(c) 120‬‭𝑐 𝑚‬
‭2‬ ‭2‬
‭(d) 90‬‭𝑐 𝑚‬
‭cm,‬ ‭respectively.‬ ‭Find‬ ‭the‬ ‭height‬ ‭of‬ ‭the‬
‭cylinder.‬ ‭ .465.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q ‭ .472.‬‭The‬‭base‬‭of‬‭a‬‭prism‬‭is‬‭a‬‭right‬‭angle‬
Q
‭SSC CPO 10/11/2022 (Morning)‬ ‭hemisphere‬ ‭is‬‭462‬‭cm‬‭2‬ ‭.The‬‭diameter‬‭of‬ ‭triangle‬‭whose‬‭sides‬‭are‬‭9‬‭cm,‬‭12‬‭cm‬‭and‬
‭(a) 24 cm (b) 22 cm (c) 20 cm (d) 18 cm‬ ‭this hemisphere is:‬ ‭15‬ ‭cm.‬ ‭Volume‬ ‭of‬ ‭this‬ ‭prism‬ ‭is‬ ‭648‬‭cm‬‭3‬‭.‬
‭SSC CPO 11/11/2022 (Evening)‬ ‭What will be the height of prism ?‬
‭ .458.‬ ‭The‬ ‭length‬‭of‬‭a‬‭cold‬‭storage‬‭is‬‭5‬
Q ‭(a) 28 cm (b) 21 cm (c) 7 cm (d) 14 cm‬ ‭SSC CGL Tier II (08/08/2022)‬
‭times‬ ‭its‬ ‭breadth,‬ ‭and‬ ‭its‬ ‭height‬ ‭is‬‭8‬‭m.‬ ‭(a) 14 cm (b) 12 cm (c) 9 cm (d) 16 cm‬
‭The‬ ‭area‬ ‭of‬ ‭its‬ ‭four‬ ‭walls‬ ‭(including‬‭the‬ ‭Q.466.‬‭The‬‭difference‬‭between‬‭the‬‭semi‬‭-‬
‭doors)‬ ‭is‬ ‭720‬ ‭m‬‭2‬‭.‬ ‭Find‬ ‭the‬ ‭total‬‭surface‬ ‭ erimeter‬ ‭and‬ ‭the‬‭sides‬‭of‬‭∆PQR‬‭are‬‭18‬
p ‭Q.473.‬‭The‬‭difference‬‭between‬‭the‬‭areas‬
‭area of cold storage.‬ ‭cm,‬ ‭17‬‭cm‬‭and‬‭25‬‭cm,‬‭respectively.‬‭Find‬ ‭ f‬ ‭two‬ ‭concentric‬ ‭circles‬ ‭is‬ ‭264‬ ‭𝑐 𝑚‬ ‭.‬
o
‭2‬

‭SSC CPO 10/11/2022 (Afternoon)‬ ‭the area of the triangle‬ ‭What‬ ‭is‬ ‭the‬ ‭difference‬ ‭between‬ ‭the‬
‭(a) 1290.6 m‬‭2‬ ‭(b) 1275.3 m‬‭2‬ ‭SSC CPO 11/11/2022 (Evening)‬ ‭‬‭22‬
‭(c) 1265.25 m‬ ‭2‬
‭(d) 1282.5 m‬‭2‬ ‭(a) 330√510 cm²‬ ‭(b) 230√510 cm²‬ ‭square of their radius ? (use‬π =‭ ‬ ‭)‬
‭7‬
‭(c) 30√510 cm²‬ ‭(d) 130√510 cm²‬ ‭SSC CGL Tier II (08/08/2022)‬
‭ .459.‬ ‭A‬ ‭cylinder‬ ‭of‬ ‭height‬ ‭8‬ ‭cm‬ ‭and‬
Q ‭2‬ ‭2‬
‭radius‬‭6‬‭cm‬‭is‬‭melted‬‭and‬‭converted‬‭into‬ ‭(a) 70‬‭𝑐 𝑚‬ ‭(b) 140‬‭𝑐 𝑚‬
‭SSC CGL 2021 Tier - 2‬ ‭2‬ ‭2‬
‭3‬ ‭cones‬ ‭of‬ ‭the‬ ‭same‬ ‭radius‬ ‭and‬ ‭height‬ ‭(c) 84‬‭𝑐 𝑚‬ ‭(d) 64‬‭𝑐 𝑚‬
‭that‬ ‭of‬ ‭cylinder.‬ ‭Determine‬ ‭the‬ ‭total‬
‭ .467.‬ ‭The‬ ‭sum‬ ‭of‬ ‭the‬ ‭curved‬ ‭surface‬
Q ‭Q.474.‬‭Volume‬‭of‬‭a‬‭cone‬‭whose‬‭radius‬‭of‬
‭curved surface area of cones.‬
‭area‬‭and‬‭the‬‭total‬‭surface‬‭area‬‭of‬‭a‬‭solid‬ ‭ ‬ ‭base‬ ‭and‬ ‭height‬ ‭are‬ ‭r‬ ‭and‬ ‭h‬
a
‭SSC CPO 10/11/2022 (Evening)‬ ‭2‬
‭2‬ ‭2‬ ‭ ylinder‬ ‭is‬ ‭2068‬ ‭𝑐 𝑚‬ ‭.‬ ‭If‬ ‭the‬‭radius‬‭of‬‭its‬
c ‭3‬
r‭ espectively,‬‭is‬‭400‬‭𝑐 𝑚‬ ‭.‬‭What‬‭will‬‭be‬‭the‬
‭(a) 180‬‭π‬‭𝑐 𝑚‬ ‭(b) 60‬‭π‬‭𝑐 𝑚‬
‭base‬‭is‬‭7‬‭cm,‬‭then‬‭what‬‭is‬‭the‬‭volume‬‭of‬ ‭volume‬ ‭of‬ ‭a‬ ‭cone‬ ‭whose‬‭radius‬‭of‬‭base‬
‭2‬ ‭2‬
‭(c) 144‬‭π‬‭𝑐 𝑚‬ ‭(d) 120‬‭π‬‭𝑐 𝑚‬ ‭22‬
‭this cylinder ? (use‬π = ‭)‬ ‭and‬ ‭height‬ ‭are‬ ‭2r‬ ‭cm‬ ‭and‬ ‭h‬ ‭cm‬
‭7‬
‭ .460.‬‭The‬ ‭heights‬ ‭of‬ ‭two‬ ‭right‬ ‭circular‬
Q ‭respectively ?‬
‭SSC CGL Tier II (08/08/2022)‬ ‭SSC CGL Tier II (08/08/2022)‬
‭cones‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬ ‭1‬ ‭:‬ ‭5‬ ‭and‬ ‭the‬ ‭3‬ ‭3‬
‭(a) 2060‬‭𝑐 𝑚‬ ‭(b) 2480‬‭𝑐 𝑚‬ ‭(a) 100‬ ‭𝑐 𝑚‬
‭3‬
‭(b) 1600‬‭𝑐 𝑚‬
‭3‬
‭perimeter‬‭of‬‭their‬‭bases‬‭are‬‭in‬‭the‬‭ratio‬‭5:‬
‭3‬ ‭3‬
‭3. Find the ratio of their volumes.‬ ‭(c) 3080‬‭𝑐 𝑚‬ ‭(d) 2760‬‭𝑐 𝑚‬ ‭(c) 1200‬‭𝑐 𝑚‬
‭3‬
‭(d) 800‬‭𝑐 𝑚‬
‭3‬

‭SSC CPO 10/11/2022 (Evening)‬


‭Q.468.‬ ‭The‬ ‭slant‬ ‭height‬ ‭of‬ ‭a‬ ‭cone‬‭is‬‭20‬
‭(a) 8 : 11 (b) 7 : 6 (c) 5 : 9 (d) 3 : 4‬
‭ m.‬ ‭If‬ ‭area‬ ‭of‬ ‭its‬ ‭base‬ ‭is‬ ‭616‬ ‭𝑐 𝑚‬ ‭,‬‭then‬
c
‭2‬ ‭SSC Selection Post (Phase - X)‬
‭Q.461.‬‭The area of the sector of a circle is‬ ‭what‬ ‭is‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭this‬
‭2‬
‭cone ?‬ ‭Q.475.‬‭A‬‭conical‬‭vessel‬‭has‬‭radius‬‭4‬‭cm‬
‭ 28‬ ‭𝑐 𝑚‬ ‭.‬ ‭If‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬‭arc‬‭of‬‭that‬
1
‭SSC CGL Tier II (08/08/2022)‬ ‭ nd‬ ‭its‬ ‭curved‬ ‭surface‬ ‭area‬ ‭is‬ ‭20‬π‭cm‬‭2‬‭.‬
a
‭sector‬ ‭is‬ ‭64‬ ‭cm,‬ ‭then‬ ‭find‬ ‭the‬ ‭radius‬ ‭of‬
‭2‬ ‭2‬ ‭The volume of conical vessel is:‬
‭the circle.‬ ‭(a) 960‬‭𝑐 𝑚‬ ‭(b) 440‬‭𝑐 𝑚‬
‭Graduate Level 02/08/2022 ( Shift - 3 )‬
‭SSC CPO 10/11/2022 (Evening)‬ ‭2‬ ‭2‬
‭(c) 1760‬‭𝑐 𝑚‬ ‭(d) 880‬‭𝑐 𝑚‬ ‭(a) 18‬π‭cm‬‭3‬ ‭(b) 12‬π‭cm‬‭3‬
‭(a) 4 cm (b) 8 cm (c) 2 cm (d) 16 cm‬ ‭3‬
‭(c) 26‬π‭cm‬ ‭(d) 16‬π‭cm‬‭3‬
‭ .469.‬ ‭The‬ ‭height‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬ ‭6‬‭cm‬
Q
‭ .462.‬ ‭A‬ ‭cone-shaped‬ ‭storage‬ ‭tank's‬
Q
‭more‬ ‭than‬ ‭the‬ ‭radius‬ ‭of‬ ‭its‬ ‭base.‬ ‭If‬ ‭its‬ ‭ .476.‬‭A student wants to know the area‬
Q
‭height‬ ‭and‬ ‭radius‬ ‭are‬ ‭9‬ ‭and‬ ‭7‬ ‭feet,‬
‭radius is 14 cm, then what will be volume‬ ‭of‬‭a‬‭rhombus,‬‭one‬‭of‬‭whose‬‭diagonals‬‭is‬
‭respectively.‬ ‭Determine‬‭how‬‭much‬‭liquid‬
‭22‬ ‭6‬ ‭cm.‬ ‭He‬‭measures‬‭another‬‭diagonal‬‭as‬
‭the tank can contain. (Take π = 3.14)‬ ‭of this cylinder ? (use‬π = ‭)‬
‭7‬ ‭8 cm. What is the area of the rhombus?‬
‭SSC CPO 11/11/2022 (Morning)‬ ‭SSC CGL Tier II (08/08/2022)‬ ‭Graduate Level 05/08/2022 ( Shift - 3)‬
‭(a) 471 cubic feet‬ ‭3‬ ‭3‬
‭(a) 13560‬‭𝑐 𝑚‬ ‭(b) 14340‬‭𝑐 𝑚‬ ‭(a) 25‬‭𝑐 𝑚‬
‭2‬ ‭2‬
‭(b) 20‬‭𝑐 𝑚‬
‭(b) 450 cubic feet‬
‭3‬ ‭3‬
‭(c) 435.32 cubic feet‬ ‭(c) 10440‬‭𝑐 𝑚‬ ‭(d) 12320‬‭𝑐 𝑚‬ ‭(c) 24‬‭𝑐 𝑚‬
‭2‬ ‭2‬
‭(d) 48‬‭𝑐 𝑚‬
‭(d) 461.58 cubic feet‬
‭ .470.‬ ‭Radius‬ ‭of‬ ‭a‬ ‭large‬‭solid‬‭sphere‬‭is‬
Q ‭Q.477.‬ ‭The‬‭volumes‬‭of‬‭two‬‭cubes‬‭are‬‭in‬
‭ .463.‬ ‭A‬ ‭hall‬ ‭of‬ ‭10‬‭m‬‭length,‬‭5‬‭m‬‭width‬
Q ‭14‬‭cm.‬‭It‬‭is‬‭melted‬‭to‬‭form‬‭8‬‭equal‬‭solid‬ t‭ he‬ ‭ratio‬ ‭of‬ ‭8‬ ‭:‬ ‭27.‬ ‭If‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬
‭and‬‭6‬‭m‬‭height‬‭is‬‭to‬‭be‬‭painted‬‭(one‬‭side‬ ‭spheres.‬‭What‬‭is‬‭the‬‭sum‬‭of‬‭total‬‭surface‬ ‭3‬
‭larger‬ ‭cube‬ ‭is‬‭513‬ ‭𝑐 𝑚‬ ‭more‬‭than‬‭that‬‭of‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
t‭ he‬‭smaller‬‭cube,‬‭find‬‭the‬‭length‬‭of‬‭each‬ ‭(a) 21 cm (b) 15 cm (c) 11 cm (d) 18 cm‬ ‭2‬ ‭2‬
‭(a) 25‬ ‭3‬‭𝑐𝑚‬ ‭(b) 30‬ ‭3‬‭𝑐𝑚‬
‭side of the smaller cube.‬ ‭2‬ ‭2‬
‭Higher Secondary 01/08/2022 ( Shift - 3 )‬ ‭ .485.‬‭Find‬‭the‬‭area‬‭of‬‭a‬‭trapezium‬‭whose‬
Q ‭(c) 36‬ ‭3‬ ‭𝑐𝑚‬ ‭(d) 42‬ ‭3‬ ‭𝑐𝑚‬
‭(a) 27 cm (b) 7 cm (c) 6 cm (d) 16 cm‬ ‭parallel‬ ‭sides‬ ‭are‬ ‭of‬ ‭length‬‭15‬‭cm‬‭and‬‭20‬
‭cm,‬ ‭respectively,‬ ‭and‬ ‭whose‬ ‭distance‬ ‭Q.492.‬‭A‬‭solid‬‭sphere‬‭whose‬‭radius‬‭is‬‭21‬
‭ .478.‬ ‭A‬ ‭chord‬ ‭of‬ ‭a‬ ‭circle‬‭of‬‭radius‬‭21‬
Q ‭between the parallel sides is 12 cm.‬ ‭ m‬ ‭is‬ ‭melted‬ ‭and‬ ‭recast‬ ‭into‬ ‭a‬ ‭regular‬
c
‭cm‬ ‭makes‬ ‭a‬ ‭right‬ ‭angle‬ ‭at‬ ‭the‬ ‭center.‬ ‭SSC MTS 06/07/2022 (Evening)‬ ‭pyramid‬ ‭of‬ ‭square‬ ‭base.‬ ‭If‬‭the‬‭height‬‭of‬
‭Find the area of major segment.‬ ‭2‬ ‭2‬ ‭the‬ ‭pyramid‬ ‭is‬ ‭66‬ ‭cm,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬
‭(a) 280‬ ‭𝑐𝑚‬ ‭(b) 210‬ ‭𝑐𝑚‬
‭22‬ ‭length‬ ‭of‬ ‭each‬ ‭side‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭the‬
‭(take π =‬ ‭) closest to nearest integer.‬ ‭(c) 360‬ ‭𝑐𝑚‬
‭2‬
‭(d) 120‬ ‭𝑐𝑚‬
‭2‬
‭22‬
‭7‬
‭pyramid ? [use‬π ‭=‬ ‭]‬‭.‬
‭Higher Secondary 03/08/2022 ( Shift - 4 )‬ ‭7‬
‭3‬
‭2‬ ‭2‬ ‭ .486.‬ ‭A‬ ‭goldsmith‬ ‭uses‬ ‭110‬ ‭𝑐𝑚‬ ‭of‬
Q ‭ SC MTS 08/07/2022 (Evening)‬
S
‭(a) 1360‬‭𝑐 𝑚‬ ‭(b) 1436‬‭𝑐 𝑚‬
‭2‬ ‭2‬ ‭gold‬ ‭to‬ ‭make‬ ‭a‬ ‭wire‬ ‭1‬ ‭mm‬ ‭in‬ ‭diameter.‬ ‭(a) 68 cm (b) 85 cm (c) 42 cm (d) 48 cm‬
‭(c) 1260‬‭𝑐 𝑚‬ ‭(d) 1160‬‭𝑐 𝑚‬ ‭He‬‭will‬‭use‬‭this‬‭wire‬‭to‬‭make‬‭gold‬‭chains‬
‭Q.493.‬‭the‬‭total‬‭surface‬‭area‬‭of‬‭a‬‭closed‬
‭of‬ ‭equal‬ ‭lengths.‬ ‭If‬ ‭each‬ ‭chain‬ ‭requires‬
‭SSC MTS 2021 Tier - 1‬ ‭56‬ ‭cm‬ ‭length‬ ‭of‬ ‭wire,‬ ‭then‬ ‭how‬ ‭many‬
‭2‬
‭ ube‬ ‭is‬‭128‬ ‭𝑐𝑚‬ ‭more‬‭than‬‭the‬‭area‬‭of‬‭a‬
c
‭22‬ ‭square.‬ ‭If‬ ‭the‬ ‭length‬ ‭of‬‭each‬‭side‬‭of‬‭the‬
‭ .479.‬ ‭A‬ ‭goat‬‭is‬‭tied‬‭with‬‭a‬‭10.5‬‭m-long‬
Q ‭gold chains can he make? [use‬π ‭=‬ ‭]‬
‭7‬ ‭cube‬ ‭is‬ ‭8‬ ‭cm,‬‭then‬‭what‬‭is‬‭the‬‭length‬‭of‬
‭rope‬ ‭to‬ ‭one‬ ‭corner‬ ‭of‬ ‭a‬ ‭plot‬ ‭which‬‭is‬‭in‬ ‭ SC MTS 07/07/2022 (Morning)‬
S ‭each side of the square?‬
‭the‬ ‭shape‬‭of‬‭an‬‭equilateral‬‭triangle‬‭each‬ ‭(a) 320‬ ‭(b) 250‬ ‭(c) 160‬ ‭(d) 210‬ ‭SSC MTS 11/07/2022 (Morning)‬
‭side‬‭of‬‭which‬‭is‬‭16‬‭m‬‭long.‬‭Find‬‭the‬‭area‬ ‭(a) 16 cm (b) 12 cm (c) 18 cm (d) 9 cm‬
‭Q.487.‬ ‭The‬ ‭measures‬ ‭of‬ ‭the‬ ‭outer‬
‭that the goat can graze on.‬
‭ imensions‬ ‭of‬ ‭a‬ ‭closed‬ ‭metal‬ ‭box‬ ‭are‬
d ‭ .494.‬ ‭In‬ ‭a‬ ‭camp,‬ ‭there‬‭are‬‭tents‬‭of‬‭the‬
Q
‭SSC MTS 05/07/2022 (Morning)‬
‭given‬ ‭as‬ ‭15‬ ‭cm‬ × ‭18‬ ‭cm‬ × ‭8‬ ‭cm.‬ ‭The‬ ‭same‬ ‭shape‬ ‭and‬ ‭size.‬ ‭Each‬ ‭tent‬ ‭is‬
‭(a) 62.25‬‭m‭2‬ ‬ ‭(b) 53.5‬‭m‭‬2‬
‭thickness‬ ‭of‬ ‭the‬ ‭metal‬ ‭is‬ ‭1.5‬ ‭cm.‬ ‭What‬ ‭cylindrical‬ ‭up‬ ‭to‬ ‭a‬ ‭height‬ ‭of‬ ‭4‬ ‭m‬ ‭and‬
‭(c) 57.75‬‭m‭2‬ ‬ ‭(d) 51.75‬‭m‭2‬ ‬
‭will‬ ‭be‬ ‭the‬ ‭volume‬‭of‬‭the‬‭metal‬‭required‬ ‭conical‬ ‭above‬ ‭it.‬ ‭The‬ ‭diameters‬ ‭of‬ ‭the‬
‭ .480.‬‭If‬‭the‬‭height‬‭and‬‭the‬‭radius‬‭of‬‭the‬
Q ‭to make the box ?‬ ‭bases‬ ‭of‬ ‭the‬ ‭cylinder‬ ‭and‬ ‭the‬ ‭cone‬ ‭are‬
‭base‬ ‭of‬ ‭a‬ ‭cone‬ ‭are‬ ‭both‬ ‭doubled,‬ ‭the‬ ‭SSC MTS 07/07/2022 (Evening)‬ ‭both‬ ‭10.5‬ ‭m‬ ‭and‬ ‭the‬ ‭slant‬ ‭height‬‭of‬‭the‬
‭3‬ ‭3‬
‭volume‬‭of‬‭the‬‭cone‬‭becomes‬‭______‬‭of‬‭its‬ ‭(a) 1680‬‭𝑐𝑚‬ ‭(b) 950‬‭𝑐𝑚‬ ‭conical‬‭part‬‭is‬‭10‬‭m.‬‭If‬‭a‬‭total‬‭of‬‭3861‬‭m‬‭2‬
‭previous volume.‬ ‭3‬ ‭3‬ ‭canvas‬ ‭is‬ ‭used‬ ‭in‬ ‭making‬ ‭all‬ ‭the‬ ‭tents,‬
‭(c) 1440‬‭𝑐𝑚‬ ‭(d) 1260‬‭𝑐𝑚‬
‭SSC MTS 05/07/2022 (Morning)‬ ‭then how many tents are there in the‬
‭(a) 4 times‬ ‭(b) 3 times‬ ‭ .488.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬ ‭side‬ ‭of‬ ‭an‬
Q ‭22‬
‭camp ? [use‬π ‭=‬ ‭]‬
‭(c) 6 times‬ ‭(d) 8 times‬ ‭7‬
‭equilateral‬ ‭triangle‬ ‭is‬ ‭120‬ ‭cm‬ ‭less‬ ‭than‬
‭its‬ ‭perimeter.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭ SC MTS 11/07/2022 (Evening)‬
S
‭ .481.‬ ‭A‬‭smaller‬‭circle‬‭touches‬‭a‬‭bigger‬
Q ‭(a) 11‬ ‭(b) 7‬ ‭(c) 19‬ ‭(d) 13‬
‭equilateral triangle?‬
‭circle‬ ‭internally‬‭and‬‭also‬‭passes‬‭through‬
‭SSC MTS 07/07/2022 (Evening)‬ ‭Q.495.‬‭A‬‭rectangular‬‭LCD‬‭has‬‭an‬‭area‬‭of‬
‭the‬ ‭centre‬ ‭‘O’‬ ‭of‬ ‭the‬ ‭bigger‬ ‭circle.‬ ‭If‬‭the‬
‭2‬ ‭2‬
‭2‬ ‭(a) 1800‬ ‭3‬‭𝑐𝑚‬ ‭(b) 900‬ ‭3‬‭𝑐𝑚‬ ‭2‬
‭ 80‬ ‭𝑐𝑚‬ ‭and‬‭a‬‭perimeter‬‭of‬‭92‬‭cm.‬‭If‬‭the‬
4
‭area‬‭of‬‭the‬‭smaller‬‭circle‬‭is‬‭192‬‭𝑐𝑚‬ ‭,‬‭the‬
‭2‬ ‭2‬
‭2‬ ‭(c) 450‬ ‭3‬‭𝑐𝑚‬ ‭(d) 1200‬ ‭3‬ ‭𝑐𝑚‬ ‭size‬ ‭of‬ ‭the‬ ‭LCD‬ ‭is‬ ‭defined‬ ‭in‬ ‭term‬ ‭of‬
‭ rea of the bigger circle (in‬‭𝑐𝑚‬ ‭) is :‬
a
‭length‬ ‭of‬ ‭the‬ ‭diagonal,‬ ‭then‬ ‭what‬ ‭is‬ ‭the‬
‭SSC MTS 05/07/2022 (Evening)‬ ‭Q.489.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭is‬ ‭3300‬ ‭size of the LCD?‬
‭(a) 768‬ ‭(b) 384‬ ‭(c) 1024‬ ‭(d) 720‬ ‭3‬
‭𝑐𝑚‬ ‭.‬ ‭The‬ ‭sum‬ ‭of‬ ‭the‬ ‭length‬ ‭and‬ ‭the‬ ‭SSC MTS 12/07/2022 (Evening)‬
‭ .482.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭square‬ ‭is‬
Q ‭breadth‬ ‭of‬ ‭the‬ ‭cuboid‬ ‭is‬ ‭37‬ ‭cm.‬ ‭If‬ ‭the‬ ‭(a) 34 cm (b) 39 cm (c) 31 cm (d) 35 cm‬
‭equal‬‭to‬‭the‬‭perimeter‬‭of‬‭a‬‭rectangle,‬‭and‬ ‭ ifference‬ ‭between‬ ‭the‬ ‭length‬ ‭and‬ ‭the‬
d
‭ .496.‬‭If‬‭the‬‭circumference‬‭of‬‭a‬‭circle‬‭is‬
Q
‭the‬‭latter‬‭has‬‭a‬‭width‬‭of‬‭12‬‭cm.‬‭The‬‭area‬ ‭breadth‬‭of‬‭the‬‭cuboid‬‭is‬‭13‬‭cm,‬‭then‬‭what‬
‭equal‬ ‭to‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭square‬ ‭and‬
‭2‬
‭ f‬‭the‬‭square‬‭is‬‭400‬‭𝑐 𝑚‬ ‭.‬‭Find‬‭the‬‭area‬‭of‬
o ‭is the height of the cuboid?‬
‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭given‬‭circle‬‭is‬‭positive,‬
‭the rectangle.‬ ‭SSC MTS 08/07/2022 (Morning)‬
‭then‬ ‭which‬ ‭of‬ ‭the‬ ‭following‬ ‭options‬ ‭is‬
‭SSC MTS 06/07/2022 (Morning)‬ ‭(a) 18 cm (b) 11 cm (c) 14 cm (d) 16 cm‬
‭correct ?‬
‭2‬ ‭2‬
‭(a) 412‬‭𝑐𝑚‬ ‭(b) 394‬‭𝑐𝑚‬ ‭Q.490.‬ ‭The‬ ‭length‬ ‭and‬ ‭the‬ ‭breadth‬ ‭of‬ ‭a‬ ‭SSC MTS 12/07/2022 (Evening)‬
‭2‬ ‭2‬ r‭ ectangular‬‭cardboard‬‭are‬‭40‬‭cm‬‭and‬‭35‬ ‭(a) Area of the circle > Area of the square‬
‭(c) 324‬‭𝑐𝑚‬ ‭(d) 336‬‭𝑐𝑚‬
‭cm,‬ ‭respectively.‬ ‭If‬ ‭the‬ ‭biggest‬ ‭possible‬ ‭(b) Area of the circle‬≥ ‭Area of the‬
‭Q.483.‬ ‭If‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭square‬ ‭is‬ ‭cut‬ ‭out‬ ‭from‬ ‭this‬ ‭cardboard,‬ ‭square‬
‭ phere‬‭of‬‭radius‬‭r‬‭cm‬‭is‬‭equal‬‭to‬‭the‬‭total‬
s ‭what‬‭is‬‭the‬‭area‬‭of‬‭the‬‭remaining‬‭part‬‭of‬ ‭(c) Area of the circle < Area of the square‬
‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭cube‬ ‭of‬ ‭side‬ ‭s‬ ‭cm,‬ ‭the cardboard ?‬ ‭(d) Area of the circle = Area of the square‬
‭which of the following is true ?‬ ‭SSC MTS 08/07/2022 (Afternoon)‬
‭2‬ ‭2‬
‭Q.497.‬ ‭If‬ ‭the‬ ‭length‬ ‭of‬ ‭one‬ ‭side‬ ‭of‬ ‭a‬
‭SSC MTS 06/07/2022 (Morning)‬ ‭(a) 175‬‭𝑐𝑚‬ ‭(b) 275‬‭𝑐𝑚‬ r‭ ectangle‬ ‭is‬ ‭twice‬ ‭that‬‭of‬‭the‬‭other‬‭side,‬
‭(a) r > s‬ ‭(b) r‬≥ ‭s (c) r = s (d) r < s‬ ‭2‬ ‭2‬
‭(c) 425‬‭𝑐𝑚‬ ‭(d) 325‬‭𝑐𝑚‬ ‭and‬ ‭its‬ ‭perimeter‬ ‭is‬‭54‬‭cm,‬‭then‬‭what‬‭is‬
‭ .484.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭wall‬ ‭whose‬
Q ‭the‬ ‭length‬ ‭of‬ ‭the‬ ‭longer‬ ‭side‬ ‭of‬ ‭this‬
‭height‬‭is‬‭six‬‭times‬‭its‬‭breadth‬‭and‬‭length‬ ‭Q.491.‬‭The‬‭diagonal‬‭of‬‭a‬‭rectangle‬‭is‬‭12‬ ‭rectangle ?‬
‭3‬ ‭ m‬‭long‬‭and‬‭it‬‭is‬‭twice‬‭as‬‭long‬‭as‬‭one‬‭of‬
c ‭SSC MTS 13/07/2022 (Evening)‬
i‭s‬ ‭half‬ ‭its‬ ‭height,‬ ‭is‬ ‭23958‬ ‭𝑐𝑚‬ ‭.‬‭What‬‭is‬ ‭the‬ ‭sides‬ ‭of‬ ‭the‬ ‭rectangle.‬ ‭Find‬ ‭area‬ ‭of‬ ‭(a) 14 cm (b) 9 cm (c) 27 cm (d) 18 cm‬
‭the breadth of the wall ?‬ ‭the rectangle ?‬
‭SSC MTS 06/07/2022 (Afternoon)‬ ‭SSC MTS 08/07/2022 (Evening)‬ ‭Q.498.‬‭A person uses a rectangular‬

