Question ID f224df07
Assessment Test Domain Skill Difficulty
SAT Math Algebra Linear inequalities
in one or two
variables
ID: f224df07
A cargo helicopter delivers only 100-pound packages and 120-pound packages.
For each delivery trip, the helicopter must carry at least 10 packages, and the total
weight of the packages can be at most 1,100 pounds. What is the maximum
number of 120-pound packages that the helicopter can carry per trip?
A. 2
B. 4
C. 5
D. 6
Question ID d1b66ae6
Assessment Test Domain Skill Difficulty
SAT Math Algebra Systems of two
linear equations in
two variables
ID: d1b66ae6
If satisfies the system of equations
above, what is the value of y ?
Question ID cb8f449f
Assessment Test Domain Skill Difficulty
SAT Math Algebra Systems of two
linear equations in
two variables
ID: cb8f449f
The system of equations above has solution (x,
y). What is the value of x ?
A. 3
B.
C. 4
D. 6
Question ID ff501705
Assessment Test Domain Skill Difficulty
SAT Math Algebra Systems of two
linear equations in
two variables
ID: ff501705
In the given system of equations, is a constant. If the system has no solution, what is the value of ?
Question ID 45cfb9de
Assessment Test Domain Skill Difficulty
SAT Math Algebra Linear inequalities
in one or two
variables
ID: 45cfb9de
Adam’s school is a 20-minute walk or a 5-minute bus ride away from his house.
The bus runs once every 30 minutes, and the number of minutes, w, that Adam
waits for the bus varies between 0 and 30. Which of the following inequalities gives
the values of w for which it would be faster for Adam to walk to school?
A.
B.
C.
D.
Question ID 0dd6227f
Assessment Test Domain Skill Difficulty
SAT Math Algebra Systems of two
linear equations in
two variables
ID: 0dd6227f
At how many points do the graphs of the equations and intersect in the xy-plane?
A.
B.
C.
D.
Question ID b1228811
Assessment Test Domain Skill Difficulty
SAT Math Algebra Linear inequalities
in one or two
variables
ID: b1228811
Marisa needs to hire at least 10 staff members for an upcoming project. The staff
members will be made up of junior directors, who will be paid $640 per week, and
senior directors, who will be paid $880 per week. Her budget for paying the staff
members is no more than $9,700 per week. She must hire at least 3 junior directors
and at least 1 senior director. Which of the following systems of inequalities
represents the conditions described if x is the number of junior directors and y is
the number of senior directors?
A.
B.
C.
D.
Question ID 7efe5495
Assessment Test Domain Skill Difficulty
SAT Math Algebra Systems of two
linear equations in
two variables
ID: 7efe5495
The solution to the given system of equations is . What is the value of ?
A.
B.
C.
D.
Question ID 71189542
Assessment Test Domain Skill Difficulty
SAT Math Algebra Systems of two
linear equations in
two variables
ID: 71189542
A group of 202 people went on an overnight camping trip, taking 60 tents with
them. Some of the tents held 2 people each, and the rest held 4 people each.
Assuming all the tents were filled to capacity and every person got to sleep in a
tent, exactly how many of the tents were 2-person tents?
A. 30
B. 20
C. 19
D. 18
Question ID 64c85440
Assessment Test Domain Skill Difficulty
SAT Math Algebra Linear inequalities
in one or two
variables
ID: 64c85440
In North America, the standard width of a parking space is at least 7.5 feet and no
more than 9.0 feet. A restaurant owner recently resurfaced the restaurant’s parking
lot and wants to determine the number of parking spaces, n, in the parking lot that
could be placed perpendicular to a curb that is 135 feet long, based on the
standard width of a parking space. Which of the following describes all the
possible values of n ?
A.
B.
C.
D.
Question ID 95cad55f
Assessment Test Domain Skill Difficulty
SAT Math Algebra Linear inequalities
in one or two
variables
ID: 95cad55f
A laundry service is buying detergent and fabric softener from its supplier. The
supplier will deliver no more than 300 pounds in a shipment. Each container of
detergent weighs 7.35 pounds, and each container of fabric softener weighs
6.2 pounds. The service wants to buy at least twice as many containers of
detergent as containers of fabric softener. Let d represent the number of
containers of detergent, and let s represent the number of containers of fabric
softener, where d and s are nonnegative integers. Which of the following systems
of inequalities best represents this situation?
A.
B.
C.
D.
Question ID 968e9e51
Assessment Test Domain Skill Difficulty
SAT Math Algebra Linear inequalities
in one or two
variables
ID: 968e9e51
Which of the following ordered pairs is a solution to
the system of inequalities above?
A.