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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭metallic‬ ‭sheet‬ ‭of‬ ‭45‬ ‭m‬ × ‭30‬ ‭m‬ ‭for‬ ‭Q.506.‬ ‭The‬ ‭height‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬ ‭3‬‭cm‬ ‭Q.513.‬ ‭The‬ ‭ratio‬ ‭of‬ ‭the‬ ‭length‬ ‭to‬ ‭the‬
‭ aking‬ ‭an‬ ‭open‬ ‭box.‬ ‭From‬ ‭each‬ ‭corner‬
m ‭ ore‬ ‭than‬ ‭the‬ ‭radius‬ ‭of‬ ‭its‬ ‭base.‬ ‭If‬ ‭the‬
m ‭ idth‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬ ‭3:2.‬‭If‬‭the‬‭length‬
w
‭of‬ ‭the‬ ‭sheet‬ ‭he‬ ‭cut‬ ‭offs‬‭a‬‭square.‬‭If‬‭the‬ ‭height‬‭is‬‭10‬‭cm,‬‭then‬‭what‬‭is‬‭the‬‭volume‬ ‭of‬‭this‬‭rectangle‬‭is‬‭increased‬‭by‬‭25%‬‭and‬
‭length‬‭of‬‭one‬‭side‬‭of‬‭each‬‭of‬‭the‬‭squares‬ ‭22‬ ‭its‬ ‭width‬ ‭is‬ ‭kept‬ ‭constant,‬‭then‬‭the‬‭area‬
‭of this cylinder ? [use‬π ‭=‬ ‭]‬
‭is‬ ‭10‬‭m,‬‭then‬‭what‬‭will‬‭be‬‭the‬‭volume‬‭of‬ ‭7‬
‭ f‬ ‭the‬ ‭rectangle‬ ‭increases‬ ‭by‬ ‭24‬ ‭𝑚‬ ‭.‬
o
‭2‬

‭the box (in m‬‭3‬‭) ?‬ ‭SSC MTS 20/07/2022 (Morning)‬


‭What is the width of this rectangle?‬
‭SSC MTS 13/07/2022 (Evening)‬ ‭(a) 1540‬‭𝑐𝑚‬
‭3‬
‭(b) 1860‬‭𝑐𝑚‬
‭3‬
‭SSC MTS 22/07/2022 (Morning)‬
‭(a) 5000‬ ‭(b) 4500 (c) 7000 (d) 2500‬
‭(c) 2160‬‭𝑐𝑚‬
‭3‬
‭(d) 1240‬‭𝑐𝑚‬
‭3‬ ‭(a) 12 m‬ ‭(b) 10 m (c) 8 m (d) 15 m‬
‭ .499.‬‭The‬‭total‬‭surface‬‭area‬‭of‬‭a‬‭closed‬
Q
‭ .507.‬ ‭What‬ ‭is‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭circular‬
Q ‭Q.514.‬ ‭If‬ ‭the‬ ‭ratio‬ ‭of‬ ‭an‬ ‭external‬ ‭angle‬
‭hemisphere‬ ‭is‬ ‭16632‬ ‭cm‬‭2‬‭.‬ ‭What‬ ‭is‬ ‭the‬
‭field‬ ‭whose‬ ‭area‬ ‭is‬ ‭equal‬ ‭to‬ ‭the‬‭sum‬‭of‬ ‭ nd‬‭an‬‭internal‬‭angle‬‭of‬‭a‬‭regular‬‭polygon‬
a
‭sum‬ ‭of‬ ‭the‬ ‭radius‬ ‭and‬ ‭the‬ ‭diameter‬ ‭of‬
‭the‬‭area‬‭of‬‭three‬‭smaller‬‭circular‬‭fields‬‭of‬ ‭is‬‭1‬‭:‬‭5,‬‭then‬‭what‬‭is‬‭the‬‭number‬‭of‬‭sides‬
‭22‬
‭this hemisphere? [use‬π ‭=‬ ‭]‬ ‭radii 8 m, 9m and 12m respectively?‬ ‭in the polygon ?‬
‭7‬
‭SSC MTS 20/07/2022 (Morning)‬ ‭SSC MTS 22/07/2022 (Afternoon)‬
‭ SC MTS 14/07/2022 (Afternoon)‬
S
‭(a) 20 m‬ ‭(b) 21 m (c) 29 m (d) 17 m‬ ‭(a) 24‬ ‭(b) 22‬ ‭(c) 12‬ ‭(d) 30‬
‭(a) 172 cm‬ ‭(b) 168 cm‬
‭(c) 126 cm‬ ‭(d) 154 cm‬ ‭Q.508.‬‭A‬‭toy‬‭is‬‭formed‬‭by‬‭placing‬‭a‬‭solid‬ ‭ .515.‬ ‭The‬ ‭length,‬ ‭the‬ ‭breadth,‬ ‭and‬ ‭the‬
Q
‭ ircular‬ ‭cone‬ ‭on‬‭a‬‭solid‬‭hemisphere‬‭and‬
c ‭height‬‭of‬‭a‬‭cuboidal‬‭room‬‭are‬‭given‬‭as‬‭80‬
‭ .500.‬ ‭The‬ ‭length‬ ‭of‬ ‭the‬ ‭longest‬
Q
‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭common‬ ‭base‬ ‭of‬ ‭the‬ ‭m,‬ ‭70‬ ‭m,‬ ‭and‬ ‭80‬ ‭m,‬ ‭respectively.‬ ‭What‬
‭diagonal‬ ‭that‬ ‭can‬ ‭be‬ ‭placed‬ ‭in‬‭a‬‭closed‬
‭cone‬‭and‬‭the‬‭hemisphere‬‭is‬‭15‬‭cm,‬‭If‬‭the‬ ‭will‬‭be‬‭the‬‭total‬‭cost‬‭of‬‭painting‬‭the‬‭four‬
‭ ube‬ ‭is‬ ‭50‬ ‭3‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬
c ‭3‬ ‭walls‬‭of‬‭this‬‭room,‬‭at‬‭the‬‭rate‬‭of‬‭50‬‭paise‬
v‭ olume of the toy is 2850‬π‭𝑐 𝑚‬ ‭, then find‬
‭surface area of this cube ?‬ ‭per square meter ?‬
‭the total surface area of that toy.‬
‭SSC MTS 14/07/2022 (Evening)‬ ‭SSC MTS 25/07/2022 (Morning)‬
‭SSC MTS 20/07/2022 (Morning)‬
‭(a) 15000‬‭cm‬‭2‬ ‭(b) 10000‬‭cm‬‭2‬ ‭(a) Rs 1,20,000‬ ‭(b) Rs 28000‬
‭2‬ ‭2‬
‭(c) 12000‬‭cm‬‭2‬ ‭(d) 6000‬‭cm‬‭2‬ ‭(a) 815‬π ‭𝑐𝑚‬ ‭(b) 755‬π ‭𝑐𝑚‬ ‭(c) Rs 48000‬ ‭(d) Rs 12000‬
‭2‬ ‭2‬
‭(c) 705‬π ‭𝑐𝑚‬ ‭(d) 685‬π ‭𝑐𝑚‬
‭ .501.‬‭The‬‭larger‬‭diagonal‬‭of‬‭a‬‭rhombus‬
Q ‭2‬
‭Q.516.‬‭The area of a square is 1296‬ ‭𝑐𝑚‬
‭is‬ ‭150%‬ ‭of‬ ‭its‬ ‭smaller‬ ‭diagonal,‬ ‭and‬ ‭its‬ ‭ .509.‬ ‭A‬ ‭large‬ ‭solid‬ ‭cube‬‭is‬‭melted‬‭and‬
Q ‭‬
7
‭area‬‭is‬‭432‬‭cm‬‭2‬‭.‬‭Find‬‭the‬‭length‬‭(‬‭in‬‭cm‬‭)‬ ‭cast‬‭into‬‭‘N’‬‭small‬‭solid‬‭spheres,‬‭each‬‭of‬ ‭and‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭circle‬ ‭is‬ ‭of‬ ‭the‬
‭6‬
‭of the side of the rhombus ?‬ ‭radius‬ ‭3‬ ‭cm‬ ‭,‬ ‭and‬ ‭‘N+2’‬ ‭small‬ ‭solid‬ ‭length‬ ‭of‬ ‭a‬ ‭side‬ ‭of‬ ‭the‬ ‭square.‬ ‭What‬ ‭is‬
‭SSC MTS 14/07/2022 (Evening)‬ ‭cuboids,‬ ‭Each‬ ‭of‬ ‭dimensions‬ ‭4‬ ‭cm‬ × t‭ he‬ ‭ratio‬ ‭of‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭the‬ ‭square‬
‭(a) 8‬ ‭13‬ ‭(b) 4‬ ‭13‬ ‭(c) 6‬ ‭13‬ ‭(d) 2‬ ‭13‬ ‭4cm‬ × ‭6.5cm.‬‭If‬‭the‬‭length‬‭of‬‭each‬‭side‬ ‭and the circumference of the circle ?‬
‭of‬‭the‬‭large‬‭solid‬‭cube‬‭is‬‭12‬‭cm,‬‭then‬‭find‬ ‭22‬
‭ .502.‬ ‭The‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q ‭(use‬π ‭=‬ ‭)‬
‭22‬ ‭7‬
‭2464‬ ‭cm‬‭2‭.‬ ‬‭Find‬‭the‬‭radius‬‭of‬‭the‬‭sphere.‬ ‭the value of ‘N’ [use‬π ‭=‬ ‭]‬
‭7‬ ‭ SC MTS 25/07/2022 (Morning)‬
S
‭22‬ ‭ SC MTS 20/07/2022 (Afternoon)‬
S
‭[use‬π ‭=‬ ‭]‬ ‭(a) 13:11‬ ‭(b) 8:11 (c) 6:11 (d) 3:7‬
‭7‬
‭(a) 8‬ ‭(b) 5‬ ‭(c) 7‬ ‭(d) 6‬
‭ SC MTS 15/07/2022 (Afternoon)‬
S ‭Q.517.‬ ‭The‬‭length,‬‭the‬‭breadths,‬‭and‬‭the‬
‭(a) 14 cm (b) 28 cm (c) 42 cm (d) 40 cm‬ ‭ .510.‬ ‭The‬ ‭height‬ ‭of‬ ‭a‬ ‭trapezium‬ ‭is‬ ‭68‬
Q v‭ olumes‬‭of‬‭two‬‭cuboids‬‭are‬‭in‬‭the‬‭ratios‬
‭cm‬‭and‬‭the‬‭sum‬‭of‬‭its‬‭parallel‬‭sides‬‭is‬‭75‬ ‭of‬‭4‬‭:‬‭5,‬‭3‬‭:‬‭4‬‭and‬‭2‬‭:‬‭3‬‭respectively.‬‭What‬
‭Q.503.‬ ‭The‬ ‭length‬ ‭of‬ ‭each‬ ‭side‬ ‭of‬ ‭a‬ ‭6‬
‭cm.‬ ‭If‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭trapezium‬ ‭is‬ ‭is the ratio of their heights ?‬
r‭ hombus‬‭is‬‭10‬‭cm.‬‭If‬‭the‬‭length‬‭of‬‭one‬‭of‬ ‭17‬ ‭SSC MTS 25/07/2022 (Afternoon)‬
‭its‬ ‭diagonals‬ ‭is‬ ‭16‬ ‭cm,then‬ ‭what‬ ‭is‬ ‭the‬ t‭ imes‬ ‭of‬ ‭the‬ ‭area‬ ‭of‬ ‭a‬ ‭square,‬ ‭then‬ ‭the‬ ‭(a) 3 : 5 (b) 10 : 9 (c) 8 : 15 (d) 2 : 3‬
‭area of the rhombus?‬ ‭length of the diagonal of the square is:‬
‭SSC MTS 15/07/2022 (Evening)‬ ‭Q.518.‬‭The‬‭breadth‬‭of‬‭a‬‭rectangle‬‭is‬‭4/5‬
(‭ take‬ ‭2‬‭= 1.41)‬
‭(a) 108‬‭cm‬‭2‬ ‭(b) 112‬‭cm‬‭2‬ ‭ f‬‭the‬‭radius‬‭of‬‭a‬‭circle.‬‭The‬‭radius‬‭of‬‭the‬
o
‭SSC MTS 21/07/2022 (Morning)‬
‭(c) 128‬‭cm‬‭2‬ ‭(d) 96‬‭cm‬‭2‬ ‭(a) 127.39 cm‬ ‭(b) 183.49 cm‬ ‭circle‬ ‭is‬ ‭1/5‬ ‭of‬ ‭the‬ ‭side‬ ‭of‬ ‭a‬ ‭square,‬
‭2‬
‭(c) 119.85 cm‬ ‭(d) 102.39 cm‬ ‭ hose‬ ‭area‬ ‭is‬ ‭625‬ ‭cm‬ ‭.‬ ‭What‬ ‭is‬ ‭the‬
w
‭Q.504.‬ ‭Two‬ ‭cubes,‬ ‭each‬ ‭having‬ ‭a‬ ‭total‬
‭2‬
‭area‬ ‭of‬ ‭the‬ ‭rectangle‬ ‭if‬ ‭the‬ ‭length‬ ‭of‬
‭ urface‬ ‭area‬ ‭of‬ ‭150‬‭𝑐 𝑚‬ ‭,are‬ ‭joined‬
s ‭Q.511.‬ ‭The‬‭length‬‭of‬‭a‬‭cuboidal‬‭room‬‭is‬ ‭rectangle is 20 cm ?‬
t‭ ogether‬ ‭to‬‭form‬‭a‬‭cuboid.‬‭Find‬‭the‬‭total‬ ‭ 6‬‭m,‬‭its‬‭breadth‬‭is‬‭34‬‭m‬‭and‬‭its‬‭height‬‭is‬
5 ‭SSC MTS 25/07/2022 (Afternoon)‬
‭surface area of the resulting cuboid.‬ ‭8‬‭m.‬‭Find‬‭the‬‭length‬‭of‬‭the‬‭longest‬‭ladder‬ ‭2‬ ‭2‬
‭SSC MTS 18/07/2022 (Afternoon)‬ ‭that can be placed in the room.‬ ‭(a) 150‬‭𝑐𝑚‬ ‭(b) 60‬‭𝑐𝑚‬
‭2‬ ‭2‬
‭(a) 225‬ ‭(b) 250‬ ‭(c) 275‬ ‭(d) 300‬ ‭SSC MTS 21/07/2022 (Afternoon)‬ ‭(c) 100‬‭𝑐𝑚‬ ‭(d) 80‬‭𝑐𝑚‬
‭(a) 66 m‬ ‭(b) 58 m (c) 42 m (d) 33 m‬
‭ .505.‬ ‭The‬ ‭circumference‬ ‭of‬ ‭a‬ ‭circle‬ ‭is‬
Q ‭‬
7
‭Q.519.‬ ‭The‬ ‭diameter‬ ‭of‬ ‭a‬ ‭circle‬ ‭is‬
‭equal‬ ‭to‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭an‬ ‭equilateral‬ ‭ .512.‬ ‭Find‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q ‭4‬
‭triangle.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭circle‬ ‭is‬ ‭84‬ ‭closed‬ ‭hemisphere‬ ‭whose‬ ‭diameter‬‭is‬‭7‬ ‭times‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬ ‭triangle,‬ ‭and‬‭the‬
‭cm,‬ ‭then‬‭what‬‭will‬‭be‬‭the‬‭length‬‭of‬‭each‬ ‭22‬ ‭ eight‬‭of‬‭the‬‭triangle‬‭is‬‭14‬‭cm.‬‭If‬‭the‬‭area‬
h
‭cm. [Use‬π =
‭‬ ‭]‬
‭side of the equilateral triangle ?‬ ‭7‬ ‭2‬
‭ f the triangle is 56‬‭𝑐𝑚‬ ‭, then what is the‬
o
‭22‬ ‭SSC MTS 21/07/2022 (Evening)‬
‭[use‬π ‭=‬ ‭]‬ ‭2‬ ‭2‬
‭circumference‬‭(in‬‭m)‬‭of‬‭the‬‭circle‬‭-‬‭(use‬π
‭7‬
‭(a) 77‬‭𝑐𝑚‬ ‭(b) 154‬‭𝑐𝑚‬ ‭22‬
‭ SC MTS 19/07/2022 (Afternoon)‬
S ‭2‬ ‭2‬ ‭=‬ ‭)‬
‭7‬
‭(a) 192 cm‬ ‭(b) 176 cm‬ ‭(c) 110‬‭𝑐𝑚‬ ‭(d) 115.5‬‭𝑐𝑚‬
‭SSC MTS 26/07/2022 (Morning)‬
‭(c) 172 cm‬ ‭(d) 184 cm‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬ 138
‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
(‭ a) 0.44 m‬ (‭ b) 2.46 m‬ ‭ .527.‬‭What‬‭is‬‭the‬‭volume‬‭of‬‭the‬‭largest‬
Q ‭(a) 144‬ ‭(b) 354 (c) 188 (d) 111‬
‭(c) 0.48 m‬ ‭(d) 1.74 m‬ ‭right‬ ‭circular‬ ‭cone‬ ‭that‬ ‭can‬ ‭be‬ ‭cut‬ ‭out‬
‭from a cube whose edge is 10 cm ?‬ ‭ .535.‬ ‭A‬ ‭cone-shaped‬ ‭temple‬ ‭top‬ ‭has‬
Q
‭ .520.‬ ‭A‬ ‭square‬ ‭of‬ ‭side‬ ‭𝑝‬ ‭is‬ ‭taken.‬ ‭A‬
Q ‭SSC CHSL 26/05/2022 (Morning)‬ ‭slant‬‭height‬‭of‬‭10‬‭m‬‭and‬‭radius‬‭of‬‭base‬‭is‬
‭rectangle‬ ‭is‬ ‭cut‬ ‭out‬ ‭from‬ ‭this‬ ‭square‬ ‭250‬π ‭ 51‬π
3 ‭ 45‬π
1 ‭ 50‬π
1 ‭11 m. Find the total cost for painting its‬
‭such‬ ‭that‬ ‭the‬ ‭length‬ ‭of‬ ‭one‬ ‭side‬ ‭of‬ ‭the‬ ‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬ ‭2‬
‭3‬ ‭‬
3 ‭‬
3 ‭‬
3 ‭ urved surface area at the rate of ₹7/‬‭𝑚‬ ‭.‬
c
‭rectangle‬‭is‬‭equal‬‭to‬‭half‬‭of‬‭the‬‭length‬‭of‬ ‭SSC CHSL 31/05/2022 (Afternoon)‬
‭one‬‭side‬‭of‬‭the‬‭square‬‭and‬‭the‬‭length‬‭of‬ ‭ .528.‬ ‭15‬ ‭identical‬ ‭solid‬ ‭spherical‬ ‭balls‬
Q ‭(a) ₹2440‬ ‭(b) ₹2040‬
‭another‬ ‭side‬ ‭of‬‭the‬‭rectangle‬‭is‬‭equal‬‭to‬ ‭of‬ ‭radius‬ ‭5‬ ‭cm‬ ‭are‬ ‭melted‬ ‭to‬ ‭form‬ ‭a‬ ‭(c) ₹2420‬ ‭(d) ₹2240‬
‭‬
1 ‭single‬‭sphere.‬‭In‬‭this‬‭process,‬‭35%‬‭of‬‭the‬
‭of‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬ ‭first‬ ‭side‬ ‭of‬ ‭the‬
‭3‬ ‭mass‬ ‭is‬ ‭wasted.‬ ‭What‬ ‭is‬ ‭the‬ ‭radius‬ ‭(in‬ ‭ .536.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭triangle‬ ‭is‬ ‭96‬‭𝑐 𝑚‬
Q
‭2‬

r‭ ectangle.‬‭What‬‭is‬‭the‬‭area‬‭of‬‭the‬‭portion‬ ‭cm)‬ ‭of‬ ‭the‬ ‭single‬ ‭sphere‬ ‭that‬ ‭is‬ ‭now‬ ‭and‬ ‭the‬ ‭length‬ ‭of‬ ‭one‬ ‭of‬ ‭its‬ ‭sides‬ ‭is‬‭24‬
‭of‬ ‭the‬ ‭square‬ ‭that‬ ‭remained‬ ‭after‬ ‭the‬ ‭formed?‬ ‭[Use‬ ‭π‬ ‭=‬ ‭22/7,‬ ‭and‬ ‭give‬ ‭your‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬
‭rectangle is cut out?‬ ‭answer correct to two decimal places.]‬ ‭perpendicular‬ ‭drawn‬ t‭ o‬ ‭this‬ ‭side‬ ‭of‬ ‭the‬
‭SSC MTS 26/07/2022 (Afternoon)‬ ‭SSC CHSL 26/05/2022 (Evening)‬ ‭triangle from the opposite vertex?‬
‭ ‬ ‭2‬
7 ‭ ‬ ‭2‬
3 ‭ 1‬ ‭2‬
1 ‭ 5‬ ‭2‬
1 ‭(a) 12.68 (b) 16.68 (c) 10.68 (d) 34.68‬ ‭SSC CHSL 01/06/2022 (Morning)‬
‭(a)‬ ‭𝑝‬ ‭(b)‬ ‭4‬ 𝑝
‭ ‬ ‭(c)‬ ‭12‬ ‭𝑝‬ ‭(d)‬ ‭16‬ ‭𝑝‬
‭8‬
‭(a) 16 cm (b) 8 cm (c) 4 cm (d) 12 cm‬
‭Q.529.‬‭As‬‭air‬‭is‬‭pumped‬‭into‬‭a‬‭spherical‬
‭ .521.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬‭rope,‬‭by‬‭which‬‭a‬
Q ‭ alloon,‬‭its‬‭radius‬‭increases‬‭from‬‭7‬‭cm‬‭to‬
b ‭3‬
‭ .537.‬ ‭Find‬ ‭the‬ ‭volume(in‬ ‭𝑐 𝑚‬ ‭)‬ ‭of‬ ‭the‬
Q
‭calf‬‭is‬‭tied,‬‭is‬‭decreased‬‭from‬‭9‬‭m‬‭to‬‭5‬‭m‬ ‭14‬ ‭cm.‬ ‭Find‬ ‭the‬ ‭ratio‬ ‭of‬ ‭volume‬ ‭of‬ ‭the‬
‭cuboid,‬‭if‬‭its‬‭length‬‭is‬‭twice‬‭more‬‭than‬‭its‬
‭.‬ ‭Find‬ ‭the‬ ‭decrease‬ ‭in‬ ‭the‬ ‭area‬‭that‬‭can‬ ‭balloon's in both circumstances.‬
‭breadth‬‭and‬‭its‬‭breadth‬‭is‬‭8‬‭cm,‬‭which‬‭is‬
‭22‬ ‭SSC CHSL 27/05/2022 (Morning)‬
‭be grazed by the calf.[use‬π ‭=‬ ‭]‬ ‭twice its height.‬
‭7‬ ‭(a) 2 : 5‬ ‭(b) 1 : 9 (c) 1 : 8‬ ‭(d) 3 : 7‬
‭SSC MTS 26/07/2022 (Evening)‬ ‭SSC CHSL 01/06/2022 (Afternoon)‬
‭2‬ ‭2‬ ‭Q.530.‬ ‭A‬ ‭solid‬ ‭right-circular‬ ‭cylinder,‬ ‭(a) 768‬ ‭(b) 769 (c) 767‬ ‭(d) 766‬
‭(a) 112‬‭𝑚‬ ‭(b) 154‬‭𝑚‬
‭ hose‬ ‭radius‬ ‭of‬ ‭the‬ ‭base‬ ‭is‬ ‭15‬ ‭cm‬‭and‬
w ‭3‬
‭2‬ ‭2‬
‭(c) 122‬‭𝑚‬ ‭(d) 176‬‭𝑚‬ ‭height‬ ‭is‬ ‭12‬ ‭cm,‬ ‭is‬‭melted‬‭and‬‭moulded‬ ‭Q.538.‬‭If the volume of a cube is 64‬‭𝑐 𝑚‬ ‭,‬
‭2‭‬‬
‭into‬‭the‬‭solid‬‭right‬‭-‬‭circular‬‭cone,‬‭whose‬ t‭ hen find its total surface area‬(‭𝑐 𝑚‬ )‭.‬
‭SSC CHSL 2021 Tier - 1‬ ‭radius‬‭of‬‭the‬‭base‬‭is‬‭24‬‭cm.‬‭What‬‭will‬‭be‬ ‭SSC CHSL 01/06/2022(Evening)‬
‭the height of this cone?‬ ‭(a) 96‬ ‭(b) 82 (c) 88‬ ‭(d) 64‬
‭Q.522.‬ ‭A‬ ‭pillar‬ ‭11‬ ‭m‬ ‭in‬ ‭radius‬ ‭is‬ ‭21‬ ‭m‬ ‭SSC CHSL 27/05/2022 (Evening)‬
‭3‬ ‭(a) 14.0625 cm‬ ‭(b) 14.0675 cm‬ ‭Q.539.‬ ‭If‬‭the‬‭length‬‭of‬‭a‬‭cuboid‬‭is‬‭20‬‭m,‬
‭high.‬ ‭How‬ ‭much‬ ‭material(in‬ ‭𝑚‬ ‭)‬ ‭was‬ ‭ readth‬ ‭is‬ ‭5‬ ‭m‬ ‭and‬ ‭height‬ ‭is‬ ‭4‬ ‭m,‬ ‭then‬
b
‭(c) 14.6025 cm‬ ‭(d) 14.0525 cm‬
‭22‬ ‭find the length of diagonal of the cuboid.‬
‭used to construct it? (Use π =‬ ‭)‬
‭7‬ ‭ .531.‬ ‭Find‬ ‭the‬ ‭total‬‭surface‬‭area‬‭(cm‬‭2‬‭)‬
Q ‭SSC CHSL 01/06/2022(Evening)‬
‭ SC CHSL 24/05/2022 (Morning)‬
S ‭of‬‭a‬ ‭container‬‭in‬‭cylindrical‬‭shape‬‭whose‬ ‭(a) 12 m‬‭(b) 21 m (c) 18 m‬ ‭(d) 24 m‬
‭(a) 7996‬ ‭(b) 7886 (c) 7989 (d) 7986‬ ‭diameter‬ ‭is‬ ‭14‬ ‭cm‬ ‭and‬ ‭height‬‭is‬‭25‬‭cm.‬
‭22‬ ‭Q.540.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭hemispherical‬
‭ .523.‬ ‭A‬ ‭sphere‬ ‭passes‬ ‭through‬ ‭the‬
Q ‭[Use π =‬ ‭]‬
‭7‬ ‭ owl‬ ‭is‬ ‭given‬ ‭as‬ ‭7‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬
b
‭eight‬ ‭corners‬ ‭of‬ ‭a‬ ‭cube‬ ‭of‬ ‭side‬ ‭14‬ ‭cm.‬ ‭22‬
‭3‬
‭ SC CHSL 30/05/2022 (Afternoon)‬
S ‭3‭‬‬
‭capacity‬(‭𝑐 𝑚‬ )‭. of the bowl ? [π =‬ ‭]‬
‭Find the volume (in‬‭𝑐 𝑚‬ ‭) of the sphere.‬ ‭(a) 1452 (b) 1392 (c) 1408 (d) 1424‬ ‭7‬
‭22‬ ‭SSC CHSL 02/06/2022(Afternoon)‬
‭( π =‬ ‭)‬
‭7‬ ‭ .532.‬ ‭A‬ ‭solid‬ ‭toy‬‭is‬‭in‬‭the‬‭shape‬‭which‬
Q ‭‬
2 ‭1‬ ‭1‬ ‭2‬
‭(a) 718‬ ‭(b) 812‬ ‭(c) 618‬ ‭(d) 518‬
‭SSC CHSL 25/05/2022 (Morning)‬ ‭is‬‭a‬‭combination‬‭of‬‭a‬‭cylinder,‬‭cone‬‭and‬‭a‬ ‭3‬ ‭3‬ ‭3‬ ‭3‬
‭(a) 4312‬ ‭3‬ ‭(b) 4012‬ ‭3‬ ‭hemispherical‬ ‭bowl.‬ ‭The‬ ‭cylinder‬
‭Q.541.‬ ‭The‬ ‭length‬ ‭of‬ ‭each‬ ‭side‬ ‭of‬ ‭a‬
‭(c) 4312‬ ‭2‬ ‭(d) 4012‬ ‭2‬ ‭contributes‬‭to‬‭50%‬‭of‬‭the‬‭total‬‭volume‬‭of‬
r‭ egular‬ ‭hexagon‬ ‭is‬ ‭10‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬
‭the‬ ‭toy,‬ ‭the‬ ‭cone‬ ‭contributes‬ ‭to‬ ‭20%‬ ‭of‬
‭2‭‬‬
‭ .524.‬ ‭A‬ ‭pond‬ ‭is‬ ‭50‬ ‭m‬‭long,‬‭35‬‭m‬‭wide‬
Q ‭the‬ ‭volume.‬ ‭Find‬ ‭the‬ ‭ratio‬ ‭of‬ ‭the‬ ‭ rea‬(‭𝑐 𝑚‬ )‭.of the hexagon ?‬
a
‭and‬‭2.5‬‭m‬‭deep.‬‭Find‬‭the‬‭capacity‬‭of‬‭the‬ ‭contribution‬ ‭(in‬ ‭terms‬ ‭of‬ ‭volume)‬ ‭of‬‭the‬ ‭SSC CHSL 02/06/2022(Evening)‬
‭pond.‬ ‭cone, cylinder and hemisphere.‬ ‭(a)156‬ ‭3‬ ‭(b)144‬ ‭3‬‭(c) 148‬ ‭3‬‭(d) 150‬ ‭3‬
‭SSC CHSL 25/05/2022 (Afternoon)‬ ‭SSC CHSL 30/05/2022 (Afternoon)‬
‭2‬
‭(a) 4165‬ ‭(b) 4375 (c) 4165 (d) 3850‬ ‭(a) 2 : 3 : 5‬ ‭(b) 5 : 2 : 3‬ ‭ .542.‬‭The area of a square is 9‬‭𝑚‬ ‭+‬
Q
‭(c) 2 : 5 : 3‬ ‭(d) 4 : 5 : 3‬ ‭12m‬‭+‬‭4.‬‭Find‬‭the‬‭measure‬‭of‬‭the‬‭side‬‭of‬
‭ .525.‬‭A‬‭rectangular‬‭water‬‭tank‬‭is‬‭1.5‬‭m‬
Q ‭the square.‬
‭high,‬ ‭3‬ ‭m‬ ‭long‬ ‭and‬ ‭3.5‬ ‭m‬ ‭wide.‬ ‭How‬ ‭ .533.‬ ‭What‬ ‭is‬ ‭the‬ ‭volume‬ ‭(cm‬‭3‬ ‭)of‬ ‭a‬
Q ‭SSC CHSL 02/06/2022(Evening)‬
‭much water (in litres) can it hold?‬ ‭right‬ ‭circular‬ ‭cylinder‬ ‭whose‬ ‭curved‬ ‭(a) 3m + 2‬ ‭(b) 3m + 4‬
‭SSC CHSL 25/05/2022 (Evening)‬ ‭surface‬ ‭area‬ ‭is‬ ‭12π‬ ‭cm‬‭2‬ ‭and‬ ‭the‬ ‭2‬ ‭2‬
‭(c) 3‬‭𝑚‬ ‭+ 2‬ ‭(d) 3‬‭𝑚‬ ‭+ 2m‬
‭(a) 13520 (b) 14510 (c) 15750 (d) 11780‬ ‭circumference of its base is 4π cm ?‬
‭SSC CHSL 30/05/2022 (Evening)‬ ‭Q.543.‬‭If‬‭a‬‭solid‬‭piece‬‭of‬‭iron‬‭in‬‭the‬‭form‬
‭ .526.‬‭How many 25 cm × 11.25 cm × 6‬
Q ‭(a) 48π‬ ‭(b) 36π‬ ‭(c) 12π‬ ‭(d) 24π‬ ‭ f‬ ‭a‬ ‭cuboid,‬ ‭of‬ ‭dimensions‬ ‭49‬ ‭cm‬ ‭×‬ ‭33‬
o
‭cm‬‭bricks‬‭will‬‭be‬‭required‬‭to‬‭construct‬‭an‬
‭cm‬ ‭×‬ ‭24‬ ‭cm,‬ ‭is‬‭moulded‬‭to‬‭form‬‭a‬‭solid‬
‭8‬‭m‬‭×‬‭6‬‭m‬‭×‬‭22.5‬‭cm‬‭wall?‬‭(ignoring‬‭other‬ ‭Q.534.‬ ‭The‬ ‭sum‬ ‭of‬ ‭the‬ ‭length,‬ ‭breadth‬
‭sphere, then the radius of the sphere is‬
‭material used)‬ ‭ nd‬ ‭depth‬ ‭of‬ ‭a‬ ‭cuboid‬ ‭is‬‭23‬‭cm,‬‭and‬‭its‬
a
‭SSC CHSL 03/06/2022 (Morning)‬
‭SSC CHSL 26/05/2022 (Morning)‬ ‭ iagonal‬‭is‬ ‭5‬ ‭7‬‭cm.‬‭Its‬‭total‬‭surface‬‭area‬
d
‭(a) 16 cm‬ ‭(b) 10 cm‬
‭(a) 7020‬ ‭(b) 6400 (c) 5800 (d) 6800‬ ‭(cm‬‭2‬ ‭) is:‬
‭(c) 18 cm‬ ‭(d) 21 cm‬
‭SSC CHSL 31/05/2022 (Morning)‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭Q.544.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭square‬ ‭is‬ ‭Q.552.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭ SC CHSL 10/06/2022 (Afternoon)‬
S
‭2‬
‭ ‬‭𝑥‬ − ‭12‬‭𝑥‬ + ‭9‬ ‭,‬ ‭which‬ ‭of‬ ‭the‬ ‭following‬
4
‭2‬
‭hemisphere is 64.57‬‭𝑐 𝑚‬ ‭. Find its curved‬ ‭(a) 18‬ ‭(b) 3‬ ‭(c) 9‬ ‭(d) 27‬
‭will be the side of the square?‬ ‭ urface area‬(‭𝑐 𝑚‬ )‭.‬
s
‭2‭‬‬
‭Q.561.‬‭What‬‭is‬‭the‬‭height‬‭of‬‭a‬‭solid‬‭right‬
‭SSC CHSL 03/06/2022 (Afternoon)‬ ‭SSC CHSL 08/06/2022 (Morning)‬ ‭ ircular‬ ‭cylinder‬ ‭whose‬ ‭radius‬ ‭is‬ ‭3‬ ‭cm‬
c
‭(a) (2x + 3)‬ ‭(b) (2x - 3)‬ ‭(a) 64.57 (b) 53.44 (c) 43.04 (d) 33.04‬ ‭2‬
‭(c) (3x - 2)‬ ‭(d) (3x + 2)‬ ‭ nd total surface area is 60 π‬‭𝑐 𝑚‬ ‭?‬
a
‭Q.553.‬ ‭Find‬ ‭the‬ ‭length‬ ‭of‬ ‭diagonal‬ ‭(m‬ ‭)‬ ‭SSC CHSL 10/06/2022 (Evening)‬
‭Q.545.‬ ‭If‬ ‭the‬ ‭areas‬ ‭of‬ ‭three‬ ‭adjacent‬ ‭ f‬ ‭a‬ ‭cuboid‬‭13‬‭m‬‭long,7‬‭m‬‭broad‬‭and‬‭3‬
o ‭(a) 3 cm‬ ‭(b) 5 cm (c) 7 cm (d) 9 cm‬
‭2‬
‭faces‬‭of‬‭a‬‭cuboidal‬‭box‬‭are‬‭729‬‭𝑐 𝑚‬ ‭,‬‭529‬ ‭m high.‬
‭2‬ ‭2‬
𝑐‭ 𝑚‬ ‭and‬‭289‬ ‭𝑐 𝑚‬ ‭,‬‭respectively,‬‭then‬‭find‬ ‭SSC CHSL 08/06/2022 (Evening)‬ ‭SSC CGL 2021 Tier - 1‬
‭the volume of the box.‬ ‭(a)‬ ‭207‬ ‭(b)‬ ‭232‬ ‭(c)‬ ‭327‬ ‭(d)‬ ‭227‬
‭ .562.‬ ‭A‬ ‭solid‬ ‭cube‬ ‭of‬ ‭side‬ ‭8‬ ‭cm‬ ‭is‬
Q
‭SSC CHSL 03/06/2022 (Evening)‬
‭3‬ ‭3‬ ‭ .554.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭an‬ ‭equilateral‬
Q ‭dropped‬ ‭into‬ ‭a‬ ‭rectangular‬ ‭container‬ ‭of‬
‭(a) 10557‬𝑐‭ 𝑚‬ ‭(b) 10560‬‭𝑐 𝑚‬ ‭triangle is 75 cm. Find its area.‬ ‭length‬ ‭16cm,‬ ‭breadth‬ ‭8‬ ‭cm‬ ‭and‬ ‭height‬
‭3‬ ‭3‬
‭(c) 10555‬‭𝑐 𝑚‬ ‭(d) 10551‬‭𝑐 𝑚‬ ‭SSC CHSL 08/06/2022 (Evening)‬ ‭15cm‬ ‭which‬ ‭is‬ ‭partly‬‭filled‬‭with‬‭water.‬‭If‬
‭625‬ ‭2‬ ‭2‬ ‭625‬ ‭3‬ ‭2‬
‭the cube is completely submerged, then‬
‭ .546.‬‭The‬‭diameter‬‭of‬‭the‬‭base‬‭and‬‭the‬
Q ‭(a)‬ ‭𝑐 𝑚‬ ‭(b)‬ ‭𝑐 𝑚‬ ‭the rise of water level (in cm) is :‬
‭4‬ ‭4‬
‭slant‬ ‭height‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬ ‭cone‬ ‭are‬ ‭SSC CGL 11/04/2022 (Morning)‬
‭10‬ ‭cm‬ ‭and‬ ‭16cm,‬ ‭respectively.‬ ‭Find‬ ‭its‬ ‭625‬ ‭3‬ ‭2‬ ‭125‬ ‭3‬ ‭2‬
‭(c)‬ ‭𝑐 𝑚‬ ‭(d)‬ ‭𝑐 𝑚‬ ‭(a) 2‬ ‭(b) 6‬ ‭(c) 5‬ ‭(d) 4‬
‭3‬ ‭4‬
‭2‭‬‬ ‭22‬
‭total surface area‬(‭𝑐 𝑚‬ )‭.[Use π =‬ ‭]‬
‭7‬
‭ .555.‬ ‭If‬ ‭the‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
Q ‭ .563.‬ ‭A‬ ‭solid‬ ‭cube‬ ‭of‬ ‭side‬ ‭8‬ ‭cm‬ ‭is‬
Q
‭SSC CHSL 06/06/2022 (Morning)‬ ‭closed‬ ‭cylinder‬ ‭is‬ ‭225‬ ‭cm‬‭2‬ ‭and‬‭the‬‭area‬ ‭dropped‬ ‭into‬ ‭a‬ ‭rectangular‬ ‭container‬ ‭of‬
‭5720‬ ‭ 20‬
7 ‭1760‬
‭of its base is 169 cm‬‭2‬‭, then find the total‬ ‭length‬ ‭16cm,‬ ‭breadth‬ ‭8‬ ‭cm‬ ‭and‬ ‭height‬
‭(a)‬ ‭(b)‬ ‭(c) 330 (d)‬
‭7‬ ‭‬
7 ‭7‬ ‭15cm‬ ‭which‬ ‭is‬ ‭partly‬‭filled‬‭with‬‭water.‬‭If‬
‭surface area (cm‬‭2‬‭) of the cylinder.‬
‭SSC CHSL 09/06/2022 (Morning)‬ ‭the‬ ‭cube‬ ‭is‬ ‭completely‬‭submerged,‬‭then‬
‭Q.547.‬ ‭The‬ ‭diagonal‬ ‭of‬ ‭a‬ ‭rhombus‬ ‭is‬ ‭8‬
‭2‬ ‭(a) 394‬ ‭(b) 343 (c) 563‬ ‭(d) 195‬ ‭the rise of water level (in cm) is :‬
‭ m‬‭and‬‭its‬‭area‬‭is‬‭48‬‭𝑐 𝑚‬ ‭,‬‭then‬‭the‬‭length‬
c ‭SSC CGL 11/04/2022(Morning)‬
‭of each side of the rhombus is:‬ ‭ .556.‬‭The‬‭radius‬‭of‬‭a‬‭roller‬‭is‬‭14‬‭cm‬‭and‬
Q ‭(a) 2‬ ‭(b) 6‬ ‭(c) 5‬ ‭(d) 4‬
‭SSC CHSL 06/06/2022 (Afternoon)‬ ‭its‬ ‭length‬ ‭20cm.‬ ‭It‬ ‭takes‬ ‭235‬ ‭complete‬
‭(a)‬ ‭13‬ ‭(b) 2‬ ‭13‬ ‭(c) 6‬ ‭13‬ ‭(d) 5‬ ‭13‬ ‭revolutions‬ ‭to‬ ‭move‬‭once‬‭over‬‭to‬‭level‬‭a‬ ‭Q.564.‬ ‭The‬ ‭length‬ ‭and‬ ‭the‬ ‭breadth‬ ‭of‬ ‭a‬
‭playground.‬ ‭Find‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ r‭ ectangle‬ ‭are‬ ‭made‬ ‭to‬ ‭increase‬ ‭and‬
‭Q.548.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬‭a‬‭solid‬ ‭22‬ ‭decrease,‬ ‭respectively,‬ ‭by‬ ‭8%‬ ‭and‬ ‭10%.‬
‭ ylinder‬‭whose‬‭radius‬‭is‬‭r‬‭cm‬‭and‬‭height‬
c ‭playground.(Use π =‬ ‭)‬ ‭What‬ ‭is‬ ‭the‬ ‭percentage‬ ‭increase‬ ‭or‬
‭7‬
‭𝑟‬ ‭2‬ ‭ SC CHSL 09/06/2022 (Afternoon)‬
S ‭decrease in its area ?‬
‭is‬ ‭cm (in‬‭𝑐 𝑚‬ ‭) is :‬
‭‬
2 ‭SSC CGL 11/04/2022 (Afternoon)‬
‭(a) 4136 cm‬‭2‬ ‭(b) 4136‬× ‭10‬‭3‬‭cm‬‭2‬
‭SSC CHSL 07/06/2022 (Morning)‬ ‭(c) 41360 cm‬ ‭2‬
‭(d) 4136‬× ‭10‬‭2‬‭cm‬‭2‬ ‭(a) Decrease by 1.8 (b) Increase by 1.8‬
‭2‬ ‭3‬
𝑟‭ ‬ ‭2‬ ‭2‬ 𝑟‭ ‬ ‭(c) Increase by 2.8 (d) Decrease by 2.8‬
‭(a)‬‭3π‬ ‭(b)‬‭4π‬‭𝑟‬ ‭(c)‬‭3π‬‭𝑟‬ ‭(d)‬‭π‬ ‭Q.557.‬‭The‬‭length‬‭of‬‭the‬‭hypotenuse‬‭of‬‭a‬
‭2‬ ‭2‬
r‭ ight-angled‬ ‭triangle‬ ‭is‬ ‭37cm‬ ‭and‬ ‭the‬ ‭Q.565.‬ ‭What‬ ‭is‬ ‭the‬ ‭difference‬ ‭in‬ ‭the‬
‭ .549.‬‭The base of a hemispherical bowl‬
Q ‭length‬ ‭of‬ ‭one‬ ‭of‬ ‭its‬ ‭other‬ ‭two‬ ‭sides‬ ‭is‬
‭3‬
v‭ olume‬ ‭(in‬ ‭𝑐 𝑚‬ ‭)‬ ‭of‬ ‭a‬ ‭sphere‬ ‭of‬‭radius‬‭7‬
‭has a circumference of 132 cm. Find the‬ ‭12cm.‬‭What‬‭is‬‭the‬‭area‬‭of‬‭the‬‭triangle‬‭in‬ ‭cm‬ ‭and‬ ‭that‬ ‭of‬ ‭a‬ ‭cone‬‭of‬‭a‬‭radius‬‭7‬‭cm‬
‭22‬ ‭2‬ ‭22‬
‭capacity of the bowl [Use π =‬ ‭]‬ 𝑐‭ 𝑚‬ ‭?‬ ‭and height of 10 cm?[Use π =‬ ‭]‬
‭7‬ ‭7‬
‭SSC CHSL 09/06/2022 (Evening)‬
‭SSC CHSL 07/06/2022 ( Afternoon )‬ ‭ SC CGL 12/04/2022 (Morning)‬
S
‭3‬ ‭3‬
‭(a) 222‬ ‭(b) 204 (c) 216‬ ‭(d) 210‬
‭(a) 18240‬‭𝑐 𝑚‬ ‭(b) 19404‬‭𝑐 𝑚‬ ‭(a) 205‬ ‭(b) 704 (c) 924‬ ‭(d) 1078‬
‭3‬ ‭3‬ ‭ .558.‬‭What‬‭is‬‭the‬‭length‬‭of‬‭the‬‭arc‬‭of‬‭a‬
Q
‭(c) 19708‬‭𝑐 𝑚‬ ‭(d) 16540‬‭𝑐 𝑚‬
‭circle‬ ‭whose‬ ‭radius‬ ‭is‬ ‭35‬ ‭cm‬ ‭and‬ ‭arc‬ ‭Q.566.‬ ‭If‬ ‭the‬ ‭length‬ ‭of‬ ‭a‬ ‭diagonal‬ ‭of‬ ‭a‬
‭ .550.‬ ‭Find‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭cylinder‬
Q ‭subtends an angle of 36° at the centre of‬ ‭ quare‬ ‭is‬ ‭(a‬ ‭+‬ ‭b),‬ ‭then‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬
s
‭circumscribing‬ ‭a‬ ‭sphere‬‭with‬‭a‬‭diameter‬ ‭22‬ ‭square is:‬
‭the circle ?[Use π =‬ ‭]‬ ‭SSC CGL 13/04/2022 (Morning)‬
‭22‬ ‭7‬
‭ f 14 cm. [Use π =‬
o ‭]‬ ‭ SC CHSL 10/06/2022 (Morning)‬
S ‭ ‬ ‭2‬ ‭2‬
1
‭7‬ ‭2‬ ‭2‬
‭(a)‬‭𝑎‬ ‭+‬‭𝑏‬ ‭(b)‬
‭(‬‭𝑎‬ ‭+‬‭𝑏‬ ‭) + ab‬
‭SSC CHSL 07/06/2022 (Evening)‬ ‭(a) 44‬ ‭(b) 22 (c) 10‬ ‭(d) 220‬ ‭2‬
‭3‬ ‭3‬ ‭2‬ ‭2‬ ‭1‬ ‭2‬ ‭2‬
‭(a) 2156‬‭𝑐 𝑚‬ ‭(b) 2158‬‭𝑐 𝑚‬ ‭Q.559.‬ ‭The‬ ‭area‬ ‭of‬ ‭quadrilateral‬ ‭is‬ ‭336‬ ‭(c)‬‭𝑎‬ ‭+‬‭𝑏‬ ‭+ 2ab (d)‬ ‭(‭𝑎 ‬ ‬ ‭+‬‭𝑏‬ ‭)‬
‭2‬
‭3‬ ‭3‬
‭(c) 2155‬‭𝑐 𝑚‬ ‭(d) 2157‬‭𝑐 𝑚‬ ‭2‬
‭ ‬ ‭and‬ ‭the‬‭perpendiculars‬‭drawn‬‭to‬‭one‬
𝑚 ‭2‬
‭diagonal‬ ‭from‬ ‭the‬ ‭opposite‬ ‭vertices‬ ‭are‬ ‭Q.567.‬‭Let‬‭𝑥‬‭‬‭𝑐 𝑚‬ ‭be the surface area and‬
‭Q.551.‬ ‭The‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬ ‭spherical‬ ‭3‬
‭2‬ ‭16‬ ‭m‬ ‭and‬ ‭12‬ ‭m‬ ‭long.‬ ‭Find‬‭the‬‭length‬‭of‬ ‭ ‬‭‬‭𝑐 𝑚‬ ‭be‬ ‭the‬ ‭volume‬ ‭of‬ ‭a‬ ‭sphere‬ ‭such‬
𝑦
v‭ olleyball‬ ‭is‬ ‭100π‬ ‭𝑐 𝑚‬ ‭.‬ ‭Find‬ ‭the‬ ‭volume‬
‭this diagonal.‬ ‭that‬‭y‬‭=‬‭14‬‭𝑥‬‭.‬‭What‬‭is‬‭the‬‭radius‬‭(in‬‭cm)‬‭of‬
‭of air enclosed in the ball.‬
‭SSC CHSL 10/06/2022 ( Morning)‬ ‭the sphere ?‬
‭SSC CHSL 08/06/2022 (Morning)‬
‭(a) 28 cm (b) 26 cm (c) 21 cm (d) 24 cm‬ ‭SSC CGL 13/04/2022 (Evening)‬
‭400‬ ‭350‬
‭(a)‬ ‭‬π ‭(b)‬ π ‭(a) 102‬ ‭(b) 42‬ ‭(c) 51‬ ‭(d) 68‬
‭3‬ ‭3‬ ‭Q.560.‬ ‭How‬ ‭many‬ ‭spherical‬ ‭balls‬ ‭of‬
‭500‬ ‭200‬ r‭ adius‬ ‭5‬ ‭cm‬ ‭can‬ ‭be‬ ‭made‬ ‭by‬ ‭melting‬ ‭a‬ ‭ .568.‬ ‭A‬ ‭hemispherical‬ ‭depression‬ ‭of‬
Q
‭(c)‬ π ‭(d)‬ π
‭3‬ ‭3‬ ‭spherical clay ball having a radius of 15‬ ‭diameter‬‭4‬‭cm‬‭is‬‭cut‬‭out‬‭from‬‭each‬‭face‬
‭cm?‬ ‭of a cubical block of sides 10 cm. Find‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭the surface area of the remaining solid‬ ‭SSC CGL 2020 Tier - 2‬ ‭area‬‭of‬‭the‬‭original‬‭sphere‬‭to‬‭the‬‭sum‬‭of‬
‭2‬ ‭22‬ ‭ urface areas of the spheres, so formed?‬
s
‭(in‬‭𝑐 𝑚‬ ‭) (Use π =‬ ‭)‬
‭7‬
‭ .575.‬ ‭A‬ ‭solid‬ ‭metallic‬ ‭cuboid‬ ‭of‬
Q ‭SSC CGL Tier II (03/02/2022)‬
‭SSC CGL 18/04/2022 (Morning)‬ ‭(a) 2 : 1‬ ‭(b) 2 : 3 (c) 1 : 2‬ ‭(d) 1 : 4‬
‭dimensions‬ ‭12‬ ‭cm‬ ‭×‬ ‭54‬ ‭cm‬ ‭×‬ ‭72‬ ‭cm‬ ‭is‬
‭‬
4 ‭‬
4
‭(a) 900‬ ‭(b) 112‬ ‭melted‬‭and‬‭converted‬‭into‬‭8‬‭cubes‬‭of‬‭the‬
‭7‬ ‭7‬ ‭ .583.‬ ‭A‬ ‭cylindrical‬ ‭tube,‬ ‭open‬ ‭at‬ ‭both‬
Q
‭same‬‭size.‬‭What‬‭is‬‭the‬‭sum‬‭of‬‭the‬‭lateral‬
‭3‬ ‭1‬ ‭ends,‬ ‭is‬ ‭made‬‭of‬‭a‬‭metal‬‭sheet‬‭which‬‭is‬
‭(c) 675‬ ‭(d) 713‬ ‭2‬
‭ urface areas (in‬‭𝑐 ‬‭𝑚‬ ‭) of 2 such cubes ?‬
s ‭0.5‬‭cm‬‭thick.‬‭Its‬‭outer‬‭radius‬‭is‬‭4‬‭cm‬‭and‬
‭7‬ ‭7‬
‭SSC CGL Tier II (29/01/2022)‬ ‭3‬
l‭ength‬ ‭is‬ ‭2‬‭m.‬‭How‬‭much‬‭metal‬‭(in‬ ‭𝑐 ‬‭𝑚‬ ‭)‬
‭ .569.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭cardboard(in‬‭cm²)‬
Q ‭(a) 2592 (b) 2268 (c) 3888 (d) 1944‬
‭has been used in making the tube ?‬
‭needed‬ ‭to‬‭make‬‭a‬‭closed‬‭box‬‭of‬‭size‬‭20‬
‭ .576.‬‭The radius of a spherical balloon‬
Q ‭SSC CGL Tier II (03/02/2022)‬
‭cm‬× ‭10 cm‬× ‭8 cm will be:‬
‭is‬ ‭inflated‬ ‭from‬ ‭3.5‬ ‭cm‬ ‭to‬ ‭4.9‬ ‭cm‬ ‭by‬ ‭(a) 800π (b) 450π (c) 750π (d) 550π‬
‭SSC CGL 18/04/2022 (Evening)‬
‭(a) 880‬ ‭(b) 690‬ ‭(c) 750‬ ‭(d) 960‬ ‭pushing‬ ‭air‬ ‭into‬ ‭it.‬ ‭What‬ ‭is‬ ‭the‬
‭Q.584.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭right‬ ‭prism‬ ‭is‬ ‭a‬
‭percentage‬‭increase‬‭in‬‭the‬‭volume‬‭of‬‭the‬
t‭ riangle‬ ‭whose‬ ‭sides‬ ‭are‬ ‭8‬ ‭cm,‬ ‭15‬ ‭cm‬
‭Q.570.‬ ‭From‬‭the‬‭body‬‭of‬‭a‬‭solid‬‭cube‬‭of‬ ‭original balloon ?‬
‭and‬‭17‬‭cm,‬‭and‬‭its‬‭lateral‬‭surface‬‭area‬‭is‬
‭ dge‬ ‭7‬ ‭cm,‬ ‭a‬ ‭solid‬ ‭sphere‬ ‭is‬ ‭removed.‬
e ‭SSC CGL Tier II (29/01/2022)‬ ‭2‬ ‭3‬
‭The‬ ‭volume‬ ‭of‬ ‭the‬ ‭remaining‬ ‭solid‬ ‭was‬ ‭(a) 74.4% (b) 174.4% (c) 73.6% (d) 173.6%‬ ‭ 80‬‭𝑐 ‬‭𝑚‬ ‭. What is the volume (in‬‭𝑐 ‬‭𝑚‬ ‭) of‬
4
‭‬
1 ‭3‬
‭the prism?‬
‭found‬ ‭to‬ ‭be‬ ‭163‬ ‭𝑐 𝑚‬ ‭.‬ ‭What‬ ‭is‬ ‭the‬ ‭Q.577.‬ ‭The‬ ‭radius‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬ ‭SSC CGL Tier II (03/02/2022)‬
‭3‬
‭diameter (in cm) of the sphere?‬ ‭ ylindrical‬‭tank‬‭is‬‭4‬‭m.‬‭If‬‭three‬‭times‬‭the‬
c ‭(a) 540‬ ‭(b) 600‬ ‭(c) 720‬ ‭(d) 640‬
‭22‬ ‭sum‬‭of‬‭the‬‭areas‬‭of‬‭its‬‭two‬‭circular‬‭faces‬
‭(Use π =‬ ‭)‬ ‭is‬ ‭twice‬ ‭the‬ ‭area‬ ‭of‬ ‭its‬ ‭curved‬ ‭surface,‬ ‭Q.585.‬‭The‬‭curved‬‭surface‬‭area‬‭of‬‭a‬‭right‬
‭7‬
‭2‬
‭ SC CGL 19/04/2022 (Morning)‬
S ‭then‬‭the‬‭capacity‬‭(in‬‭kilolitres)‬‭of‬‭the‬‭tank‬ ‭ ircular‬ ‭cone‬ ‭is‬ ‭2310‬ ‭𝑐 ‬‭𝑚‬ ‭and‬‭its‬‭radius‬
c
‭(a) 10‬ ‭(b) 7‬ ‭(c) 5‬ ‭(d) 8‬ ‭is:‬ ‭is‬ ‭21‬ ‭cm.‬ ‭If‬ ‭its‬ ‭radius‬ ‭is‬ ‭increased‬ ‭by‬
‭SSC CGL Tier II (29/01/2022)‬ ‭100%‬‭and‬‭height‬‭is‬‭reduced‬‭by‬‭50%,‬‭then‬
‭Q.571.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬ ‭wire‬ ‭(in‬ ‭cm)‬ ‭of‬ ‭(a) 54‬π ‭(b) 108‬π ‭(c) 96‬π ‭(d) 144‬π ‭its‬ ‭capacity‬ ‭(in‬ ‭litres)‬ ‭will‬ ‭be‬ ‭correct‬ ‭to‬
‭ .1mm‬ ‭radius‬ ‭that‬ ‭can‬ ‭be‬ ‭drawn‬ ‭from‬
0 ‭22‬
‭melting‬ ‭a‬ ‭solid‬ ‭copper‬ ‭sphere‬ ‭of‬ ‭a‬ ‭ .578.‬ ‭The‬ ‭slant‬ ‭height‬ ‭and‬ ‭radius‬ ‭of‬‭a‬
Q ‭one decimal place) .(Use π =‬ ‭)‬
‭7‬
‭diameter 6 cm is:‬ ‭right circular cone are in the ratio 29 : 20.‬
‭ SC CGL Tier II (03/02/2022)‬
S
‭3‬
‭SSC CGL 19/04/2022 (Evening)‬ I‭f‬ ‭its‬ ‭volume‬ ‭is‬ ‭4838.4‬ π‭‬‭𝑐 ‬‭𝑚‬ ‭,‬ ‭then‬ ‭its‬ ‭(a) 27.8‬ ‭(b) 28.2 (c) 26.7 (d) 25.9‬
‭(a) 250000‬ ‭(b) 360000‬ ‭radius is:‬
‭(c) 440000‬ ‭(d) 810000‬ ‭SSC CGL Tier II (29/01/2022)‬ ‭SSC MTS 2020 Tier - 1‬
‭(a) 20 cm (b) 28 cm (c) 24 cm (d) 25 cm‬
‭ .572.‬ ‭The‬ ‭inner‬ ‭circumference‬ ‭of‬ ‭a‬
Q
‭circular‬ ‭path‬ ‭enclosed‬ ‭between‬ ‭two‬ ‭ .579.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭right‬ ‭prism‬ ‭is‬ ‭a‬
Q ‭ .586.‬‭The‬‭area‬‭of‬‭a‬‭square‬‭is‬‭S‬‭and‬‭that‬
Q
‭concentric‬ ‭circles‬ ‭is‬ ‭264m.‬ ‭The‬‭uniform‬ ‭triangle‬ ‭with‬‭sides‬‭16‬‭cm,‬‭30‬‭cm‬‭and‬‭34‬ ‭of‬ ‭the‬ ‭square‬ ‭formed‬ ‭by‬‭joining‬‭the‬‭mid‬
‭width‬ ‭of‬‭the‬‭circular‬‭path‬‭is‬‭3m.‬‭What‬‭is‬ ‭cm.‬ ‭Its‬ ‭height‬ ‭is‬ ‭32‬ ‭cm.‬ ‭The‬ ‭lateral‬ ‭points‬‭of‬‭the‬‭given‬‭square‬‭is‬‭A.‬‭Then‬‭the‬
‭the area (in m‬‭2‬ ‭,to the nearest whole‬ ‭2‬ ‭ ‬
𝐴
‭surface‬‭area‬‭(in‬ ‭𝑐 ‬‭𝑚‬ ‭)‬‭and‬‭the‬‭volume‬‭(in‬ ‭value of‬ ‭is equal to:‬
‭𝑆‬
‭22‬ ‭3‬
‭number ) of the path ?.(Use π =‬ ‭)‬ 𝑐‭ ‬‭𝑚‬ ‭) are, respectively:‬ ‭ SC MTS 05/10/2021 (Morning)‬
S
‭7‬
‭SSC CGL Tier II (29/01/2022)‬ ‭(a) 0.25 (b) 0.5 (c) 0.125 (d) 1.25‬
‭ SC CGL 20/04/2022 (Morning)‬
S
‭(a) 2560 and 7680 (b) 2688 and 7680‬
‭(a) 696‬ ‭(b) 756 (c) 820‬ ‭(d) 948‬ ‭ .587.‬‭A‬‭container‬‭in‬‭the‬‭shape‬‭of‬‭a‬‭right‬
Q
‭(c) 2624 and 7040 (d) 2560 and 6400‬
‭Q.573.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬‭right‬ ‭circular‬ ‭cone,‬ ‭whose‬ ‭radius‬ ‭and‬ ‭depth‬
‭Q.580.‬‭The areas of three adjacent faces‬ ‭are‬ ‭equal,‬ ‭gets‬ ‭completely‬ ‭filled‬ ‭by‬
‭ yramid‬‭,‬‭with‬‭base‬‭as‬‭a‬‭square‬‭of‬‭side‬‭8‬
p
‭2‬ ‭ f a cuboidal solid block of wax are 216‬
o ‭128000‬ ‭spherical‬ ‭droplets,‬ ‭each‬ ‭of‬
‭cm‬‭,‬‭is‬‭208‬ ‭𝑐 𝑚‬ ‭.‬‭What‬‭is‬‭the‬‭slant‬‭height‬
‭cm²,‬ ‭96‬ ‭cm²‬ ‭and‬ ‭144‬ ‭cm².‬ ‭It‬ ‭is‬ ‭melted‬ ‭diameter‬ ‭2mm.‬ ‭What‬ ‭is‬ ‭the‬ ‭radius‬ ‭(in‬
(‭ in cm) of the pyramid?‬
‭and‬‭8‬‭cubes‬‭of‬‭the‬‭same‬‭size‬‭are‬‭formed‬ ‭cm) of the container?‬
‭SSC CGL 20/04/2022 (Afternoon)‬
‭from‬ ‭it.‬ ‭What‬ ‭is‬ ‭the‬ ‭lateral‬ ‭surface‬‭area‬ ‭SSC MTS 05/10/2021 (Morning)‬
‭(a) 7‬ ‭(b) 10‬ ‭(c) 9‬ ‭(d) 8‬ ‭2‬
(‭ in‬‭𝑐 ‬‭𝑚‬ ‭) of 3 such cubes?‬ ‭(a) 6‬ ‭(b) 4‬ ‭(c) 8‬ ‭(d) 2‬
‭Q.574.‬ ‭A‬ ‭22.5‬ ‭m‬‭high‬‭tent‬‭is‬‭the‬‭shape‬ ‭SSC CGL Tier II (03/02/2022)‬
‭Q.588.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬‭a‬‭solid‬
‭ f‬ ‭a‬‭frustum‬‭of‬‭a‬‭cone‬‭surmounted‬‭by‬‭a‬
o ‭(a) 648‬ ‭(b) 432‬ ‭(c) 576‬ ‭(d) 288‬
r‭ ight‬ ‭circular‬ ‭cylinder‬ ‭of‬ ‭height‬‭13cm,‬‭is‬
‭hemisphere.‬‭If‬‭the‬‭diameter‬‭of‬‭the‬‭upper‬ ‭2‬ ‭3‬
‭ .581.‬ ‭A‬ ‭well‬ ‭with‬ ‭inner‬ ‭radius‬ ‭3‬ ‭m,‬ ‭is‬
Q ‭880‬ ‭𝑐 𝑚‬ ‭.‬ ‭Its‬ ‭volume‬ ‭(in‬ ‭𝑐 𝑚‬ ‭)‬‭is‬‭11k.The‬
‭and‬‭the‬‭lower‬‭circular‬‭end‬‭of‬‭the‬‭frustum‬
‭dug‬‭6‬‭m‬‭deep.‬‭The‬‭soil‬‭taken‬‭out‬‭of‬‭it‬‭has‬ ‭22‬
‭are‬‭21‬‭m‬‭and‬‭39‬‭m‬‭respectively,‬‭then‬‭find‬ ‭value of k is:(Use π =‬ ‭)‬
‭2‬ ‭been‬ ‭spread‬ ‭evenly‬ ‭all‬ ‭around‬ ‭it‬ ‭to‬ ‭a‬ ‭7‬
t‭ he‬ ‭areas‬ ‭of‬ ‭the‬ ‭cloth‬ ‭(in‬ ‭𝑚‬ ‭)‬ ‭used‬ ‭to‬ ‭ SC MTS 05/10/2021(Afternoon)‬
S
‭width‬ ‭of‬ ‭2‬ ‭m‬ ‭to‬ ‭form‬ ‭an‬ ‭embankment.‬
‭make the tent (ignoring the wastage).‬ ‭(a) 208‬ ‭(b) 182‬ ‭(c) 104 (d) 91‬
‭The height (in m) of the embankment is:‬
‭22‬
‭(Use π =‬ ‭)‬ ‭SSC CGL Tier II (03/02/2022)‬
‭7‬
‭‬
1 ‭1‬ ‭1‬ ‭3‬ ‭Q.589.‬‭The‬‭area‬‭of‬‭a‬‭parallelogram‬‭ABCD‬
‭SSC CGL 21/04/2022(Evening)‬ ‭(a) 4‬ ‭(b) 4‬ ‭(c) 3‬ ‭(d) 3‬ ‭2‬
‭2‬ ‭4‬ ‭4‬ ‭8‬ i‭s‬ ‭300‬ ‭𝑐 𝑚‬ ‭.‬ ‭The‬ ‭distance‬ ‭between‬ ‭AB‬
‭‬
2 ‭‬
2
‭(a) 787‬ ‭(b) 2107‬ ‭and‬ ‭CD‬ ‭is‬ ‭20cm‬ ‭and‬ ‭the‬ ‭distance‬
‭7‬ ‭7‬ ‭Q.582.‬‭A‬‭solid‬‭metallic‬‭sphere‬‭of‬‭radius‬‭4‬ ‭between‬‭BC‬‭and‬‭AD‬‭is‬‭30cm.‬‭What‬‭is‬‭the‬
‭6‬ ‭2‬ ‭ m‬‭is‬‭melted‬‭and‬‭recast‬‭into‬‭spheres‬‭of‬‭2‬
c
‭(c) 1635‬ ‭(d) 2800‬ ‭perimeter (in cm) of the parallelogram?‬
‭7‬ ‭7‬ ‭cm‬‭each.‬‭What‬‭is‬‭the‬‭ratio‬‭of‬‭the‬‭surface‬ ‭SSC MTS 05/10/2021 (Evening)‬