B.
C.
D.
Question ID ee2f611f
Assessment Test Domain Skill Difficulty
SAT Math Algebra Linear inequalities
in one or two
variables
ID: ee2f611f
A local transit company sells a monthly pass for $95 that allows an unlimited
number of trips of any length. Tickets for individual trips cost $1.50, $2.50, or
$3.50, depending on the length of the trip. What is the minimum number of trips
per month for which a monthly pass could cost less than purchasing individual
tickets for trips?
Question ID f75bd744
Assessment Test Domain Skill Difficulty
SAT Math Algebra Systems of two
linear equations in
two variables
ID: f75bd744
In the given system of equations, is a constant. If the system has no solution, what is the value of ?
Question ID 6e6a3241
Assessment Test Domain Skill Difficulty
SAT Math Algebra Systems of two
linear equations in
two variables
ID: 6e6a3241
Which of the following graphs in the xy-plane could be used to
solve the system of equations above?
A.
B.
C.
D.
Question ID 70feb725
Assessment Test Domain Skill Difficulty
SAT Math Algebra Systems of two
linear equations in
two variables
ID: 70feb725
During a month, Morgan ran r miles at 5 miles per hour and biked b miles at
10 miles per hour. She ran and biked a total of 200 miles that month, and she biked
for twice as many hours as she ran. What is the total number of miles that Morgan
biked during the month?
A. 80
B. 100
C. 120
D. 160
Question ID ed92fb68
Assessment Test Domain Skill Difficulty
SAT Math Algebra Systems of two
linear equations in
two variables
ID: ed92fb68
If the system of equations above has solution ,
what is the value of ?
A. 0
B. 9
C. 18
D. 38
Question ID 1a621af4
Assessment Test Domain Skill Difficulty
SAT Math Algebra Linear inequalities
in one or two
variables
ID: 1a621af4
A number is at most less than times the value of . If the value of is , what is the greatest possible value of ?
Question ID 19fdf387
Assessment Test Domain Skill Difficulty
SAT Math Algebra Systems of two
linear equations in
two variables
ID: 19fdf387
In the xy-plane, the graph of intersects the graph of at
the point . What is the value of a ?
A. 3
B. 6
C. 9
D. 12
Question ID e1248a5c
Assessment Test Domain Skill Difficulty
SAT Math Algebra Systems of two
linear equations in
two variables
ID: e1248a5c
In the system of equations below, a and c are constants.
If the system of equations has an infinite number of
solutions , what is the value of a ?
A.
B. 0
C.
D.
Question ID 1035faea
Assessment Test Domain Skill Difficulty
SAT Math Algebra Linear inequalities
in one or two
variables
ID: 1035faea
A psychologist set up an experiment to study the tendency of a person to select
the first item when presented with a series of items. In the experiment, 300 people
were presented with a set of five pictures arranged in random order. Each person
was asked to choose the most appealing picture. Of the first 150 participants,
36 chose the first picture in the set. Among the remaining 150 participants, p
people chose the first picture in the set. If more than 20% of all participants chose
the first picture in the set, which of the following inequalities best describes the
possible values of p ?
A. , where
B. , where
C. , where
D. , where
Question ID b31c3117
Assessment Test Domain Skill Difficulty
SAT Math Algebra Linear inequalities
in one or two
variables
ID: b31c3117
The Karvonen formula above shows the relationship between Alice’s target heart
rate H, in beats per minute (bpm), and the intensity level p of different activities.
When , Alice has a resting heart rate. When , Alice has her maximum
heart rate. It is recommended that p be between 0.5 and 0.85 for Alice when she
trains. Which of the following inequalities describes Alice’s target training heart
rate?
A.
B.
C.
D.
Question ID 80da233d
Assessment Test Domain Skill Difficulty
SAT Math Algebra Linear inequalities
in one or two
variables
ID: 80da233d
A certain elephant weighs 200 pounds at birth and gains more than 2 but less than
3 pounds per day during its first year. Which of the following inequalities
represents all possible weights w, in pounds, for the elephant 365 days after birth?
A.
B.
C.
D.
Question ID 52cb8ea4
Assessment Test Domain Skill Difficulty
SAT Math Algebra Systems of two
linear equations in
two variables
ID: 52cb8ea4
If is the solution to the system of equations above,
what is the value of ?
A.
B.
C. 5
D. 13
Question ID bf5f80c6
Assessment Test Domain Skill Difficulty
SAT Math Algebra Linear inequalities
in one or two
variables
ID: bf5f80c6
Which point ( , ) is a solution to the given inequality in the -plane?
A. ( , )
B. ( , )
C. ( , )
D. ( , )