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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭(a) 60‬ ‭(b) 50‬ ‭(c) 40‬ ‭(d) 100‬ ‭22‬ ‭ o material is lost in recasting?‬
n
‭closest to: (Use π =‬ ‭)‬
‭7‬ ‭SSC MTS 12/10/2021 (Afternoon)‬
‭Q.590.‬‭The radii of the circular ends of a‬ ‭ SC MTS 08/10/2021 (Afternoon)‬
S ‭3‬ ‭3‬
‭ ‭𝑟‬ ‬
4 ‭ ‭𝑟‬ ‬
4
f‭ rustum‬ ‭of‬‭a‬‭cone‬‭are‬‭20‬‭cm‬‭and‬‭13‬‭cm‬ ‭(a) 196‬ ‭(b) 201‬ ‭(c) 197‬ ‭(d) 198‬ ‭(a)‬ ‭(b)‬
‭3‭𝑎
‬ (‬ 2
‭ ‭𝑎‬− ‬ 𝑏
‭ ‬) ‭3‭𝑎
‬ (‬ 𝑏
‭ ‬+𝑎‭ )‬ (‭𝑏‬−𝑎
‭ )‬
‭and‬ ‭its‬ ‭height‬ ‭is‬ ‭12‬ ‭cm.‬ ‭What‬ ‭is‬ ‭the‬ ‭3‬ ‭3‬
‭capacity‬‭(in‬‭litres)‬‭of‬‭the‬‭frustum(correct‬ ‭ .598.‬ ‭A‬ ‭rectangular‬ ‭plot‬ ‭is‬‭420‬‭m‬‭long‬
Q ‭ ‭𝑟‬ ‬
4 ‭ ‭𝑟‬ ‬
4
‭(c)‬ ‭(d)‬
‭and‬ ‭84‬ ‭m‬ ‭wide.‬ ‭It‬ ‭is‬ ‭surrounded‬ ‭by‬ ‭3‭𝑎
‬ (‬ 𝑏
‭ ‬−𝑎 ‭ )‬ ‭3‭𝑎
‬ (‬ 2
‭ ‭𝑏‬ ‬−𝑎
‭ )‬
‭22‬
‭to one decimal place)? (Use π =‬ ‭)‬
‭7‬ ‭semi-circular‬ ‭flower‬ ‭beds‬ ‭along‬ ‭all‬ ‭its‬
‭Q.605.‬ ‭The‬ ‭radius‬‭of‬‭the‬‭base‬‭of‬‭a‬‭cone‬
‭ SC MTS 06/10/ 2021 (Morning)‬
S ‭sides.‬ ‭The‬ ‭area‬ ‭of‬ ‭the‬ ‭entire‬ ‭plot‬ ‭(in‬
‭ nd‬‭also‬‭that‬‭of‬‭a‬‭hemisphere‬‭each‬‭is‬‭14‬
a
‭(a) 10.4 (b) 11.2 (c) 10.8 (d) 11.4‬ ‭hectares) is x. The value of x (correct to‬
‭cm.‬ ‭Also,‬ ‭the‬ ‭volumes‬ ‭of‬ ‭these‬ ‭two‬
‭22‬
‭ .591.‬ ‭If‬ ‭the‬ ‭width‬‭of‬‭the‬‭path‬‭around‬‭a‬
Q ‭one decimal place) is: (Use π =‬ ‭)‬ ‭solids‬‭are‬‭equal.‬‭The‬‭curved‬‭surface‬‭area‬
‭7‬
‭square‬‭field‬‭is‬‭4.5‬‭m‬‭and‬‭the‬‭area‬‭of‬‭the‬ ‭22‬
‭ SC MTS 08/10/2021 (Evening)‬
S ‭of the cone is: (Take‬π‭‬‭=‬ ‭)‬
‭2‬ ‭7‬
‭path‬ ‭is‬ ‭252‬ ‭𝑚‬ ‭,‬ ‭then‬ ‭the‬ ‭length‬ ‭of‬ ‭the‬ ‭(a) 19.1‬ ‭(b) 18.7‬ ‭(c) 17.9‬ ‭(d) 19.4‬
‭SSC MTS 12/10/2021 (Evening)‬
‭ ide of the field is:‬
s
‭Q.599.‬ ‭From‬ ‭a‬ ‭wooden‬ ‭cubical‬ ‭block‬‭of‬ ‭(a) 614‬ ‭5‬‭(b) 626‬ ‭5‬‭(c) 616‬ ‭5‬‭(d) 516‬ ‭5‬
‭SSC MTS 06/10/ 2021 (Morning)‬
‭(a) 9.5 m (b) 9 m (c) 8 m (d) 8.5 m‬ ‭ ide‬‭10‬‭cm,‬‭a‬‭sphere‬‭of‬‭radius‬‭4.2‬‭cm‬‭is‬
s
‭ .606.‬ ‭A‬‭boy‬‭walked‬‭along‬‭two‬‭adjacent‬
Q
‭carved‬‭out.‬‭How‬‭much‬‭wood‬‭is‬‭wasted‬‭in‬
‭sides‬ ‭of‬ ‭a‬ ‭rectangular‬ ‭field.‬ ‭If‬ ‭he‬ ‭had‬
‭ .592.‬ ‭A‬‭solid‬‭metal‬‭cube‬‭of‬‭edge‬‭12‬‭cm‬
Q ‭22‬
‭the process (Use π =‬ ‭)‬ ‭walked‬‭along‬‭the‬‭diagonal,‬‭then‬‭he‬‭would‬
‭is‬ ‭immersed‬ ‭completely‬ ‭in‬ ‭water‬ ‭in‬ ‭a‬ ‭7‬
‭SSC MTS 11/10/2021(Morning)‬ ‭have‬ ‭saved‬ ‭a‬ ‭distance‬ ‭equal‬ ‭to‬
‭cylindrical‬ ‭vessel‬‭whose‬‭radius‬‭is‬‭20‬‭cm‬
‭3‬ ‭3‬ ‭one-fourth‬ ‭of‬‭the‬‭larger‬‭side.The‬‭ratio‬‭of‬
‭and‬‭height‬‭is‬‭32‬‭cm,‬‭and‬‭the‬‭water‬‭in‬‭the‬ ‭(a) 476.2‬‭𝑐 𝑚‬ ‭(b) 689.536‬‭𝑐 𝑚‬
‭the larger to the smaller side is:‬
‭vessel‬ ‭is‬ ‭up‬ ‭to‬ ‭a‬ ‭height‬ ‭of‬ ‭15‬ ‭cm.‬ ‭The‬ ‭3‬ ‭3‬
‭(c) 310.464‬‭𝑐 𝑚‬ ‭(d) 523.8‬‭𝑐 𝑚‬
‭height(in‬‭cm)‬‭by‬‭which‬‭the‬‭water‬‭will‬‭rise‬ ‭ SC MTS 13/10/2021 (Morning)‬
S
‭in‬ ‭the‬ ‭vessel‬ ‭is‬ ‭(correct‬ ‭to‬ ‭one‬ ‭decimal‬ ‭Q.600.‬ ‭A‬ ‭typist‬ ‭uses‬ ‭a‬ ‭paper‬ ‭of‬ ‭size‬‭32‬ ‭(a) 7 : 24‬‭(b) 11 : 18 (c) 24 : 7 (d) 18 : 11‬
‭place):‬ ‭ m‬× ‭20‬‭cm.‬‭He‬‭leaves‬‭a‬‭margin‬‭of‬‭2‬‭cm‬
c
‭ .607.‬ ‭The‬ ‭length‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬
Q
‭SSC MTS 06/10/2021 (Evening)‬ ‭each‬ ‭on‬ ‭all‬ ‭the‬ ‭sides.‬ ‭If‬ ‭he‬ ‭leaves‬ ‭a‬
‭three-fifth‬ ‭of‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭circle.‬ ‭The‬
‭(a) 0.9 (b) 1.4 (c) 1.2 (d) 1.1‬ ‭margin‬‭of‬‭1‬‭cm‬‭only‬‭on‬‭all‬‭the‬‭sides.‬‭then‬
‭radius‬‭of‬‭the‬‭circle‬‭is‬‭equal‬‭to‬‭the‬‭side‬‭of‬
‭what‬‭is‬‭the‬‭percentage‬‭of‬‭the‬‭increase‬‭in‬ ‭2‬
‭ .593.‬ ‭From‬‭each‬‭of‬‭the‬‭four‬‭corners‬‭of‬
Q ‭a‬‭square‬‭whose‬‭area‬‭is‬‭6400‬‭𝑚‬ ‭.‬‭Find‬‭the‬
‭the‬‭area‬‭available‬‭for‬‭typing‬‭(correct‬‭to‬‭2‬
‭a‬‭rectangular‬‭sheet‬‭of‬‭dimensions‬‭48‬‭cm‬ ‭2‬
‭ rea‬ ‭(in‬ ‭𝑚‬ ‭)‬ ‭of‬ ‭the‬ ‭rectangle,‬ ‭if‬ ‭the‬
a
‭decimal places)?‬
‭×‬ ‭27‬ ‭cm,‬ ‭a‬ ‭square‬ ‭of‬‭side‬‭3.5‬‭cm‬‭is‬‭cut‬ ‭breadth is 20 m is:‬
‭SSC MTS 11/10/2021 (Morning)‬
‭off‬‭and‬‭a‬‭box‬‭is‬‭made.‬‭The‬‭volume‬‭of‬‭the‬ ‭SSC MTS 13/10/2021 (Morning)‬
‭(a) 20.54%‬ ‭(b) 82.69%‬
‭box is:‬ ‭(a) 1200‬ ‭(b) 480 (c) 960 (d) 1000‬
‭(c) 17.04%‬ ‭(d) 79.46%‬
‭SSC MTS 07/10/2021 (Morning)‬
‭(a) 2880 (b) 2780‬ ‭(c) 2870‬‭‬ ‭(d) 2860‬‭‬ ‭Q.601.‬ ‭A‬ ‭rectangular‬ ‭water‬ ‭reservoir‬ ‭ .608.‬ ‭Kamala‬ ‭has‬ ‭three‬ ‭cylindrical‬
Q
‭ ontains‬ ‭126‬ ‭kilolitres‬ ‭of‬ ‭water.‬ ‭The‬
c ‭containers,‬ ‭each‬ ‭with‬ ‭radius‬ ‭20‬ ‭cm‬‭that‬
‭ .594.‬ ‭A‬‭path‬‭6m‬‭wide‬‭runs‬‭around‬‭and‬
Q ‭she‬ ‭wants‬ ‭to‬‭fill‬‭with‬‭grain.‬‭If‬‭her‬‭bag‬‭of‬
‭depth‬ ‭of‬ ‭the‬ ‭reservoir‬ ‭is‬ ‭3.5‬ ‭m‬ ‭and‬ ‭its‬
‭outside‬ ‭of‬ ‭a‬ ‭rectangular‬ ‭plot‬ ‭of‬ ‭length‬ ‭grain‬ ‭contains‬ 1 ‭ 00‬ ‭kg‬ ‭of‬ ‭grain,‬ ‭and‬ ‭she‬
‭length‬ ‭measures‬ ‭8m.‬ ‭What‬ ‭is‬ ‭the‬ ‭width‬
‭10m‬ ‭and‬ ‭breadth‬ ‭8m.‬ ‭Find‬ ‭the‬ ‭area‬‭(in‬ ‭fills‬‭all‬‭three‬‭containers‬‭to‬‭a‬‭height‬‭of‬‭70‬
‭of the reservoir?‬
‭2‬
‭ ‬ ) ‭of path ?‬
𝑚 ‭SSC MTS 11/10/2021 (Afternoon)‬ ‭cm,‬ ‭how‬ ‭much‬ ‭grain‬ ‭will‬ ‭be‬ ‭left‬ ‭in‬ ‭the‬
‭SSC MTS 07/10/2021 (Afternoon)‬ ‭(a) 4.5 m (b) 4.2 m (c) 4 m (d) 5 m‬ ‭bag.‬ ‭If‬ ‭1‬ ‭kg‬ ‭grain‬ ‭occupies‬ ‭3000‬ ‭𝑐 𝑚‬
‭3‬

‭(a) 440 (b) 600 (c) 80 (d) 360‬ ‭22‬


‭ .602.‬ ‭A‬ ‭hall‬ ‭is‬ ‭18‬ ‭m‬ ‭long‬ ‭and‬ ‭12‬ ‭m‬
Q ‭space ? (Use π =‬ ‭)‬
‭7‬
‭Q.595.‬ ‭The‬ ‭internal‬ ‭dimensions‬ ‭of‬ ‭a‬ ‭broad.‬‭If‬‭the‬‭sum‬‭of‬‭the‬‭areas‬‭of‬‭the‬‭floor‬
‭ SC MTS 13/10/2021 (Afternoon)‬
S
r‭ ectangular‬ ‭closed‬ ‭wooden‬ ‭box‬ ‭are‬ ‭30‬ ‭and the ceiling is equal to the sum of the‬
‭(a) 88 kg (b) 50 kg (c) 58 kg (d) 12 kg‬
‭cm‬ ‭,‬ ‭18cm‬ ‭and‬ ‭23cm,.‬ ‭What‬ ‭space‬ ‭(in‬ ‭3‬
‭ reas‬‭of‬‭the‬‭four‬‭walls,‬‭the‬‭volume‬‭(in‬‭𝑚‬
a
‭3‬
𝑐‭ 𝑚‬ ‭) will it occupy, if the wood used is‬ ‭) of the hall is:‬ ‭Q.609.‬ ‭The‬‭radius‬‭of‬‭a‬‭spherical‬‭balloon‬
‭1cm thick?‬ ‭SSC MTS 12/10/2021 (Morning)‬ i‭ncreases‬ ‭from‬ ‭6‬ ‭cm‬ ‭to‬ ‭10‬ ‭cm‬ ‭when‬
‭SSC MTS 08/10/2021 (Morning)‬ ‭(a) 1175.5‬ ‭(b) 1876.2‬ ‭more‬ ‭air‬ ‭is‬ ‭pumped‬ ‭into‬ ‭it.‬ ‭The‬ ‭ratio‬ ‭of‬
‭(a) 12420‬ ‭(b) 16000‬ ‭(c) 1555.2‬ ‭(d) 1376.4‬ ‭the‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭original‬ ‭balloon‬
‭(c) 14136‬ ‭(d) 9408‬ ‭and the inflated balloon is:‬
‭Q.603.‬‭A‬‭wooden‬‭piece‬‭in‬‭the‬‭shape‬‭of‬‭a‬ ‭SSC MTS 13/10/2021 (Afternoon)‬
‭ .596.‬ ‭A‬ ‭solid‬ ‭metallic‬ ‭cylinder‬ ‭with‬ ‭a‬
Q ‭ uboid‬‭is‬‭divided‬‭into‬‭five‬‭equal‬‭parts‬‭by‬
c ‭(a) 4 : 5 (b) 27 : 125 (c) 3 : 5 (d) 9 : 25‬
‭base‬‭radius‬‭of‬‭3‬‭cm‬‭and‬‭a‬‭height‬‭of‬‭120‬ ‭cutting‬ ‭it‬‭with‬‭four‬‭cuts‬‭perpendicular‬‭to‬
‭cm‬‭is‬‭melted‬‭and‬‭recast‬‭into‬‭a‬‭sphere‬‭of‬ ‭its‬‭length,‬‭and‬‭it‬‭turns‬‭out‬‭that‬‭each‬‭piece‬ ‭Q.610.‬ ‭The‬ ‭radius‬ ‭of‬ ‭a‬ ‭cylinder‬ ‭is‬
‭radius‬‭r‬‭cm.‬‭What‬‭is‬‭the‬‭value‬‭of‬‭r‬‭if‬‭there‬ ‭3‬ r‭ educed‬‭to‬‭50%‬‭of‬‭its‬‭actual‬‭radius.‬‭If‬‭its‬
‭is‬ ‭a‬ ‭cube‬‭of‬‭volume‬‭27‬‭‬‭𝑐 𝑚‬ ‭.‬‭What‬‭is‬‭the‬
‭is a 10% metal loss in the conversion?‬ ‭2‬ ‭volume‬‭remains‬‭the‬‭same‬‭as‬‭before,‬‭then‬
‭SSC MTS 08/10/2021 (Afternoon)‬ t‭ otal surface area (in‬‭𝑐 𝑚‬ ‭) of the cuboid?‬ ‭its height becomes k times the original‬
‭(a) 9‬ ‭(b) 8‬ ‭(c) 13.5‬ ‭(d) 12‬ ‭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)‬
‭Q.597.‬‭The‬‭difference‬‭between‬‭the‬‭areas‬ ‭(a) 2‬ ‭(b) 16‬ ‭(c) 8‬ ‭(d) 4‬
‭2‬ ‭Q.604.‬‭The material of a sphere of radius‬
‭ f‬ ‭two‬ ‭concentric‬ ‭circles‬ ‭is‬ ‭88‬ ‭𝑐 𝑚‬ ‭.‬‭If‬
o
r‭ ‬ ‭is‬ ‭melted‬ ‭and‬ ‭recast‬ ‭into‬ ‭a‬ ‭hollow‬ ‭Q.611.‬ ‭The‬ ‭length‬ a ‭ readth‬ ‭of‬ ‭a‬
‭ nd‬ b
‭the‬‭radius‬‭of‬‭the‬‭inner‬‭circle‬‭is‬ ‭6‬‭cm‬‭then‬
‭cylindrical‬ ‭shell‬‭of‬‭thickness‬‭a‬‭and‬‭outer‬ r‭ ectangle‬ ‭are‬ ‭35‬ ‭cm‬ ‭and‬ ‭12‬ ‭cm,‬
‭2‬
‭the area ( in‬‭𝑐 𝑚‬ ‭) of the larger circle is‬ ‭radius‬‭b‬‭. What is its length assuming that‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬ 142
‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
r‭ espectively.‬ ‭What‬ ‭will‬ ‭be‬ ‭the‬ ‭ SC MTS 20/10/2021 (Evening)‬
S ‭3‬
‭capacity of the bucket (in‬‭𝑐 ‬‭𝑚‬ ‭) is :‬
‭circumference‬‭of‬‭the‬‭circle‬‭that‬‭inscribes‬ ‭(a) 11025‬π‭‬ ‭(b) 3030‬π‭‬
‭22‬
‭22‬ ‭(c) 11020‬π ‭(d) 3036‬π ‭(π =‬ ‭)‬
‭this rectangle ? (π =‬ ‭)‬ ‭7‬
‭7‬
‭Q.618.‬ ‭A‬ ‭solid‬ ‭right‬ ‭circular‬ ‭cone‬ ‭is‬ ‭cut‬ ‭SSC MTS 02/11/2021 (Morning)‬
‭SSC MTS 14/10/2021 (Evening)‬
‭‬
3 ‭‬
1 i‭nto‬ ‭two‬ ‭parts‬ ‭by‬ ‭a‬ ‭plane‬ ‭parallel‬ ‭to‬ ‭its‬ ‭(a) 8800‬‭𝑐 ‬‭𝑚‬
‭3‬
‭(b) 13200‬‭𝑐 ‬‭𝑚‬
‭3‬
‭(a) 115‬ ‭ m‬
c ‭(b) 117‬ ‭ m‬
c ‭base‬ ‭and‬ ‭at‬ ‭a‬ ‭point‬ ‭one-third‬ ‭vertically‬
‭7‬ ‭7‬ ‭3‬ ‭3‬
‭4‬ ‭2‬ ‭below‬ ‭its‬‭vertex.‬‭What‬‭is‬‭the‬‭ratio‬‭of‬‭the‬ ‭(c) 17000‬‭𝑐 ‬‭𝑚‬ ‭(d) 17600‬‭𝑐 ‬‭𝑚‬
‭(c) 114‬ ‭cm‬ ‭(d) 116‬ ‭cm‬
‭7‬ ‭7‬ ‭volume‬‭of‬‭the‬‭smaller‬‭cone‬‭to‬‭that‬‭of‬‭the‬
‭ .626.‬ ‭A‬ ‭rectangle‬ ‭of‬ ‭dimension‬ ‭10‬‭cm‬
Q
‭whole cone ?‬
‭Q.612.‬‭Four‬‭solid‬‭cubes,‬‭each‬‭of‬‭volume‬ ‭and‬ ‭5‬ ‭cm‬ ‭is‬ ‭placed‬ ‭adjacent‬ ‭to‬‭another‬
‭SSC MTS 20/10/2021 (Evening)‬
‭3‬
‭ 728‬ ‭𝑐 ‬‭𝑚‬ ‭,are‬ ‭kept‬ ‭in‬ ‭two‬ ‭rows‬ ‭having‬
1 ‭rectangle‬ ‭of‬ ‭the‬ ‭same‬‭size‬‭to‬‭draw‬‭an‬‭L‬
‭‬
1 ‭‬
1 ‭1‬ ‭‬
1
‭two‬ ‭cubes‬ ‭in‬ ‭each‬ ‭row.‬ ‭They‬ ‭form‬ ‭a‬ ‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬ ‭shape‬ ‭figure.‬ ‭Find‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭the‬
‭9‬ ‭8‬ ‭27‬ ‭3‬
‭rectangular‬‭solid‬‭with‬‭a‬‭square‬‭base.‬‭The‬ ‭shape so formed.‬
‭2)‬ ‭Q.619.‬‭A‬‭horse‬‭racecourse‬‭is‬‭in‬‭the‬‭form‬ ‭SSC MTS 02/11/2021 (Morning)‬
t‭ otal‬ ‭surface‬ ‭area‬ ‭(in‬ ‭𝑐 ‬‭𝑚‬ ‭of‬ ‭the‬
‭ f‬‭an‬‭annular‬‭ring‬‭whose‬‭outer‬‭and‬‭inner‬
o ‭(a) 100‬ ‭(b) 40 (c) 50‬ ‭(d) 60‬
‭resulting solid is:‬
‭circumferences‬ ‭are‬ ‭748‬ ‭m‬ ‭and‬ ‭396‬ ‭m,‬
‭SSC MTS 18/10/2021 (Afternoon)‬ ‭Q.627.‬ ‭The‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭a‬
‭respectively.‬ ‭The‬ ‭width‬ ‭(in‬ ‭m)‬ ‭of‬ ‭the‬
‭(a) 1440‬ ‭(b) 2304 (c) 576 (d) 1152‬ ‭ emisphere‬‭is‬ ‭nearly‬‭equal‬‭to‬‭that‬‭of‬‭an‬
h
‭22‬
‭racecourse is: (π =‬ ‭)‬ ‭equilateral‬ ‭triangle.‬ ‭The‬ ‭side‬ ‭of‬ ‭the‬
‭Q.613.‬ ‭A‬ ‭right‬ ‭circular‬ ‭cone‬‭is‬‭inscribed‬ ‭7‬
‭triangle‬ ‭is‬ ‭how‬ ‭many‬ ‭times‬
i‭n‬ ‭a‬ ‭cube‬ ‭of‬ ‭side‬ ‭14‬ ‭cm‬ ‭occupying‬ ‭the‬ ‭ SC MTS 22/10/2021 (Morning)‬
S
‭(approximately)‬ ‭of‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬
‭maximum‬ ‭space‬ ‭possible.‬ ‭What‬ ‭is‬ ‭the‬ ‭(a) 176 (b) 88 (c) 56 (d) 28‬
‭hemisphere?‬
‭ratio‬ ‭of‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭cube‬ ‭to‬ ‭the‬
‭ .620.‬‭The‬‭diameter‬‭of‬‭an‬‭iron‬‭ball‬‭used‬
Q ‭SSC MTS 02/11/2021 (Evening)‬
‭22‬
‭volume of the cone ? (π =‬ ‭)‬ ‭for‬ ‭shot-put‬ ‭is‬ ‭21‬ ‭cm.‬ ‭It‬ ‭is‬ ‭melted‬ ‭and‬ ‭8π
‬ ‭4π‬ ‭0.5‬
‭7‬ ‭(a) (‬ )‭ ‬‭0.5‬ ‭(b) (‬ )‭ ‬
‭then‬‭a‬‭cylinder‬‭of‬‭height‬‭3.5‬‭cm‬‭is‬‭made.‬ ‭3‬ ‭3‬
‭ SC MTS 18/10/2021 (Afternoon)‬
S
‭The‬ ‭curved‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭cylinder‬ ‭0.‬5
‭‬ ‭0.‬5
‭‬
‭(a) 81 : 22‬ ‭(b) 11 : 42‬ ‭(c)‬(‭2‬π ‭3‬) ‭(d)‬(‭4‬π ‭3‬)
‭will be‬
‭(c) 42 : 11‬ ‭(d) 22 : 81‬
‭SSC MTS 22/10/2021 (Afternoon)‬ ‭ .628.‬ ‭When‬ ‭a‬ ‭rectangle‬ ‭is‬ ‭divided‬ ‭into‬
Q
‭ .614.‬ ‭Three‬ ‭circles,‬‭each‬‭having‬‭radius‬
Q ‭(a) 462‬ ‭(b) 464 (c) 362‬ ‭(d) 460‬ ‭three equal parts, each of them turns out‬
‭equal‬ ‭to‬ ‭4‬ ‭cm,‬ ‭are‬ ‭drawn‬ ‭with‬ ‭the‬ ‭to‬ ‭be‬ ‭a‬ ‭square‬ ‭of‬ ‭16‬ ‭cm‬‭2‬ ‭What‬ ‭is‬ ‭the‬
‭vertices‬ ‭of‬ ‭an‬ ‭equilateral‬ ‭triangle‬‭as‬‭the‬ ‭ .621.‬ ‭A‬ ‭hall‬ ‭is‬ ‭18‬ ‭m‬ ‭long‬ ‭and‬ ‭12‬ ‭m‬
Q
‭perimeter (in cm) of the rectangle?‬
‭centres.‬ ‭If‬‭the‬‭length‬‭of‬‭each‬‭side‬‭of‬‭the‬ ‭broad.‬ ‭If‬‭the‬‭area‬‭of‬‭the‬‭floor‬‭is‬‭equal‬‭to‬
‭SSC MTS 02/11/2021 (Evening)‬
‭triangle‬‭is‬‭equal‬‭to‬‭8‬‭cm,‬‭then‬‭what‬‭is‬‭the‬ ‭the‬ ‭sum‬ ‭of‬ ‭the‬ ‭areas‬ ‭of‬ ‭the‬ ‭four‬ ‭walls,‬
‭(a) 64‬ ‭(b) 16‬ ‭(c) 32‬ ‭(d) 48‬
‭2‬ ‭the volume (in m‬‭3‬ ‭) of the hall is:‬
‭ rea‬‭(in‬‭𝑐 ‬‭𝑚‬ ‭)‬‭of‬‭the‬‭portion‬‭of‬‭the‬‭triangle‬
a
‭SSC MTS 22/10/2021 (Evening)‬ ‭2‬
‭that‬‭is‬‭NOT‬‭covered‬‭by‬‭the‬‭sectors‬‭of‬‭the‬ ‭Q.629.‬‭The‬‭area‬‭(in‬ ‭𝑐 ‬‭𝑚‬ ‭)‬‭of‬‭a‬‭sector‬‭of‬‭a‬
‭(a) 876.2 (b) 777.6 (c) 576.4 (d) 675.5‬ ‭4π‬
‭circles ?‬ ‭circle‬‭of‬‭radius‬‭2‬‭cm‬‭is‬ ‭.‬ ‭What‬‭is‬‭the‬
‭SSC MTS 18/10/2021 (Evening)‬ ‭5‬
‭ .622.‬‭The‬‭area‬‭of‬‭a‬‭triangular‬‭field‬‭with‬
Q
‭ entral angle (in degrees) of the sector?‬
c
‭(a) 16 (2‬ ‭3‬− π‭)‬ ‭(b) 8 (2‬ ‭3‬− π‭)‬ ‭sides‬‭60‬‭m,‬‭175‬‭m‬‭and‬‭185‬‭m‬‭is‬‭equal‬‭to‬
‭SSC MTS 02/11/2021 (Evening)‬
π π ‭that‬ ‭of‬ ‭a‬ ‭rectangular‬ ‭park‬ ‭whose‬ ‭sides‬
‭(c) 8 (2‬ ‭3‬− ‭)‬ ‭(d) 16 (2‬ ‭3‬− ‭)‬ ‭(a) 60‬ ‭(b) 75‬ ‭(c) 36‬ ‭(d) 72‬
‭2‬ ‭2‬ ‭are‬ ‭in‬‭the‬‭ratio‬‭of‬‭21‬‭:‬‭10.‬‭The‬‭perimeter‬
‭(in m) of the park is:‬
‭Q.615.‬‭Three cubes each having volume‬ ‭SSC MTS 26/10/2021 (Afternoon)‬ ‭SSC CGL 2020 Tier - 1‬
‭3‬
‭ 728‬ ‭c‬‭𝑚‬ ‭are‬ ‭placed‬ ‭one‬ ‭above‬ ‭the‬
1 ‭(a) 341‬ ‭(b) 403‬ ‭(c) 372‬ ‭(d) 310‬
‭Q.630‬‭.‬‭A‬‭heap‬‭of‬‭wheat‬‭is‬‭in‬‭the‬‭form‬‭of‬
‭other.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬
‭ .623.‬‭A‬‭circular‬‭wire‬‭of‬‭diameter‬‭56‬‭cm‬
Q ‭ ‬ ‭cone‬ ‭whose‬ ‭base‬ ‭diameter‬ ‭is‬ ‭8.4‬ ‭m‬
a
‭the resulting solid?‬
‭is‬ ‭folded‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭and‬ ‭height‬ ‭is‬ ‭1.75‬ ‭m.‬ ‭The‬‭heap‬‭is‬‭to‬‭be‬
‭SSC MTS 20/10/2021 (Morning)‬
‭whose‬ ‭sides‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬ ‭7‬ ‭:‬ ‭4.‬ ‭The‬ ‭covered‬ ‭by‬ ‭canvas.‬ ‭What‬ ‭is‬ ‭the‬‭area‬‭(in‬
‭(a) 2304 (b) 2592 (c) 2160 (d) 2016‬
‭area enclosed by the rectangle is:‬ ‭22‬
‭m‬‭2‬‭) of the canvas required ? (π =‬ ‭)‬
‭Q.616.‬‭In‬‭the‬‭given‬‭figure,‬‭the‬‭area‬‭of‬‭the‬ ‭SSC MTS 26/10/2021 (Evening)‬ ‭7‬
‭ nshaded‬ ‭region‬ ‭is‬ ‭35%‬ ‭of‬ ‭the‬ ‭area‬ ‭of‬
u ‭(a) 1842‬ ‭(b) 1792 (c) 1684 (d) 1782‬ ‭ SC CGL 16/08/2021 (Afternoon)‬
S
‭the‬‭shaded‬‭region.‬‭What‬‭is‬‭the‬‭value‬‭of‬‭x‬ ‭(a) 60.06 (b) 115.05 (c) 63.6 (d) 115.5‬
‭ .624.‬ ‭A‬ ‭solid‬ ‭metallic‬ ‭toy‬ ‭has‬ ‭a‬
Q
‭hemispherical‬ ‭base‬ ‭with‬ ‭radius‬ ‭3.5‬ ‭cm‬ ‭ .631.‬ ‭The‬ ‭area‬ ‭of‬ ‭the‬ ‭square‬ ‭shaped‬
Q
‭surmounted‬ ‭by‬ ‭a‬ ‭cone.‬ ‭If‬ ‭the‬ ‭height‬ ‭of‬ ‭field‬ ‭is‬ ‭1764‬ ‭m².‬ ‭The‬ ‭breadth‬ ‭of‬ ‭a‬
‭the cone is the same as the radius of its‬ ‭rectangular‬ ‭park‬ ‭is‬ ‭1/3rd‬‭the‬‭side‬‭of‬‭the‬
‭base, then the volume of metal used in cm‬‭3‬ ‭square‬ ‭field‬ ‭and‬ ‭its‬ ‭length‬ ‭is‬ ‭two‬ ‭times‬
‭SSC MTS 20/10/2021 (Morning)‬
‭SSC MTS 27/10/2021 (Morning)‬ ‭its‬ ‭breadth.‬ ‭What‬ ‭is‬ ‭the‬ ‭cost‬ ‭(in‬ ‭Rs.)‬ ‭of‬
(‭ a) 20‬ ‭(b) 15‬ ‭(c) 10‬ ‭(d) 5‬
‭‬
2 ‭‬
3 ‭3‬ ‭2‬ ‭leveling the park at Rs.15 per m² ?‬
‭(a) 89‬ ‭(b)144‬ ‭(c) 134‬ ‭(d)‬‭179‬
‭Q.617.‬‭The‬‭sum‬‭of‬‭the‬‭height‬‭and‬‭radius‬ ‭3‬ ‭4‬ ‭4‬ ‭3‬ ‭SSC CGL 16/08/2021 (Evening)‬
‭ f‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬ ‭solid‬ ‭right‬ ‭circular‬
o ‭(a) 4200‬ ‭(b) 4290 (c) 5880 (d) 4320‬
‭Q.625.‬ ‭A‬ ‭bucket‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭the‬
‭cylinder‬‭is‬‭46‬‭cm.‬‭If‬‭the‬‭total‬‭surface‬‭area‬
f‭ rustum‬‭of‬‭a‬‭cone‬‭has‬‭its‬‭top‬‭and‬‭bottom‬ ‭Q.632.‬‭The‬‭volume‬‭of‬‭a‬‭wall‬‭whose‬‭height‬
‭2‬
‭of‬‭the‬‭solid‬‭cylinder‬‭is‬‭6072‬‭𝑐 ‬‭𝑚‬ , ‭what‬‭is‬ ‭radii‬ ‭as‬ ‭20‬ ‭cm‬ ‭and‬ ‭10‬ ‭cm,‬ ‭respectively.‬ i‭s‬‭10‬‭times‬‭its‬‭width‬‭and‬‭whose‬‭length‬‭is‬‭8‬
‭3‬ ‭The depth of the bucket is 24 cm. The‬ ‭times‬ ‭its‬ ‭height,‬ ‭is‬ ‭51.2‬ ‭m³.‬ ‭What‬ ‭is‬ ‭the‬
‭the volume ( in‬‭𝑐 ‬‭𝑚‬ ‭) of the cylinder ?‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭cost‬ ‭(in‬ ‭Rs.)‬ ‭of‬ ‭painting‬ ‭the‬ ‭wall‬ ‭on‬ ‭one‬ ‭ SC CHSL 04/08/2021 (Morning)‬
S ‭ ectors of the circle ?‬
s
‭ ide at the rate of Rs.100/m² ?‬
s ‭(a) 88‬ ‭(b) 94‬ ‭(c) 80‬ ‭(d) 66‬ ‭SSC CPO 23/11/2020 (Morning)‬
‭SSC CGL 20/08/2021 (Afternoon)‬ ‭(a) 27.72 (b) 120‬ ‭(c) 105.86 (d) 92.28‬
‭(a) 12750 (b) 12500 (c) 12800 (d) 12250‬ ‭Q.641.‬ ‭The‬ ‭inner‬ ‭and‬ ‭outer‬ ‭radii‬ ‭of‬ ‭two‬
‭ oncentric‬‭circles‬‭are‬‭6.7‬‭cm‬‭and‬‭9.5‬‭cm‬
c ‭ .649.‬‭A‬‭9‬‭cm‬‭solid‬‭metallic‬‭cube‬‭and‬‭a‬
Q
‭ .633.‬‭A‬‭square‬‭has‬‭the‬‭perimeter‬‭equal‬
Q ‭respectively.‬ ‭What‬ ‭is‬ ‭the‬ ‭difference‬ ‭solid‬ ‭metallic‬ ‭cuboid‬‭having‬‭dimensions‬
‭to‬ ‭the‬ ‭circumference‬ ‭of‬ ‭a‬ ‭circle‬ ‭having‬ ‭between their circumferences (in cm)?‬ ‭5‬‭cm,‬‭13cm,‬‭31cm‬‭are‬‭melted‬‭and‬‭recast‬
‭radius‬‭7‬‭cm.‬‭What‬‭is‬‭the‬‭ratio‬‭of‬‭the‬‭area‬ ‭22‬ ‭into‬ ‭a‬ ‭single‬ ‭cube.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬
‭( π =‬ ‭)‬
‭of‬ ‭the‬ ‭circle‬ ‭to‬ ‭the‬ ‭area‬ ‭of‬ ‭the‬ ‭square?‬ ‭7‬ ‭2‬
‭ urface area(in‬‭𝑐 ‬‭𝑚‬ ‭) of the new cube?‬
s
‭SSC CGL 23/08/2021 (Afternoon)‬ ‭ SC CHSL 04/08/2021 (Morning)‬
S ‭SSC CPO 23/11/2020 (Evening)‬
‭(a) 7 : 2 (b) 14 : 11 (c) 7 : 11 (d) 121 : 44‬ ‭(a) 20.5‬ ‭(b) 10.4‬ ‭(c) 6.5‬ ‭(d) 17.6‬ ‭(a) 2744‬ ‭(b) 1362 (c) 865‬ ‭(d) 1176‬
‭Q.634.‬ ‭The‬ ‭area‬ ‭of‬ ‭the‬ ‭circular‬ ‭path‬ ‭Q.642.‬ ‭From‬ ‭a‬ ‭rectangle‬ ‭sheet‬ ‭of‬ ‭Q.650.‬ ‭A‬‭rectangular‬‭lawn‬‭whose‬‭length‬
‭ nclosed‬ ‭by‬ ‭two‬ ‭concentric‬ ‭circles‬ ‭is‬
e ‭ imensions‬ ‭32cm‬ × ‭18‬ ‭cm,‬‭a‬‭square‬‭of‬
d i‭s‬ ‭twice‬ ‭of‬ ‭its‬ ‭breadth‬ ‭is‬ ‭extended‬ ‭by‬
‭3080‬ ‭m‬‭2‬‭.‬ ‭If‬ ‭the‬ ‭difference‬ ‭between‬ ‭the‬ ‭side‬‭3‬‭cm‬‭is‬‭cut‬‭from‬‭the‬‭four‬‭corners‬‭of‬ ‭having‬ ‭four‬ ‭semi-circular‬ ‭portions‬‭on‬‭its‬
‭radius‬ ‭of‬ ‭the‬ ‭outer‬ ‭edge‬‭and‬‭that‬‭of‬‭the‬ ‭the‬‭sheet‬‭and‬‭a‬‭box‬‭is‬‭made.‬‭The‬‭volume‬ ‭sides.‬ ‭What‬ ‭is‬ ‭the‬ ‭total‬ ‭cost‬ ‭(in‬ ‭Rs.)‬ ‭of‬
‭inner edge of the circular path is 10m,‬ ‭of the box is:‬ ‭levelling‬ ‭the‬ ‭entire‬ ‭lawn‬ ‭at‬ ‭the‬ ‭rate‬ ‭of‬
‭what is the sum (in m) of the two radii?‬ ‭SSC CHSL 05/08/2021 (Afternoon)‬ ‭Rs.100‬ ‭per‬ ‭square‬ ‭metre‬ ‭if‬ ‭the‬ ‭smaller‬
‭SSC CGL 23/08/2021 (Afternoon)‬ ‭(a) 946‬ ‭(b) 936 (c) 1305 (d) 1300‬ ‭side of the rectangular lawn is 12 m :‬
‭(a) 70‬ ‭(b) 112‬ ‭(c) 98‬ ‭(d) 84‬ ‭SSC CPO 23/11/2020 (Evening)‬
‭ .643.‬‭How‬‭many‬‭spherical‬‭bullets,‬‭each‬
Q
‭bullet‬ ‭being‬ ‭7‬ ‭cm‬ ‭in‬ ‭diameter,‬ ‭can‬ ‭be‬ ‭(a) 85,320‬ ‭(b) 86,540‬
‭SSC CHSL 2020 Tier - 1‬ ‭made‬ ‭out‬ ‭of‬‭a‬‭cube‬‭of‬‭lead‬‭whose‬‭edge‬ ‭(c) 78,650‬ ‭(d) 97,625‬
‭22‬
‭Q.635.‬ ‭One‬ ‭diagonal‬ ‭of‬ ‭a‬ ‭rhombus‬ ‭is‬ ‭measures 77 cm? (π =‬ ‭)‬ ‭ .651.‬ ‭A‬‭9cm‬‭solid‬‭metallic‬‭cube‬‭and‬‭a‬
Q
‭7‬
‭solid‬ ‭metallic‬ ‭cuboid‬‭having‬‭dimensions‬
‭8‬ ‭3‭‬‬‭𝑐 𝑚‬. ‭If‬ ‭the‬ ‭other‬‭diagonal‬‭is‬‭equal‬‭to‬ ‭ SC CHSL 05/08/2021 (Evening)‬
S
‭5‬‭cm,‬‭13cm,‬‭31cm‬‭are‬‭melted‬‭and‬‭recast‬
i‭ts side, then the area of rhombus is:‬ ‭(a) 1452‬ ‭(b) 4521‬ ‭(c) 2451 (d) 2541‬
‭into‬ ‭a‬ ‭single‬‭cube.‬‭How‬‭much‬‭(in‬‭Rs.)‬‭is‬
‭SSC CHSL 12/04/2021 (Morning)‬
‭ .644.‬‭The‬‭base‬‭of‬‭a‬‭triangle‬‭is‬‭equal‬‭to‬
Q ‭the cost to polish the new cube at the‬
‭(a)‬‭12‬ ‭3‬ ‭(b)‬‭24‬ ‭3‬ ‭(c)‬‭16‬ ‭3‬ ‭(d)‬‭32‬ ‭3‬ ‭2‬
‭the‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭square‬ ‭whose‬ r‭ ate of Rs.10 per‬‭𝑐 𝑚‬
‭ .636.‬‭The sum of the radius of the base‬
Q ‭ iagonal‬‭is‬‭7‬ ‭2‬‭cm‬‭and‬‭its‬‭height‬‭is‬‭equal‬
d ‭SSC CPO 24/11/2020 (Morning)‬
‭and‬ ‭the‬ ‭height‬‭of‬‭a‬‭closed‬‭solid‬‭cylinder‬ ‭to the side of a square whose area is 169‬ ‭(a) 13,620 (b) 11,760 (c) 8,650 (d) 27,440‬
‭is‬‭12.5‬‭cm.‬‭If‬‭the‬‭total‬‭surface‬‭area‬‭of‬‭the‬ ‭cm‬‭2‬‭. The area(in cm‬‭2‬‭) of the triangle is :‬
‭2‬
‭2‬ ‭SSC CHSL 06/08/2021 (Afternoon)‬ ‭ .652.‬ ‭A‬ ‭hexagon‬ ‭is‬ ‭1944‬ ‭3‭𝑚
Q ‬ ‬ ‭.‬ ‭What‬
‭ ylinder is 275‬‭𝑐 𝑚‬ , ‭then its radius is:‬
c
‭(a) 182‬ ‭(b) 175‬ ‭(c) 156‬ ‭(d) 130‬ ‭will‬‭be‬ ‭the‬‭cost‬‭(in‬‭Rs)‬‭of‬‭fencing‬‭it‬‭at‬‭the‬
‭SSC CHSL 12/04/2021(Evening)‬
‭rate of Rs.11.50 per metre?‬
‭(a) 3 cm‬ ‭(b) 3.5 cm (c) 5cm (d) 7 cm‬ ‭ .645.‬‭How many bricks each measuring‬
Q ‭SSC CPO 24/11/2020 (Morning)‬
‭ .637.‬ ‭What‬ ‭is‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭a‬
Q ‭64‬‭‬‭𝑐 𝑚‬ × ‭11‬. ‭25‬‭‬‭𝑐 𝑚‬ × ‭6‬‭𝑐 𝑚‬, ‭will‬ ‭be‬ ‭(a) 2,256 (b) 2,785 (c) 3,200 (d) 2,484‬
‭right-angled triangle whose sides (maki-‬ ‭needed‬ ‭to‬ ‭build‬ ‭a‬ ‭wall‬ ‭measuring‬
‭8‬‭‬‭𝑚‬ × ‭3‬‭𝑚‬ × ‭22‬. ‭5‬‭𝑚‭?‬ ‬ ‭ .653.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭triangle‬ ‭is‬ ‭equal‬‭to‬
Q
-‭ ng 90°) are‬‭20‬ ‭3‭‬‬‭𝑐 𝑚‬‭and‬‭15‬ ‭3‬‭‬‭𝑐 𝑚‬‭?‬ ‭the‬ ‭perimeter‬‭of‬‭a‬‭square‬‭whose‬‭diagonal‬
‭SSC CHSL 11/08/2021 (Morning)‬
‭SSC CHSL 13/04/2021 (Morning)‬
‭(a) 200000‬ ‭(b) 250000‬ ‭is‬ ‭6‬ ‭2‬‭cm‬ ‭,‬ ‭and‬ ‭its‬ ‭height‬ ‭is‬ ‭equal‬ ‭to‬ ‭the‬
‭(a)‬‭‬‭60‬ ‭3‬ ‭(b)‬‭‬‭55‬ ‭3‭‬‬‭‬‭‬‭(c)‬‭65‬ ‭3‬‭‬‭‬‭‬‭(d)‬‭50‬ ‭3‬ ‭(c) 67500‬ ‭(d) 125000‬ ‭2‬
‭side‬ ‭of‬ ‭a‬ ‭square‬ ‭whose‬ ‭area‬ ‭is‬ ‭144‬ ‭𝑐 𝑚‬ ‭.‬
‭Q.638.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭an‬ ‭isosceles‬ ‭ .646.‬‭The‬‭perimeter‬‭of‬‭a‬‭rectangle‬‭is‬‭86‬
Q ‭ he area of the triangle (in‬‭𝑚‬ ‭)‬
T
‭2‬

‭‬
1 ‭cm.‬ ‭The‬ ‭measures‬ ‭of‬ ‭its‬ ‭area‬ ‭and‬ ‭SSC CPO 24/11/2020 (Evening)‬
‭triangle‬ ‭is‬ ‭91‬ ‭cm‬ ‭and‬ ‭its‬ ‭base‬ ‭is‬ ‭1‬
‭4‬ ‭(a) 144‬ ‭(b) 216‬ ‭(c) 288‬ ‭(d) 72‬
‭breadth‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬ ‭of‬ ‭9‬ ‭:‬ ‭1,‬
‭times‬‭each‬‭of‬‭its‬‭equal‬‭sides.‬‭What‬‭is‬‭the‬
‭respectively.‬‭The‬‭breadth‬‭of‬‭the‬‭rectangle‬
l‭ength of its base ? ( in cm)‬ ‭Q.654.‬ ‭The‬‭perimeter‬‭of‬‭a‬‭square‬‭is‬‭half‬
‭is:‬
‭SSC CHSL 16/04/2021 (Morning)‬ t‭ he‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭rectangle.‬ ‭The‬
‭SSC CHSL 11/08/2021 (Evening)‬
‭(a) 35‬ ‭(b) 20‬ ‭(c) 25‬ ‭(d) 28‬ ‭perimeter‬ ‭of‬ ‭the‬ ‭square‬ ‭is‬ ‭40m.‬ ‭If‬ ‭its‬
‭(a) 32 cm (b) 34 cm (c) 36 cm (d) 30 cm‬
‭breadth‬ ‭is‬ ‭two-thirds‬ ‭of‬ ‭its‬ ‭length,‬ ‭then‬
‭ .639.‬ ‭The‬ ‭lengths‬ ‭of‬ ‭three‬ ‭sides‬ ‭of‬ ‭a‬
Q ‭what is the area of the rectangle ?‬
‭Q.647.‬ ‭The‬ ‭square‬ ‭of‬ ‭the‬ ‭diagonal‬ ‭of‬ ‭a‬
‭triangle‬ ‭are‬ ‭in‬ ‭the‬ ‭ratio‬ ‭3:4:5.‬ ‭Among‬ ‭2‬ ‭SSC CPO 25/11/2020 (Morning)‬
‭cube is 2175‬‭𝑐 𝑚‬ ‭. What is the total‬
‭three‬ ‭sides,‬ ‭the‬ ‭difference‬ ‭between‬ ‭the‬ ‭(a) 321‬ ‭(b) 196‬ ‭(c) 400‬ ‭(d) 384‬
‭2‬
‭largest‬‭side‬‭and‬‭the‬‭smallest‬‭side‬‭of‬‭this‬ ‭ urface area ( in‬‭𝑐 𝑚‬ ‭) of the cube?‬
s
‭triangle‬ ‭is‬ ‭3.6‬ ‭cm.‬ ‭The‬ ‭area‬ ‭of‬ ‭this‬ ‭SSC CHSL 12/08/2021 (Afternoon)‬
‭(a) 4305‬ ‭(b) 4272 (c) 4530 (d) 4350‬
‭SSC CGL 2019 Tier - 2‬
‭triangle is:‬
‭SSC CHSL 16/04/2021 (Evening)‬
‭Q.655.‬‭The‬‭areas‬‭of‬‭three‬‭adjacent‬‭faces‬
‭(a) 19.44 (b) 32.4 (c) 21.75 (d) 15.64‬ ‭SSC CPO 2020 Tier - 1‬ ‭2‬ ‭2‬
‭of‬ ‭a‬ ‭cuboidal‬ ‭tank‬‭are‬ ‭3‬‭𝑚‬ , ‭12‬‭𝑚‬ ‭and‬
‭ .640.‬‭One - quarter of a circular pizza of‬
Q ‭2‬
‭Q.648.‬‭The sides of a triangle are 24cm,‬ ‭ 6‬‭𝑚‬ ‭.‬ ‭The‬‭capacity‬‭of‬‭the‬‭tank‬‭in‬‭litres‬
1
d
‭ iameter‬ ‭28‬ ‭cm‬ ‭was‬ ‭removed‬ ‭from‬ ‭the‬
‭ 6cm and 10cm. At each of its vertices,‬
2 ‭is :‬
‭whole‬ ‭pizza.‬ ‭What‬ ‭is‬ ‭the‬ ‭perimeter‬ ‭(in‬
‭circles of radius 4.2 cm are drawn. What‬ ‭SSC CGL Tier II (15/11/2020)‬
‭22‬
‭cm) of the remaining pizza? (π =‬ ‭)‬ ‭2‬ ‭(a) 48000‬ ‭(b) 24000‬
‭7‬ i‭s‬ ‭the‬ ‭area‬ ‭(in‬ ‭𝑐 𝑚‬ ‭)‬ ‭of‬ ‭the‬ ‭triangle,‬
‭(c) 72000‬ ‭(d) 36000‬
‭excluding the portion covered by the‬
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭Q.656.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭right‬ ‭pyramid‬‭is‬‭a‬ ‭2‬
‭ rea (in‬‭𝑐 ‬‭𝑚‬ ‭) of the remaining solid?‬
a ‭respectively,‬ ‭and‬ ‭its‬ ‭height‬ ‭is‬‭decreased‬
‭ quare‬‭of‬‭a‬‭side‬‭10cm.‬‭If‬‭its‬‭height‬‭is‬‭10‬
s ‭SSC CGL Tier II (16/11/2020)‬ ‭ y‬ ‭20%.‬ ‭The‬ ‭percentage‬ ‭increase‬ ‭in‬ ‭the‬
b
c
‭2‬
‭ m,‬ ‭then‬ ‭the‬‭area‬‭(in‬ ‭𝑐 𝑚‬ ‭)‬‭of‬‭its‬‭lateral‬ ‭(a) 326.25‬π ‭(b) 416.25‬π ‭volume of the cuboid is:‬
‭surface is:‬ ‭(c) 472.5‬π ‭(d) 270‬π ‭SSC CHSL 14/10/2020 (Morning)‬
‭SSC CGL Tier II (15/11/2020)‬ ‭‬
4 ‭‬
1 ‭‬
2 ‭‬
3
‭(a) 5‬ ‭% (b) 5‬ ‭% (c) 5‬ ‭% (d)‬‭5‬ ‭%‬
‭ .664.‬‭A‬‭hemispherical‬‭tank‬‭full‬‭of‬‭water‬
Q ‭5‬ ‭5‬ ‭5‬ ‭5‬
‭(a)‬‭100‬ ‭(b)‬‭100‬( ‭5‬+ ‭1‬)
‭is‬ ‭emptied‬ ‭by‬ ‭a‬ ‭pipe‬ ‭at‬ ‭the‬ ‭rate‬ ‭of‬ ‭7.7‬
‭(c)‬‭50‬ ‭5‬ ‭(d)‬‭100‬ ‭5‬ ‭litres‬ ‭per‬ ‭seconds.‬ ‭How‬ ‭much‬ ‭time(in‬ ‭Q.671.‬‭In the given figure, the ratio of the‬
‭‬
2 ‭ rea‬ ‭of‬ ‭the‬ ‭largest‬ ‭square‬‭to‬‭that‬‭of‬‭the‬
a
‭ .657.‬‭The‬‭height‬‭of‬‭a‬‭cylinder‬‭is‬‭30‬‭cm‬
Q ‭hours)‬‭will‬‭it‬‭take‬‭to‬‭empty‬ ‭part‬‭of‬‭the‬ ‭smallest square is:‬
‭3‬
‭and‬ ‭the‬ ‭diameter‬ ‭of‬ ‭its‬ ‭base‬ ‭is‬ ‭10‬ ‭cm.‬
‭tank‬ ‭if‬ ‭the‬ ‭internal‬ ‭radius‬ ‭of‬ ‭the‬ ‭tank‬ ‭is‬
‭Two‬ ‭identical‬ ‭conical‬ ‭holes‬ ‭each‬ ‭of‬
‭ 0.5 m ?‬
1
‭radius‬ ‭5‬ ‭cm‬ ‭and‬ ‭height‬ ‭of‬ ‭12‬ ‭cm‬ ‭are‬
‭SSC CGL Tier II (16/11/2020)‬
‭drilled‬ ‭out.‬ ‭what‬ ‭is‬ ‭the‬ ‭surface‬ ‭area‬ ‭(in‬
‭185‬ ‭ 75‬
1 ‭ 85‬
1 ‭ 75‬
1
‭2‬
𝑐‭ 𝑚‬ ‭) of the remaining solid?‬ ‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭6‬ ‭‬
3 ‭‬
3 ‭‬
2
‭SSC CGL Tier II 15/11/2020‬ ‭SSC CHSL 14/10/2020 (Afternoon)‬
‭(a) 230‬π ‭(b) 430‬π ‭(c) 330‬π ‭(d) 120‬π ‭ .665.‬ ‭A‬ ‭solid‬ ‭metallic‬ ‭cuboid‬ ‭of‬
Q ‭(a) 4 : 1‬ ‭(b)‬ ‭2‬‭:‬ ‭1‬ ‭(c) 3 : 1 (d) 2 : 1‬
‭dimensions‬ ‭18‬ ‭cm‬ × ‭36cm‬ × ‭72cm‬ ‭is‬
‭ .658.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭right‬ ‭prism‬ ‭is‬ ‭a‬
Q ‭melted‬ ‭and‬ ‭recast‬ ‭into‬ ‭8‬ ‭cubes‬ ‭of‬ ‭the‬ ‭ .672.‬ ‭Water‬ ‭flows‬‭into‬‭a‬‭tank‬‭180‬‭m‬×
Q
‭regular‬ ‭hexagon‬ ‭of‬ ‭side‬ ‭5‬ ‭cm.‬ ‭If‬ ‭its‬ ‭same‬ ‭volume.‬ ‭What‬ ‭is‬ ‭the‬ ‭ratio‬ ‭of‬ ‭the‬ ‭140‬ ‭m‬ ‭through‬ ‭a‬ ‭rectangular‬ ‭pipe‬ ‭of‬
‭height‬ ‭is‬ ‭12‬ ‭3‭c
‬ m,‬ ‭then‬ ‭its‬ ‭volume‬ ‭(in‬ ‭total‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭cuboid‬ ‭to‬ ‭the‬ ‭1.2m‬ × ‭0‬. ‭75‬‭𝑚‬ ‭at‬ ‭a‬ ‭rate‬ ‭of‬ ‭15‬ ‭km/h.‬ ‭In‬
‭3‬ ‭sum‬ ‭of‬ ‭the‬ ‭lateral‬ ‭surface‬ ‭area‬ ‭of‬ ‭all‬ ‭8‬ ‭what time will the water rise by 4 m ?‬
𝑐‭ 𝑚‬ ‭)‬
‭cubes ?‬ ‭SSC CHSL 14/10/2020 (Afternoon)‬
‭SSC CGL Tier II (15/11/2020)‬
‭SSC CGL Tier II (16/11/2020)‬ ‭(a) 6 hours 42 minutes‬
‭(a) 900‬ ‭(b) 1800 (c) 1350 (d) 675‬
‭(a) 2 : 3‬ ‭(b) 7 : 8‬ ‭(c) 4 : 7‬ ‭(d) 7 : 12‬ ‭(b) 7 hours 28 minutes‬
‭ .659.‬ ‭A‬ ‭spherical‬ ‭metallic‬ ‭shell‬ ‭with‬ ‭6‬
Q ‭(c) 5 hours 46 minutes‬
‭cm‬ ‭external‬ ‭radius‬‭weighs‬‭6688‬‭g,‬‭What‬ ‭ .666.‬ ‭The‬ ‭base‬ ‭of‬ ‭a‬ ‭right‬ ‭prism‬ ‭is‬ ‭a‬
Q ‭(d) 8 hours 12 minutes‬
‭is‬‭the‬‭thickness‬‭of‬‭the‬‭shell‬‭if‬‭the‬‭density‬ ‭square‬‭having‬‭side‬‭of‬‭15‬‭cm.‬‭If‬‭its‬‭height‬
‭2‬ ‭2‬
‭3‬ ‭22‬ ‭is 8 cm, then find the total surface area.‬ ‭ .673.‬ ‭The‬ ‭area‬ ‭of‬ ‭a‬ ‭rectangle‬ ‭is‬ ‭𝑎‬ ‭-‬ ‭𝑏‬
Q
‭of metal is 10.5 g per cm‬ ‭π =‬ ‭)‬ ‭SSC CGL Tier II (18/11/2020)‬
‭7‬ ‭and‬ ‭its‬ ‭length‬ ‭is‬ ‭a‬ ‭+‬ ‭b,‬ ‭what‬ ‭will‬ ‭be‬ ‭its‬
‭2‬ ‭2‬
‭SSC CGL Tier II (15/11/2020)‬ ‭(a) 920‬‭𝑐 𝑚‬ ‭(b) 930‬‭𝑐 𝑚‬ b ‭ readth ?‬
‭‬
1 ‭2‬ ‭2‬ ‭SSC CHSL 15/10/2020 (Morning)‬
‭(a) 2 cm‬ ‭(b) 3 cm (c) 2‬ ‭cm (d) 4 cm‬ ‭(c) 900‬‭𝑐 𝑚‬ ‭(d) 940‬‭𝑐 𝑚‬
‭2‬ ‭(a) 2ab‬ ‭(b) a + b‬ ‭(c) ab‬ ‭(d) a - b‬
‭Q.667.‬ ‭If‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭an‬ ‭isosceles‬
‭ .660.‬‭The sum of the radii of spheres A‬
Q ‭ .674.‬ ‭The‬ ‭area‬ ‭of‬ ‭the‬ ‭largest‬ ‭triangle‬
Q
r‭ ight‬ ‭triangle‬ ‭is‬ ‭8(‬ ‭2‬ ‭+‬ ‭1)‬ ‭cm,‬ ‭then‬ ‭the‬
‭and‬ ‭B‬ ‭is‬‭14‬‭cm,‬‭the‬‭radius‬‭of‬‭A‬‭is‬‭larger‬ ‭that‬ ‭can‬ ‭be‬ ‭inscribed‬ ‭in‬ ‭a‬ ‭semicircle‬ ‭of‬
‭length‬ ‭of‬ ‭the‬ ‭hypotenuse‬ ‭of‬ ‭the‬‭triangle‬
‭than‬ ‭that‬ ‭of‬ ‭B.‬ ‭The‬ ‭difference‬ ‭between‬ ‭radius 4 cm in square centimetres is‬
‭is:‬
‭their surface area is 112‬π‭. What is the‬ ‭SSC CHSL 15/10/2020 (Evening)‬
‭SSC CGL Tier II (18/11/2020)‬
‭ratio of volumes of A and B ?‬ ‭(a) 16‬ ‭(b) 14‬‭‬ ‭(c) 12‬‭‬ ‭(d) 18‬
‭(a) 10 cm (b) 8 cm (c) 24 cm (d) 12 cm‬
‭SSC CGL Tier II (15/11/2020)‬
‭(a) 64 : 27 (b) 8 : 1 (c) 125 : 64 (d) 27 : 8‬ ‭ .675.‬‭The‬‭area‬‭of‬‭a‬‭square‬‭park‬‭is‬‭16x‬‭2‬
Q
‭SSC CHSL 2019 Tier - 1‬ ‭+ 8x + 1. What is the length of the park?‬
‭ .661.‬ ‭If‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q ‭SSC CHSL 16/10/2020 (Afternoon)‬
‭increased‬‭by‬‭2.5‬‭decimeter‬‭(dm),‬‭then‬‭its‬ ‭Q.668.‬‭In‬‭the‬‭figure,‬‭L‬‭is‬‭the‬‭centre‬‭of‬‭the‬ ‭(a) (4x - 1) units‬ ‭(b) (4x + 1) units‬
‭surface‬‭area‬‭increases‬‭by‬‭110‬‭𝑑‬‭𝑚‬ ‭.‬‭What‬
‭2‬
‭ ircle,‬‭and‬‭ML‬‭is‬‭the‬‭perpendicular‬‭to‬‭LN.‬
c ‭(c) (4x + 1)‬‭2‬ ‭units‬ ‭(d) 4x units‬
‭2‬
i‭s the volume(in‬‭𝑑𝑚‬ ‭) of the sphere‬ ‭If‬‭the‬‭area‬‭of‬‭the‬‭triangle‬‭MLN‬‭is‬‭36,‬‭then‬
‭ .676.‬ ‭A‬ ‭triangle‬ ‭PQR‬ ‭is‬ ‭a‬ ‭right‬ ‭angled‬
Q
‭SSC CGL Tier II (16/11/2020)‬ ‭the area of the circle is:‬
‭triangle‬‭at‬‭Q‬‭.‬‭E‬‭and‬‭F‬‭are‬‭the‬‭mid‬‭points‬
‭‬
3 ‭ 1‬
1 ‭ 3‬
1 ‭‬
4 ‭of‬ ‭QR‬ ‭and‬ ‭PR‬ ‭respectively.‬ ‭What‬ ‭will‬‭be‬
‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭7‬ ‭21‬ ‭21‬ ‭7‬ ‭the‬‭ratio‬‭of‬‭the‬‭area‬‭of‬‭quadrilateral‬‭PQEF‬
‭to the area of triangle PQR.‬
‭Q.662.‬ ‭A‬ ‭cylindrical‬ ‭roller‬ ‭made‬ ‭up‬ ‭of‬
‭SSC CHSL 19/10/2020 (Morning)‬
i‭ron‬ ‭is‬‭1.2m‬‭long.‬‭Its‬‭internal‬‭radius‬‭is‬‭24‬
‭‬
2 ‭‬
3 ‭‬‭3‭‬‬ ‭‬‭4‭‬‬
‭cm‬‭and‬‭thickness‬‭of‬‭the‬‭iron‬‭sheet‬‭used‬ ‭(a)‬ ‭(b)‬ ‭(c)‬ ‭(d)‬
‭ SC CHSL 12/10/2020 (Afternoon)‬
S ‭3‬ ‭4‬ ‭2‬ ‭3‬
‭in‬‭making‬‭the‬‭roller‬‭is‬‭15‬‭cm.‬‭What‬‭is‬‭the‬
‭(a) 70‬π ‭(b) 72‬π ‭(c) 66‬π ‭(d) 68‬π
‭3‬
‭ eight‬‭(in‬‭kg‬‭)‬‭of‬‭the‬‭roller,‬‭if‬‭1‭𝑐‬ ‬‭𝑚‬ ‭of‬‭the‬
w ‭ .677.‬‭Three sides of a triangle measure‬
Q
‭iron has 8 g mass ?‬ ‭ .669.‬ ‭A‬ ‭cylindrical‬‭vessel‬‭with‬‭radius‬‭6‬
Q ‭6‬ ‭cm,‬ ‭10‬ ‭cm‬ ‭and‬ ‭x‬ ‭cm.‬ ‭The‬ ‭minimum‬
‭SSC CGL Tier II (16/11/2020)‬ ‭cm‬ ‭and‬ ‭height‬ ‭5‬ ‭cm‬ ‭is‬ ‭to‬ ‭be‬ ‭made‬ ‭by‬ ‭integral value of x is:‬
‭(a) 892.8‬π ‭(b) 907.2‬π ‭melting‬ ‭a‬ ‭number‬ ‭of‬ ‭spherical‬ ‭metal‬ ‭SSC CHSL 19/10/2020 (Evening)‬
‭(c) 846.72‬π ‭(d) 845.75‬π ‭balls‬ ‭of‬ ‭diameter‬ ‭2‬ ‭cm.‬ ‭The‬ ‭minimum‬ ‭(a) 2‬ ‭(b) 1‬ ‭(c) 3‬ ‭(d) 5‬
‭number of balls needed is:‬
‭ .663.‬ ‭From‬ ‭a‬ ‭solid‬ ‭cylindrical‬ ‭wooden‬
Q ‭SSC CHSL 13/10/2020 (Morning)‬ ‭ .678.‬ ‭ABC‬ ‭is‬ ‭a‬ ‭right‬ ‭angled‬ ‭triangle,‬
Q
‭block‬‭of‬‭height‬‭18cm‬‭and‬‭radius‬‭7.5cm,‬‭a‬ ‭(a) 125‬ ‭(b) 135‬ ‭(c) 115‬ ‭(d) 105‬ ‭right‬ ‭angled‬ ‭at‬‭A.‬‭A‬‭circle‬‭is‬‭inscribed‬‭in‬
‭conical‬ ‭cavity‬ ‭of‬ ‭same‬‭radius‬‭and‬‭same‬ ‭it.‬ ‭The‬ ‭lengths‬ ‭of‬ ‭two‬ ‭sides‬ ‭containing‬
‭height is taken out. What is total surface‬ ‭ .670.‬ ‭The‬ ‭length‬ ‭and‬ ‭breadth‬ ‭of‬ ‭a‬
Q ‭the right angle are 48 cm and 14 cm. The‬
‭cuboid‬ ‭are‬ ‭increased‬ ‭by‬ ‭10%‬ ‭and‬ ‭20%,‬ ‭radius of the inscribed circle is:‬
‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬ 145
‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭ SC CHSL 20/10/2020 (Morning)‬
S ‭Q.688.‬ ‭The‬ ‭length‬ ‭of‬ ‭tangents‬ ‭drawn‬ ‭surface‬‭is‬‭four‬‭times‬‭the‬‭area‬‭of‬‭its‬‭base.‬
‭(a) 4 cm‬ ‭(b) 6 cm (c) 8 cm (d) 5 cm‬ f‭ rom an external point to the circle are:‬ ‭ hat‬ ‭is‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭cone‬ ‭(in‬ ‭𝑚‬ ‭‬
W
‭3‬

‭SSC CHSL 19/03/2020 (Morning)‬ ‭and correct up to 3 decimal places)‬


‭ .679.‬ ‭Two‬ ‭concentric‬ ‭circles‬ ‭form‬ ‭a‬
Q ‭(a) not equal‬ ‭(b) perpendicular‬ ‭SSC CPO 09/12/2019 (Morning)‬
‭ring.‬ ‭The‬ ‭inner‬ ‭and‬ ‭outer‬ ‭circumference‬ ‭(c) parallel‬ ‭(d) equal‬ ‭(a) 3.316‬ ‭(b) 3.384 (c) 2.994 (d) 2.625‬
‭of‬ ‭the‬ ‭ring‬ ‭are‬ ‭22‬ ‭cm‬ ‭and‬ ‭44‬ ‭cm‬
‭respectively. The width of the ring is:‬ ‭Q.696.‬‭60 discs each of diameter 21 cm‬
‭SSC CHSL 20/10/2020 (Afternoon)‬
‭SSC CGL 2019 Tier - 1‬
‭‬
1
‭(a) 3.5 cm (b) 1.5 cm (c) 2.5 cm (d) 3 cm‬ ‭and‬ ‭thickness‬ ‭cm‬ ‭are‬ ‭stacked‬ ‭one‬
‭3‬
‭Q.689.‬ ‭A‬ ‭race‬ ‭track‬ ‭is‬ ‭in‬‭the‬‭shape‬‭of‬‭a‬
‭ bove‬ ‭the‬ ‭other‬ ‭to‬ ‭form‬ ‭a‬‭right‬‭circular‬
a
‭Q.680.‬‭A, B and C are three points on the‬ r‭ ing‬ ‭whose‬ ‭inner‬ ‭and‬ ‭outer‬
‭cylinder.‬ ‭What‬ ‭is‬‭its‬‭volume‬‭in‬‭m‬‭3‬ ‭if‬‭(π‬‭=‬
‭ ircle.‬ ‭If‬ ‭AB‬ ‭=‬ ‭AC‬ ‭=‬ ‭7‬ ‭2‬‭cm‬‭and‬‭∠BAC‬‭=‬
c ‭circumferences‬ ‭are‬ ‭440m‬ ‭and‬ ‭506m,‬
‭22‬
‭90°, then the radius is equal to:‬ ‭respectively. What is the cost of levelling‬ ‭) ?‬
‭7‬
‭SSC CHSL 21/10/2020 (Afternoon)‬ ‭22‬
‭the track at ₹6/m‬‭2‬ ‭? (π =‬ ‭)‬ ‭ SC CPO 09/12/2019 (Morning)‬
S
‭7‬
‭(a) 14‬ ‭(b) 7‬ ‭(c)‬‭7‬ ‭2‬ ‭(d) 6‬ ‭(a) 4.25‬× ‭10‬‭-2‬ ‭(b) 8.05‬× ‭10‬‭-3‬
‭ SC CGL 03/03/2020 (Afternoon)‬
S ‭-2‬
‭(c) 7.62‬× ‭10‬ ‭(d) 6.93‬× ‭10‬‭-3‬
‭ .681.‬‭In‬‭an‬‭isosceles‬‭triangle‬‭ABC,‬‭AB‬‭=‬
Q ‭(a) ₹18,966‬ ‭(b) ₹24,832‬
‭AC‬‭and‬‭AD‬‭is‬‭perpendicular‬‭to‬‭BC‬‭at‬‭D.‬‭If‬ ‭(c) ₹19,866‬ ‭(d) ₹29,799‬ ‭ .697.‬‭A‬‭cylinder‬‭84‬‭cm‬‭long‬‭is‬‭made‬‭of‬
Q
‭AD‬ ‭=‬ ‭8‬ ‭cm‬ ‭and‬ ‭perimeter‬ ‭of‬ ∆‭ABC‬ ‭is‬ ‭steel.‬ ‭Its‬‭external‬‭and‬‭internal‬‭diameters‬
‭Q.690.‬ ‭A‬ ‭cylindrical‬ ‭vessel‬ ‭of‬ ‭radius‬
‭64cm, then the area of‬∆‭ABC‬ ‭are‬‭10‬‭cm‬‭and‬‭8‬‭cm‬‭respectively.‬‭What‬‭is‬
‭ 0cm‬ ‭and‬ ‭height‬ ‭42‬ ‭cm‬ ‭is‬‭full‬‭of‬‭water.‬
3
‭SSC CHSL 26/10/2020 (Evening)‬ ‭the‬‭volume‬‭of‬‭the‬‭steel‬‭in‬‭the‬‭cylinder‬‭(‬‭in‬
‭Its‬ ‭contents‬ ‭are‬ ‭emptied‬ ‭into‬ ‭a‬
‭(a) 130‬ ‭(b) 124‬ ‭(c) 120‬ ‭(d) 125‬ ‭10‬‭-3‬ ‭m‬‭3‬ ‭and‬ ‭correct‬ ‭upto‬ ‭three‬ ‭decimal‬
‭rectangular‬ ‭tub‬ ‭of‬ ‭length‬ ‭75cm‬ ‭and‬
‭places) ?‬
‭ .682.‬ ‭If‬ ‭M‬ ‭is‬ ‭the‬ ‭mid‬ ‭point‬ ‭of‬‭the‬‭side‬
Q ‭breadth‬ ‭44cm.‬ ‭The‬ ‭height(in‬ ‭cm)‬ ‭to‬
‭SSC CPO 09/12/2019 (Morning)‬
‭BC‬‭of‬ ∆‭ABC,‬‭and‬‭the‬‭area‬‭of‬ ∆‭ABM‬‭is‬‭18‬ ‭which the water rises in the tub is:‬
‭(a) 2.112‬‭(b) 2.376 (c) 4.752 (d) 9.504‬
‭2‬ ‭22‬
𝑐‭ 𝑚‬ ‭, then the area of‬∆‭𝐴 𝐵𝐶‬‭‬‭is:‬ ‭(π =‬ ‭)‬
‭7‬
‭SSC CHSL 17/03/2020 (Morning)‬ ‭Q.698.‬ ‭A‬ ‭field‬ ‭is‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭a‬
‭ SC CGL 04/03/2020 (Afternoon)‬
S t‭ rapezium‬‭whose‬‭parallel‬‭sides‬‭are‬‭200m‬
‭(a) 30‬ ‭(b) 34‬ ‭(c) 36‬ ‭(d) 32‬
‭(a) 36‬ ‭(b) 30‬ ‭(c) 40 (d) 45‬ ‭and‬ ‭400m‬ ‭long,‬ ‭whereas‬ ‭each‬ ‭of‬ ‭the‬
‭ .683.‬ ‭A‬ ‭5‬ ‭cm‬ ‭long‬ ‭perpendicular‬ ‭is‬
Q ‭other‬ ‭two‬ ‭sides‬ ‭is‬ ‭260m‬ ‭long‬ ‭.‬ ‭what‬ ‭is‬
‭ .691.‬ ‭The‬ ‭diagonal‬ ‭of‬ ‭a‬ ‭square‬ ‭A‬ ‭is‬
Q
‭drawn‬‭from‬‭the‬‭centre‬‭of‬‭a‬‭circle‬‭to‬‭a‬‭24‬ ‭2‬
t‭ he area (in‬‭𝑚‬ ) ‭of the field ?‬
‭(a+b)‬ ‭units.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭(in‬ ‭square‬
‭cm‬ ‭long‬ ‭chord.‬ ‭Find‬‭the‬‭diameter‬‭of‬‭the‬ ‭SSC CPO 11/12/2019 (Morning)‬
‭units)‬ ‭of‬ ‭the‬ ‭square‬ ‭drawn‬ ‭on‬ ‭the‬
‭circle.‬ ‭(a) 48000‬ ‭(b) 52000‬
‭diagonal‬‭of‬‭square‬‭B‬‭whose‬‭area‬‭is‬‭twice‬
‭SSC CHSL 17/03/2020 (Morning)‬ ‭(c) 72000 (d) 60000‬
‭the area of square A ?‬
‭(a) 32 cm (b) 13 cm (c) 30 cm (d) 26 cm‬
‭SSC CGL 05/03/2020 (Morning)‬
‭2‬ ‭2‬ ‭Q.699.‬‭A‬‭solid‬‭metallic‬‭sphere‬‭of‬‭radius‬‭x‬
‭ .684.‬‭The length of a rectangular plot is‬
Q ‭(a)‬(‭𝑎‬ + ‭𝑏‬) ‭(b) 2‬(‭𝑎‬ + ‭𝑏‬) ‭ m‬ ‭is‬ ‭melted‬ ‭and‬ ‭then‬ ‭drawn‬ ‭into‬ ‭126‬
c
‭five‬ ‭times‬ ‭its‬ ‭breadth.‬ ‭If‬ ‭the‬ ‭area‬‭of‬‭the‬ ‭(c)‬‭4‬(‭𝑎‬ + ‭𝑏‬)
‭2‬
‭(d)‬‭8‬(‭𝑎‬ + ‭𝑏‬)
‭2‬
‭cones‬‭each‬‭of‬‭radius‬‭3.5‬‭cm‬‭and‬‭height‬‭3‬
‭2‬
r‭ ectangular plot is 2000‬‭𝑚‬ , ‭then what is‬ ‭cm.‬ ‭There‬ ‭is‬ ‭no‬ ‭wastage‬ ‭of‬ ‭material‬ ‭in‬
‭the breadth of the rectangular plot ?‬ ‭Q.692.‬ ‭A‬ ‭circular‬ ‭disc‬ ‭of‬ ‭area‬ ‭0.64‬Π‭m‬‭2‬
‭this process. What is the value of x ?‬
‭SSC CHSL 18/03/2020 (Evening)‬ ‭rolls‬ ‭down‬ ‭a‬ ‭length‬ ‭of‬ ‭1.408‬ ‭km.‬ ‭The‬
‭SSC CPO 11/12/2019 (Morning)‬
‭(a) 40 m‬ ‭(b) 10 m (c) 20 m (d) 30 m‬ ‭number of revolutions it make is:‬
‭(a) 10.5‬ ‭(b) 7‬ ‭(c) 3.5‬ ‭(d) 21‬
‭22‬
‭(π =‬ ‭)‬
‭ .685.‬ ‭Two‬ ‭small‬ ‭circular‬ ‭grounds‬ ‭of‬
Q ‭7‬ ‭Q.700.‬ ‭In‬ ∆‭ABC,‬ ‭∠A‬ ‭=‬ ‭90°,‬ ‭AB‬ ‭=‬ ‭16‬ ‭cm‬
‭diameters‬ ‭42‬ ‭m‬ ‭and‬ ‭26‬ ‭m‬ ‭are‬ ‭to‬ ‭be‬ ‭ SC CGL 06/03/2020 (Morning)‬
S ‭ nd‬‭AC‬‭=‬‭12‬‭cm.‬‭D‬‭is‬‭the‬‭midpoint‬‭of‬‭AC‬
a
‭replaced‬ ‭by‬ ‭a‬ ‭bigger‬ ‭circular‬ ‭ground.‬ ‭(a) 280‬ ‭(b) 360‬ ‭(c) 140‬ ‭(d) 180‬ ‭and‬ ‭DE‬ ⊥‭CB‬ ‭at‬ ‭E.‬ ‭What‬ ‭is‬ ‭the‬ ‭area‬ ‭(in‬
‭What‬ ‭would‬ ‭be‬ ‭the‬ ‭radius‬ ‭of‬ ‭the‬ ‭new‬ ‭2‬
‭ f‬∆‭CDE ?‬
𝑐‭ 𝑚‬ )‭‬o
‭ .693.‬ ‭If‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭certain‬
Q
‭ground‬ ‭if‬ ‭the‬ ‭new‬ ‭ground‬ ‭has‬‭the‬‭same‬ ‭SSC CPO 11/12/2019 (Evening)‬
‭rectangle‬ ‭is‬ ‭50‬ ‭units‬ ‭and‬‭its‬‭area‬‭is‬‭150‬
‭area as the two small grounds ?‬ ‭(a) 8.64‬ ‭(b) 7.68‬ ‭(c) 5.76‬ ‭(d) 6.25‬
‭sq‬ ‭.‬ ‭units,‬ ‭then‬ ‭how‬ ‭many‬ ‭units‬ ‭is‬ ‭the‬
‭SSC CHSL 18/03/2020 (Evening)‬
‭length of its shorter side?‬
‭(a) 24.69 (b) 23 (c) 25‬ ‭(d) 25.01‬ ‭ .701.‬ ‭A‬ ‭right‬ ‭circular‬ ‭cone‬ ‭of‬ ‭largest‬
Q
‭SSC CGL 07/03/2020 (Afternoon)‬
‭volume‬ ‭is‬ ‭cut‬ ‭from‬ ‭a‬ ‭solid‬ ‭wooden‬
‭Q.686.‬ ‭In‬ ‭an‬ ‭isosceles‬ ‭right-angled‬ ‭(a) 9‬ ‭(b) 12‬ ‭(c) 10‬ ‭(d) 15‬
‭hemisphere.‬ ‭The‬ ‭Volume‬ ‭of‬ ‭the‬
t‭ riangle,‬ ‭the‬ ‭perimeter‬ ‭is‬ ‭30‬ ‭m.‬ ‭Find‬ ‭its‬ ‭remaining‬ ‭portion‬ ‭is‬‭what‬‭percentage‬‭of‬
‭2‬ ‭ .694.‬ ‭The‬ ‭volumes‬ ‭of‬ ‭sphere‬ ‭A‬ ‭and‬ ‭B‬
Q
‭ rea ( In‬‭𝑚‬ ‭Approximate.)‬
a ‭are‬ ‭in‬ ‭the‬ ‭ratio‬ ‭125‬ ‭:‬ ‭64.‬ ‭If‬ ‭the‬ ‭sum‬ ‭of‬ ‭the volume of the original hemisphere?‬
S‭ SC CHSL 18/03/2020 (Evening)‬ ‭radii‬ ‭of‬ ‭A‬ ‭and‬ ‭B‬ ‭is‬ ‭36‬ ‭cm,‬ ‭then‬ ‭the‬ ‭SSC CPO 12/12/2019 (Morning)‬
‭(a) 38.63‬ ‭(b) 39.60‬ ‭(c) 37.86‬ ‭(d) 40‬ ‭surface area (in cm‬‭2‬‭) of A is:‬ ‭(a) 50%‬ ‭(b) 33.33% (c) 75% (d) 66.66%‬

‭ .687.‬ ‭The‬ ‭radius‬ ‭a‬ ‭circular‬ ‭cone‬ ‭is‬ ‭R‬


Q ‭SSC CGL 09/03/2020 (Afternoon)‬
‭Q.702.‬ ‭A‬ ‭conical‬ ‭vessel‬ ‭whose‬ ‭internal‬
‭and its height is H. the volume of cone is:‬ ‭(a) 512 π (b) 1600 π (c) 800 π (d) 1024 π‬
‭ ase‬‭radius‬‭is‬‭18‬‭cm‬‭and‬‭height‬‭60‬‭cm‬‭is‬
b
‭SSC CHSL 19/03/2020 (Morning)‬ ‭full‬ ‭of‬ ‭a‬ ‭liquid.‬ ‭The‬ ‭entire‬ ‭liquid‬ ‭of‬ ‭the‬
‭2‬
π‭𝑅‬ ‭𝐻‬ ‭2‬ ‭SSC CPO 2019 Tier - 1‬ ‭vessel‬‭is‬‭emptied‬‭into‬‭a‬‭cylindrical‬‭vessel‬
‭(a)‬ ‭(b)‬
‭3‬ ‭3π
‬𝑅
‭2‬
‭ ‬ ‭𝐻‬ ‭with‬‭internal‬‭radius‬‭15‬‭cm.‬‭The‬‭height‬‭(‬‭in‬
‭2‬ ‭2‬ ‭ .695.‬‭The‬‭height‬‭of‬‭a‬‭right‬‭circular‬‭cone‬
Q ‭cm)‬ ‭to‬ ‭which‬ ‭the‬ ‭liquid‬ ‭rises‬ ‭in‬ ‭the‬
‭(c)‬π‭𝑅‬ ‭𝐻‬ ‭(d)‬π‭𝑅‬ ‭𝐻‬ ‭is‬ ‭35‬ ‭cm‬ ‭and‬ ‭the‬ ‭area‬ ‭of‬ ‭its‬ ‭curved‬ ‭cylindrical vessel is:‬

‭www.ssccglpinnacle.com Download Pinnacle Exam Preparation App‬ 146


‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭ SC CPO 12/12/2019 (Morning)‬
S ‭2‬
‭increases by 704‬‭𝑐 𝑚‬ .‭The diameter of the‬ ‭‬
1
‭(c) increase by 11‬ ‭%‬
‭(a) 30.2‬ ‭(b) 28.8‬ ‭(c) 27‬ ‭(d) 24‬ ‭22‬ ‭9‬
‭original sphere is _______.( take‬Π ‭=‬ ‭)‬ ‭1‬
‭7‬ ‭(d) decrease by 11‬ ‭%‬
‭Q.703.‬ ‭From‬ ‭a‬ ‭point‬ ‭P‬ ‭which‬ ‭is‬ ‭at‬ ‭a‬ ‭9‬
‭ SC CPO 13/12/2019 (Evening)‬
S
‭ istance‬‭of‬‭10‬‭cm‬‭from‬‭the‬‭centre‬‭O‬‭of‬‭a‬
d
‭(a) 8.2 (b) 5.2 (c) 6.8 (d) 6.2‬ ‭ .718.‬ ‭A‬ ‭solid‬ ‭cube‬ ‭is‬ ‭cut‬ ‭into‬ ‭three‬
Q
‭circle‬ ‭of‬ ‭radius‬ ‭6‬ ‭cm,‬ ‭a‬‭pair‬‭of‬‭tangents‬
‭PQ‬‭and‬‭PR‬‭to‬‭the‬‭circle‬‭at‬‭point‬‭Q‬‭and‬‭R‬ ‭cuboids‬ ‭of‬ ‭same‬ ‭volumes.‬ ‭What‬ ‭is‬ ‭the‬
‭respectively,‬ ‭are‬‭drawn.‬‭Then‬‭the‬‭area(in‬ ‭SSC CGL 2018 Tier - 2‬ ‭ratio‬ ‭of‬ ‭the‬ ‭surface‬ ‭area‬ ‭of‬ ‭the‬ ‭cube‬ ‭to‬
‭sq‬‭cm)‬‭of‬‭the‬‭quadrilateral‬‭PQOR‬‭is‬‭equal‬ ‭the‬‭sum‬‭of‬‭the‬‭surface‬‭areas‬‭of‬‭any‬‭two‬
‭to :‬ ‭ .711.‬ ‭A‬ ‭right‬ ‭circular‬ ‭cylinder‬ ‭of‬
Q ‭of the cuboids so formed ?‬
‭SSC CPO 12/12/2019 (Evening)‬ ‭maximum‬‭volume‬‭is‬‭cut‬‭out‬ ‭from‬‭a‬‭solid‬ ‭SSC CGL Tier II (12/09/2019)‬
‭(a) 30‬ ‭(b) 40 (c) 24‬ ‭(d) 48‬ ‭wooden‬ ‭cube.‬ ‭The‬ ‭material‬ ‭left‬ ‭is‬ ‭what‬ ‭(a) 9 : 10 (b) 27 : 16 (c) 27 : 10 (d) 9 : 8‬
‭percent‬ ‭of‬ ‭the‬ ‭volume‬ ‭(nearest‬ ‭to‬ ‭an‬
‭Q.704.‬ ‭A‬ ‭cuboidal‬ ‭tank‬ ‭has‬‭25000‬‭litres‬ ‭integer) of the original cube ?‬ ‭Q.719.‬ ‭A‬ ‭field‬ ‭roller,‬ ‭in‬ ‭the‬ ‭shape‬ ‭of‬ ‭a‬
‭‬
1 ‭SSC CGL Tier II (11/09/2019)‬ ‭ ylinder,‬ ‭has‬ ‭a‬ ‭diameter‬ ‭of‬ ‭1‬ ‭m‬ ‭and‬
c
‭of‬‭water.‬‭If‬‭the‬‭depth‬‭of‬‭the‬‭cuboid‬‭is‬ ‭‬
1
‭5‬ ‭(a) 19‬ ‭(b) 28‬ ‭(c) 23‬ ‭(d) 21‬ ‭length‬ ‭of‬ ‭1‬ ‭m.‬ ‭If‬ ‭the‬ ‭speed‬ ‭at‬ ‭which‬
‭1‬ ‭4‬
‭of‬ ‭its‬ ‭length‬ ‭and‬ ‭breadth‬ ‭is‬ ‭of‬ ‭its‬ ‭the‬ ‭roller‬ ‭rolls‬ ‭is‬ ‭14‬ ‭revolutions‬ ‭per‬
‭8‬ ‭Q.712.‬‭If‬‭the‬‭radius‬‭of‬‭the‬‭base‬‭of‬‭a‬‭cone‬
l‭ength, then the length of the tank is:‬ i‭s‬ ‭doubled,‬ ‭and‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭new‬ ‭minute,‬ ‭then‬ ‭the‬ ‭maximum‬ ‭area‬ ‭(in‬ ‭𝑚‬ ‭)‬
‭2‬

‭SSC CPO 12/12/2019 (Evening)‬ ‭cone‬ ‭is‬ ‭three‬ ‭times‬ ‭the‬ ‭volume‬ ‭of‬ ‭the‬ ‭22‬
‭(a) 12 m‬ ‭(b) 10 m (c) 15 m (d) 18 m‬ ‭original‬ ‭cone,‬ ‭then‬‭what‬‭will‬‭be‬‭the‬‭ratio‬ ‭that it can roll in 1 hour is : (take π =‬ ‭)‬
‭7‬
‭of‬ ‭the‬ ‭height‬‭of‬‭the‬‭original‬‭cone‬‭to‬‭that‬ ‭ SC CGL Tier II (12/09/2019)‬
S
‭ .705.‬ ‭A‬ ‭rectangular‬ ‭sheet‬ ‭of‬ ‭paper‬
Q ‭of the new cone ?‬ ‭(a) 3960‬ ‭(b) 3600‬ ‭(c) 3300 (d) 3560‬
‭which‬ ‭is‬ ‭88‬ ‭cm‬ ‭long‬ ‭and‬ ‭11‬‭cm‬‭wide‬‭is‬ ‭SSC CGL Tier II (11/09/2019)‬
‭rolled‬ ‭to‬ ‭form‬ ‭a‬ ‭cylinder‬‭of‬‭height‬‭equal‬ ‭(a) 1 : 3‬ ‭(b) 4 : 3‬ ‭(c) 2 : 9‬ ‭(d) 9 : 4‬ ‭Q.720.‬ ‭A‬ ‭solid‬ ‭cylinder‬ ‭of‬ ‭base‬ ‭radius‬
‭to its width of the paper. What is the‬ ‭ 2cm‬ ‭and‬ ‭height‬ ‭15‬ ‭cm‬ ‭is‬ ‭melted‬ ‭and‬
1
‭volume of the cylinder so formed?‬ ‭ .713.‬ ‭Three‬ ‭solid‬ ‭metallic‬ ‭spheres‬
Q ‭recast‬‭into‬‭n‬‭toys‬‭each‬‭in‬‭the‬‭shape‬‭of‬‭a‬
‭SSC CPO 12/12/2019 (Evening)‬ ‭whose‬‭radii‬‭are‬‭1cm,‬‭x‬‭cm‬‭and‬‭8‬‭cm,‬‭are‬ ‭right‬ ‭circular‬ ‭cone‬ ‭of‬ ‭height‬ ‭9‬ ‭cm‬
‭(a) 7676‬ ‭(b) 6776‬ ‭(c) 6546 (d) 6786‬ ‭melted‬ ‭and‬ ‭recast‬ ‭into‬ ‭a‬ ‭single‬ ‭solid‬ ‭mounted‬ ‭on‬ ‭a‬ ‭hemisphere‬ ‭of‬ ‭radius‬ ‭3‬
‭sphere‬ ‭of‬ ‭diameter‬ ‭18‬ ‭cm.‬ ‭The‬ ‭surface‬ ‭cm. The value of n is :‬
‭ .706.‬ ‭The‬ ‭diameter‬ ‭of‬‭a‬‭cycle‬‭wheel‬‭is‬
Q ‭2‬
‭ rea‬ ‭(in‬ ‭𝑐 𝑚‬ ‭)‬‭of‬‭the‬‭sphere‬‭with‬‭radius‬‭x‬
a ‭SSC CGL Tier II (13/09/2019)‬
‭126‬ ‭cm.‬ ‭A‬ ‭cyclist‬ ‭takes‬‭16.5‬‭minutes‬‭to‬
‭cm is :‬ ‭(a) 27‬ ‭(b) 64‬ ‭(c) 48‬ ‭(d) 54‬
‭reach‬ ‭the‬ ‭destination‬ ‭at‬ ‭a‬ ‭speed‬ ‭of‬ ‭72‬
‭SSC CGL Tier II (11/09/2019)‬
‭km/hr.‬ ‭How‬ ‭many‬ ‭revolutions‬ ‭will‬ ‭the‬ ‭Q.721.‬‭The‬‭base‬‭of‬‭a‬‭right‬‭pyramid‬‭is‬‭an‬
‭(a) 144‬‭‬π ‭(b) 72‬π ‭(c) 64‬‭‬π ‭(d) 100‬π
‭wheel make during the journey?‬ ‭2‬
‭ quilateral‬‭triangle‬‭with‬‭area‬‭16‬ ‭3‭𝑐‬ 𝑚‬ ‭.‬‭If‬
e
‭SSC CPO 12/12/2019 (Evening)‬ ‭Q.714.‬ ‭The‬ ‭area‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬ ‭right‬ ‭the‬ ‭area‬ ‭of‬ ‭one‬ ‭of‬‭its‬‭lateral‬‭faces‬‭is‬‭30‬
‭(a) 5000‬ ‭(b) 5200‬ ‭(c) 4000 (d) 4500‬ ‭ ircular‬‭cone‬‭is‬‭400‬π ‭and‬‭its‬‭height‬‭is‬‭15‬
c ‭2‬
𝑐‭ 𝑚‬ ‭, then its height (in cm) is:‬
‭cm.‬‭The‬‭curved‬‭surface‬‭area‬‭of‬‭the‬‭cone‬ ‭SSC CGL Tier II (13/09/2019)‬
‭Q.707.‬ ‭A‬ ‭right‬ ‭circular‬ ‭cylinder‬ ‭of‬ ‭2‬
‭ aximum‬‭possible‬‭size‬‭is‬‭cut‬‭out‬‭from‬‭a‬
m (‭ in‬‭𝑐 𝑚‬ ‭) is :‬
‭739‬ ‭209‬
‭solid‬ ‭wooden‬ ‭cube.‬ ‭The‬ ‭remaining‬ ‭SSC CGL Tier II (12/09/2019)‬ ‭(a)‬ ‭(b)‬
‭12‬ ‭12‬
‭material‬ ‭of‬ ‭the‬ ‭cube‬‭is‬‭what‬‭percentage‬ ‭(a) 480‬‭‬π ‭(b) 500‬π ‭(c) 450‬‭π
‬ ‭(d) 560‬π
‭611‬ ‭643‬
‭of the original cube ? (take‬π ‭= 3.14)‬ ‭(c)‬ ‭(d)‬
‭ .715.‬ ‭A‬ ‭cylindrical‬ ‭vessel‬ ‭of‬‭radius‬‭3.5‬
Q ‭12‬ ‭12‬
‭SSC CPO 13/12/2019 (Morning)‬
‭m‬‭is‬‭full‬‭of‬‭water.‬‭If‬‭15400‬‭litres‬‭of‬‭water‬
‭(a) 22.4‬ ‭(b) 21.5‬ ‭(c) 22.8‬ ‭(d) 21.8‬ ‭ .722.‬ ‭A‬ ‭sphere‬ ‭of‬‭maximum‬‭volume‬‭is‬
Q
‭is‬ ‭taken‬ ‭out‬‭from‬‭it,‬‭then‬‭the‬‭drop‬‭in‬‭the‬
‭cut‬‭out‬‭from‬‭a‬‭solid‬‭hemisphere.‬‭What‬‭is‬
‭Q.708.‬‭The‬‭ratio‬‭of‬‭volumes‬‭of‬‭two‬‭right‬ ‭water level in the vessel will be :‬
‭the‬ ‭ratio‬ ‭of‬ ‭the‬ ‭volume‬ ‭of‬‭the‬‭sphere‬‭to‬
‭ ircular‬ ‭cylinders‬ ‭A‬ ‭and‬ B
c ‭ ‬ ‭is‬‭x:y‬‭and‬‭the‬ ‭SSC CGL Tier II (12/09/2019)‬
‭that of the remaining solid ?‬
‭ratio‬ ‭of‬ ‭their‬ ‭heights‬‭is‬‭a:b‬‭.‬‭What‬‭is‬‭the‬ ‭(a) 72 cm (b) 40 cm (c) 35 cm (d) 60 cm‬
‭SSC CGL Tier II (13/09/2019)‬
‭ratio of their radii?‬
‭Q.716.‬‭The‬‭base‬‭of‬‭a‬‭right‬‭pyramid‬‭is‬‭an‬ ‭(a) 1 : 4 (b) 1 : 2 (c) 1 : 3 (d) 1 : 1‬
‭SSC CPO 13/12/2019 (Evening)‬
‭ quilateral‬ ‭triangle‬ ‭with‬ ‭side‬ ‭8‬ ‭cm,‬ ‭and‬
e
‭Q.723.‬ ‭A‬ ‭15m‬ ‭deep‬ ‭well‬ ‭with‬‭radius‬‭2.8‬
‭ 𝑏‬
𝑥 ‭ 𝑏‬
𝑥 ‭ 𝑎‬
𝑥 ‭ 𝑏‬
𝑦 ‭the‬ ‭height‬ ‭of‬ ‭pyramid‬ ‭is‬ ‭24‬ ‭3‬‭‭c
‬ m.‬ ‭The‬
‭(a)‬
‭𝑦𝑎‬
‭‬‭(b)‬ ‭𝑦𝑎‬ ‭(c)‬ ‭𝑦𝑏‬
‭(d)‬
‭𝑥𝑎‬ ‭ ‬‭is‬‭dug‬‭and‬‭the‬‭earth‬‭taken‬‭out‬‭from‬‭it‬
m
‭3‬
v‭ olume (in‬‭𝑐 𝑚‬ ‭) of the pyramid is :‬ ‭is‬ ‭spread‬ ‭evenly‬ ‭to‬ ‭form‬ ‭a‬ ‭platform‬ ‭of‬
‭ .709.‬ ‭There‬ ‭is‬ ‭a‬ ‭circular‬ ‭park‬ ‭of‬
Q ‭SSC CGL Tier II (12/09/2019)‬ ‭breadth‬ ‭8m‬ ‭and‬ ‭height‬ 1
‭ .5m.‬ ‭What‬ ‭will‬
‭diameter‬ ‭‘d’.‬ ‭A‬ ‭circular‬ ‭path‬ ‭of‬ ‭uniform‬ ‭(a) 1152‬ ‭(b) 480‬ ‭(c) 576‬ ‭(d) 384‬ ‭be the length of the platform ?‬
‭width‬‭‘x’‬‭metre‬‭is‬‭made‬‭outside‬‭the‬‭park.‬ ‭SSC CGL Tier II (13/09/2019)‬
‭The‬ ‭area‬‭of‬‭the‬‭circular‬‭path‬‭outside‬‭the‬ ‭Q.717.‬ ‭If‬ ‭the‬ ‭diameter‬ ‭of‬ ‭the‬ ‭base‬ ‭of‬ ‭a‬ ‭(a) 28.4‬ ‭(b) 28.8‬ ‭(c) 30.2‬ ‭(d) 30.8‬
‭‬
1
‭park is ________ .‬ ‭right‬‭circular‬ ‭cylinder‬‭is‬‭reduced‬‭by‬‭33‬
‭SSC CPO 13/12/2019 (Evening)‬
‭3‬ ‭ .724‬‭.‬‭The‬‭internal‬‭diameter‬‭of‬‭a‬‭hollow‬
Q
‭ ‬ ‭and‬ ‭its‬ ‭height‬ ‭is‬ ‭doubled,‬ ‭then‬ ‭the‬
% ‭hemispherical‬‭vessel‬‭is‬‭24‬‭cm.‬‭It‬‭is‬‭made‬
‭(a)‬π‭𝑥‬‭‬(‭‬‭𝑥‬‭‬ + ‭‬‭𝑑‬) ‭(b)‬π‭𝑥‬‭‬(‭‬‭𝑥‬‭‬ + ‭‬‭2‬‭𝑑‬)
‭volume of the cylinder will :‬ ‭of‬ ‭a‬ ‭steel‬ ‭sheet‬ ‭which‬ ‭is‬ ‭0.5‬ ‭cm‬ ‭thick.‬
‭‬
𝑑
‭(c)‬π‭𝑥‬‭‬(‭‬‭𝑥‬‭‬ + ‭‬ ) ‭(d)‬π‭𝑥‬‭‬(‭‬‭2‬‭𝑥‬‭‬ + ‭‬‭𝑑‬) ‭SSC CGL Tier II (12/09/2019)‬ ‭2‬
‭2‬ ‭ hat‬‭is‬‭the‬‭total‬‭surface‬‭area‬‭(in‬‭𝑐 𝑚‬ ‭)‬‭of‬
W
‭‬
1
‭(a) increase by 1‬ ‭%‬ ‭the vessel ?‬
‭ .710.‬ ‭When‬ ‭the‬ ‭radius‬ ‭of‬ ‭a‬ ‭sphere‬ ‭is‬
Q ‭9‬
‭SSC CGL Tier II (13/09/2019)‬
‭increased by 5 cm, its surface area‬ ‭(b) remain unchanged‬
‭(a) 612.75‬π ‭(b) 468.75‬π
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‭Pinnacle‬ ‭Day: 20th - 29th‬ ‭Mensuration‬
‭(c) 600.2‬π ‭(d) 600.5‬π ‭9.(a)‬ ‭10.(b)‬ ‭11.(a)‬ ‭12.(a)‬ ‭193.(a)‬ ‭194.(d)‬ ‭195.(a)‬ ‭196.(c)‬
‭13.(c)‬ ‭14.(c)‬ ‭15.(b)‬ ‭16.(b)‬ ‭197.(d)‬ ‭198.(a)‬ ‭199.(b)‬ ‭200.(b)‬
‭SSC MTS 2019 Tier - 1‬
‭17.(c)‬ ‭18.(d)‬ ‭19.(b)‬ ‭20.(c)‬ ‭201.(a)‬ ‭202.(a)‬ ‭203.(c)‬ ‭204.(a)‬
‭ .725.‬ ‭There‬‭is‬‭a‬‭path‬‭of‬‭equal‬‭width‬‭of‬
Q ‭21.(a)‬ ‭22.(b)‬ ‭23.(c)‬ ‭24.(d)‬ ‭205.(d)‬ ‭206.(a)‬ ‭207.(a)‬ ‭208.(a)‬
‭3.5‬‭m‬‭along‬‭with‬‭a‬‭building‬‭measuring‬‭25‬ ‭25.(a)‬ ‭26.(b)‬ ‭27.(d)‬ ‭28.(a)‬ ‭209.(d)‬ ‭210.(b)‬ ‭211.(a)‬ ‭212.(d)‬
‭m‬‭in‬‭length‬‭and‬‭15‬‭m‬‭in‬‭breadth.‬‭Find‬‭the‬
‭flooring‬ ‭cost‬ ‭of‬ ‭this‬ ‭path‬ ‭at‬ ‭the‬ ‭rate‬ ‭of‬
‭29.(a)‬ ‭30.(d)‬ ‭31.(d)‬ ‭32.(b)‬ ‭213.(b)‬ ‭214.(d)‬ ‭215.(d)‬ ‭216.(b)‬
‭Rs. 25.50 per sq . m.‬ ‭33.(c)‬ ‭34.(c)‬ ‭35.(a)‬ ‭36.(d)‬ ‭217.(b)‬ ‭218.(d)‬ ‭219.(b)‬ ‭220.(a)‬
‭SSC MTS 09/08/2019 (Evening)‬ ‭37.(c)‬ ‭38.(a)‬ ‭39.(c)‬ ‭40.(b)‬ ‭221.(d)‬ ‭222.(d)‬ ‭223.(a)‬ ‭224.(b)‬
‭(a) Rs. 8389.50‬ ‭(b) Rs.4186.50‬
‭(c) Rs. 8146.50‬ ‭(d) Rs. 9149.50‬ ‭41.(d)‬ ‭42.(c)‬ ‭43.(d)‬ ‭44.(c)‬ ‭225.(c)‬ ‭226.(d)‬ ‭227.(d)‬ ‭228.(a)‬
‭45.(b)‬ ‭46.(c)‬ ‭47.(c)‬ ‭48.(d)‬ ‭229.(c)‬ ‭230.(d)‬ ‭231.(a)‬ ‭232.(d)‬
‭SSC CHSL 2018 Tier - 1‬ ‭49.(d)‬ ‭50.(b)‬ ‭51.(d)‬ ‭52.(b)‬ ‭233.(c)‬ ‭234.(c)‬ ‭235.(c)‬ ‭236.(c)‬
‭ .726.‬ ‭The‬ ‭volume‬ ‭of‬ ‭a‬ ‭right‬ ‭circular‬
Q ‭53.(d)‬ ‭54.(c)‬ ‭55.(d)‬ ‭56.(a)‬ ‭237.(b)‬ ‭238.(c)‬ ‭239.(a)‬ ‭240.(d)‬
‭cone‬ ‭is‬ ‭924‬‭cubic‬‭cm.‬‭If‬‭it's‬‭height‬‭is‬‭18‬ ‭57.(c)‬ ‭58.(d)‬ ‭59.(b)‬ ‭60.(d)‬ ‭241.(c)‬ ‭242.(c)‬ ‭243.(c)‬ ‭244.(d)‬
‭cm,‬ ‭then‬ ‭the‬ ‭area‬‭of‬‭it’s‬‭base‬‭(In‬‭square‬
‭61.(d)‬ ‭62.(c)‬ ‭63.(a)‬ ‭64.(a)‬ ‭245.(a)‬ ‭246.(c)‬ ‭247.(b)‬ ‭248.(c)‬
‭cm) is:‬
‭SSC CHSL 02/07/2019 (Morning)‬ ‭65.(d)‬ ‭66.(c)‬ ‭67.(b)‬ ‭68.(b)‬ ‭249.(a)‬ ‭250.(a)‬ ‭251.(a)‬ ‭252.(a)‬
‭(a) 154‬ ‭(b) 132‬ ‭(c) 176‬ ‭(d) 198‬ ‭69.(a)‬ ‭70.(b)‬ ‭71.(c)‬ ‭72.(c)‬ ‭253.(c)‬ ‭254.(c)‬ ‭255.(a)‬ ‭256.(c)‬
‭Q.727.‬‭What‬‭is‬‭the‬‭area‬‭of‬‭a‬‭rhombus‬‭(in‬ ‭73.(a)‬ ‭74.(c)‬ ‭75.(d)‬ ‭76.(d)‬ ‭257.(b)‬ ‭258.(d)‬ ‭259.(b)‬ ‭260.(c)‬
‭2‬
𝑐‭ 𝑚‬ ‭)‬ ‭whose‬ ‭side‬ ‭is‬ ‭10‬ ‭cm‬ ‭and‬ ‭the‬ ‭77.(a)‬ ‭78.(a)‬ ‭79.(d)‬ ‭80.(a)‬ ‭261.(d)‬ ‭262.(c)‬ ‭263.(a)‬ ‭264.(a)‬
‭smallest diagonal is 12 cm?‬
‭81.(a)‬ ‭82.(a)‬ ‭83.(d)‬ ‭84.(a)‬ ‭265.(b)‬ ‭266.(d)‬ ‭267.(b)‬ ‭268.(b)‬
‭SSC CHSL 09/07/2019 (Afternoon)‬
‭(a) 120‬ ‭(b) 192‬ ‭(c) 96‬ ‭(d) 50‬ ‭85.(d)‬ ‭86.(a)‬ ‭87.(c)‬ ‭88.(a)‬ ‭269.(a)‬ ‭270.(c)‬ ‭271.(d)‬ ‭272.(a)‬
‭89.(b)‬ ‭90.(b)‬ ‭91.(b)‬ ‭92.(a)‬ ‭273.(d)‬ ‭274.(b)‬ ‭275.(d)‬ ‭276.(d)‬
‭SSC CGL 2018 Tier - 1‬
‭93.(b)‬ ‭94.(b)‬ ‭95.(b)‬ ‭96.(d)‬ ‭277.(c)‬ ‭278.(b)‬ ‭279.(b)‬ ‭280.(d)‬
‭Q.728.‬ ‭The‬ ‭radii‬‭of‬‭two‬‭circular‬‭faces‬‭of‬ ‭97.(d)‬ ‭98.(c)‬ ‭99.(a)‬ ‭100.(c)‬ ‭281.(b)‬ ‭282.(b)‬ ‭283.(b)‬ ‭284.(c)‬
t‭ he‬ ‭frustum‬ ‭of‬ ‭a‬ ‭cone‬ ‭of‬ ‭height‬ ‭21‬ ‭cm‬ ‭101.(b)‬ ‭102.(c)‬ ‭103.(a)‬ ‭104.(d)‬ ‭285.(a)‬ ‭286.(c)‬ ‭287.(a)‬ ‭288.(c)‬
‭are‬ ‭3‬‭cm‬‭and‬‭2‬‭cm‬‭respectively.‬‭What‬‭is‬
‭the volume of the frustum of the cone in‬ ‭105.(b)‬ ‭106.(d)‬ ‭107.(a)‬ ‭108.(c)‬ ‭289.(a)‬ ‭290.(a)‬ ‭291.(b)‬ ‭292.(b)‬
‭22‬ ‭109.(c)‬ ‭110.(a)‬ ‭111.(a)‬ ‭112.(c)‬ ‭293.(b)‬ ‭294.(b)‬ ‭295.(a)‬ ‭296.(c)‬
‭cubic cm ? (Take 𝜋 =‬ ‭)‬
‭7‬
‭113.(a)‬ ‭114.(d)‬ ‭115.(d)‬ ‭116.(d)‬ ‭297.(b)‬ ‭298.(b)‬ ‭299.(a)‬ ‭300.(d)‬
‭ SC CGL 11/06/2019 (Morning)‬
S
‭(a) 154‬ ‭(b) 286‬ ‭(c) 345‬ ‭(d) 418‬ ‭117.(d)‬ ‭118.(d)‬ ‭119.(d)‬ ‭120.(d)‬ ‭301.(c)‬ ‭302.(c)‬ ‭303.(b)‬ ‭304.(a)‬
‭121.(c)‬ ‭122.(c)‬ ‭123.(b)‬ ‭124.(c)‬ ‭305.(c)‬ ‭306.(c)‬ ‭307.(d)‬ ‭308.(b)‬
‭SSC CPO 2018 Tier - 1‬ ‭125.(a)‬ ‭126.(b)‬ ‭127.(b)‬ ‭128.(c)‬ ‭309.(c)‬ ‭310.(c)‬ ‭311.(c)‬ ‭312.(a)‬

‭ .729.‬‭How much volume will the wood‬


Q ‭129.(c)‬ ‭130.(c)‬ ‭131.(b)‬ ‭132.(c)‬ ‭313.(a)‬ ‭314.(c)‬ ‭315.(b)‬ ‭316.(c)‬
‭need‬ ‭to‬ ‭make‬ ‭a‬ ‭closed‬ ‭box‬ ‭of‬ ‭2.5‬ ‭cm‬ ‭133.(c)‬ ‭134.(c)‬ ‭135.(a)‬ ‭136.(b)‬ ‭317.(a)‬ ‭318.(c)‬ ‭319.(d)‬ ‭320.(b)‬
‭thickness‬ ‭with‬ ‭outer‬ ‭measurements‬ ‭90‬
‭137.(b)‬ ‭138.(b)‬ ‭139.(c)‬ ‭140.(b)‬ ‭321.(b)‬ ‭322.(a)‬ ‭323.(d)‬ ‭324.(d)‬
‭cm‬× ‭75 cm‬× ‭50 cm ?‬
‭SSC CPO 14/03/2019 (Evening)‬ ‭141.(b)‬ ‭142.(d)‬ ‭143.(c)‬ ‭144.(a)‬ ‭325.(d)‬ ‭326.(d)‬ ‭327.(c)‬ ‭328.(c)‬
‭3‬ ‭3‬
‭(a) 46720‬‭𝑐 𝑚‬ ‭(b) 69750‬‭𝑐 𝑚‬ ‭145.(c)‬ ‭146.(c)‬ ‭147.(a)‬ ‭148.(d)‬ ‭329.(a)‬ ‭330.(b)‬ ‭331.(c)‬ ‭332.(c)‬
‭3‬ ‭3‬
‭(c) 49050‬‭𝑐 𝑚‬ ‭(d) 36170‬‭𝑐 𝑚‬ ‭149.(d)‬ ‭150.(a)‬ ‭151.(c)‬ ‭152.(b)‬ ‭333.(c)‬ ‭334.(c)‬ ‭335.(a)‬ ‭336.(b)‬

‭ .730.‬ ‭The‬ ‭perimeter‬ ‭of‬ ‭a‬ ‭square‬ ‭is‬


Q ‭153.(a)‬ ‭154.(b)‬ ‭155.(a)‬ ‭156.(d)‬ ‭337.(d)‬ ‭338.(d)‬ ‭339.(d)‬ ‭340.(b)‬
‭equal‬ ‭to‬ ‭the‬ ‭perimeter‬ ‭of‬ ‭a‬‭rectangle‬‭of‬ ‭157.(b)‬ ‭158.(c)‬ ‭159.(a)‬ ‭160.(c)‬ ‭341.(a)‬ ‭342.(d)‬ ‭343.(c)‬ ‭344.(d)‬
‭length‬‭16cm‬‭and‬‭breadth‬‭14‬‭cm.‬‭Find‬‭the‬
‭161.(c)‬ ‭162.(d)‬ ‭163.(a)‬ ‭164.(a)‬ ‭345.(c)‬ ‭346.(a)‬ ‭347.(b)‬ ‭348.(b)‬
‭circumference‬ ‭of‬ ‭a‬ ‭semicircle‬ ‭whose‬
‭diameter‬ ‭is‬ ‭equal‬ ‭to‬ ‭the‬ ‭side‬ ‭of‬ ‭the‬ ‭165.(a)‬ ‭166.(c)‬ ‭167.(d)‬ ‭168.(d)‬ ‭349.(d)‬ ‭350.(d)‬ ‭351.(a)‬ ‭352.(a)‬
‭square.‬ ‭169.(d)‬ ‭170.(d)‬ ‭171.(a)‬ ‭172.(c)‬ ‭353.(c)‬ ‭354.(a)‬ ‭355.(b)‬ ‭356.(a)‬
‭SSC CPO 16/03/2019 (Evening)‬
‭173.(c)‬ ‭174.(c)‬ ‭175.(d)‬ ‭176.(c)‬ ‭357.(d)‬ ‭358.(d)‬ ‭359.(b)‬ ‭360.(b)‬
‭(a) 38.57 (b) 21.57 (c) 23.57 (d) 25.57‬
‭177.(a)‬ ‭178.(c)‬ ‭179.(b)‬ ‭180.(a)‬ ‭361.(a)‬ ‭362.(a)‬ ‭363.(c)‬ ‭364.(a)‬
‭Answer Key :-‬ ‭181.(d)‬ ‭182.(b)‬ ‭183.(b)‬ ‭184.(a)‬ ‭365.(a)‬ ‭366.(b)‬ ‭367.(c)‬ ‭368.(c)‬
‭185.(d)‬ ‭186.(a)‬ ‭187.(c)‬ ‭188.(a)‬ ‭369.(b)‬ ‭370.(d)‬ ‭371.(b)‬ ‭372.(c)‬
‭1.(b)‬ ‭2.(a)‬ ‭3.(c)‬ ‭4.(c)‬
‭189.(a)‬ ‭190.(b)‬ ‭191.(a)‬ ‭192.(a)‬ ‭373.(a)‬ ‭374.(b)‬ ‭375.(d)‬ ‭376.(d)‬
‭5.(b)‬ ‭6.(d)‬ ‭7.(a)‬ ‭8.(d)‬
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