
Full-length Linear SAT Practice Test 4 (nonadaptive)
Welcome to an opportunity for dedicated SAT test-takers seeking to elevate their scores! If you're on a mission to conquer the SAT, you've come to the right place. Get ready to tackle the Full-length Linear SAT Practice Test 4 (nonadaptive), a comprehensive assessment designed to simulate the real test environment.
This practice test is your ticket to honing your skills, identifying strengths, and targeting areas for improvement.

Are you ready to put your knowledge to the ultimate test and step confidently toward SAT success? Dive into this practice test and let's propel your score to new heights!
Reading and Writing - Module 1
39 minutes 33 questionsDirections: The questions in this section address a number of important reading and writing skills. Each question includes one or more passages, which may include a table or graph. Read each passage and question carefully, and then choose the best answer to the question based on the passage(s). All questions in this section are multiple-choice with four answer choices. Each question has a single best answer.
Question 1: The spacecraft OSIRIS-REx briefly made contact with the asteroid 101955 Bennu in 2020. NASA scientist Daniella DellaGiustina reports that despite facing the unexpected obstacle of a surface mostly covered in boulders, OSIRIS-REx successfully _______ a sample of the surface, gathering pieces of it to bring back to Earth.
Which choice completes the text with the most logical and precise word or phrase?
Which choice completes the text with the most logical and precise word or phrase?
Reading and Writing - Module 2:
39 minutes 33 questionsDirections: The questions in this section address a number of important reading and writing skills. Each question includes one or more passages, which may include a table or graph. Read each passage and question carefully, and then choose the best answer to the question based on the passage(s). All questions in this section are multiple-choice with four answer choices. Each question has a single best answer.
Question 1: The fashion resale market, in which consumers purchase secondhand clothing from stores and online sellers, generated nearly $30 billion globally in 2019. Expecting to see continued growth, some analysts _______ that revenues will more than double by 2028.
Which choice completes the text with the most logical and precise word or phrase?
Which choice completes the text with the most logical and precise word or phrase?
Math Test - Module 1
43 minutes 27 questions
DIRECTIONS: The questions in this section address a number of important math skills. Use of a calculator is permitted for all questions.
NOTES: Unless otherwise indicated:
- All variables and expressions represent real numbers.
- Figures provided are drawn to scale.
- All figures lie in a plane.
- The domain of a given function f is the set of all real numbers x for which f(x)is a real number.
The number of degrees of arc in a circle is 360. The number of radians of arc in a circle is 2π. The sum of the measures in degrees of the angles of a triangle is 180.

Question 1:A group of students voted on five after-school activities. The bar graph shows the number of students who voted for each of the five activities. How many students chose activity 3?
Question 2: What percentage of 300 is 75?
\(\frac{5x^2}{25} = 36\)
Question 3: What is a solution to the given equation?
Question 3: What is a solution to the given equation?
Question 4: 3 more than 8 times a number x is equal to 83. Which equation represents this situation?
Question 5: Hana deposited a fixed amount into her bank account each month. The function f(t) = 100 + 25t gives the amount, in dollars, in Hana’s bank account after t monthly deposits. What is the best interpretation of 25 in this context?
Question 6: A customer spent $27 to purchase oranges at $3 per pound. How many pounds of oranges did the customer purchase?
Question 7: Nasir bought 9 storage bins that were each the same price. He used a coupon for $63 off the entire purchase. The cost for the entire purchase after using the coupon was $27. What was the original price, in dollars, for 1 storage bin?

Question 8: For the linear function f, the table shows three values of x and their corresponding values of f(x). Which equation defines f(x)?

Question 9: Right triangles PQR and STU are similar, where P corresponds to S. If the measure of angle Q is 18°, what is the measure of angle S ?
Question 10: The scatterplot shows the relationship between two variables, x and y.

Which of the following equations is the most appropriate linear model for the data shown?

Which of the following equations is the most appropriate linear model for the data shown?
2.5b + 5r = 80
Question 11: The given equation describes the relationship between the number of birds, b, and the number of reptiles, r, that can be cared for at a pet care business on a given day. If the business cares for 16 reptiles on a given day, how many birds can it care for on this day?
Question 11: The given equation describes the relationship between the number of birds, b, and the number of reptiles, r, that can be cared for at a pet care business on a given day. If the business cares for 16 reptiles on a given day, how many birds can it care for on this day?

Question 12: What is an equation of the graph shown?
Question 13: If \(\frac{x}{8} = 5\), what is the value of \(\frac{8}{x}\)?
24x +y= 48
6x + y = 72
Question 14: The solution to the given system of equations is (x, y). What is the value of y?
6x + y = 72
Question 14: The solution to the given system of equations is (x, y). What is the value of y?
Question 15: Line t in the xy-plane has a slope of -1/3 and passes through the point (9, 10). Which equation defines line t?
Question 16: The function f(x) = 206(1.034)x models the value, in dollars, of a certain bank account by the end of each year from 1957 through 1972, where x is the number of years after 1957. Which of the following is the best interpretation of “f(5) is approximately equal to 243” in this context?
Question 17: For a certain rectangular region, the ratio of its length to its width is 35 to 10. If the width of the rectangular region increases by 7 units, how must the length change to maintain this ratio?
Question 18: Square P has a side length of x inches. Square Q has a perimeter that is 176 inches greater than the perimeter of square P. The function f gives the area of square Q, in square inches. Which of the following defines f?
\(\frac{14x}{7y} = 2 \sqrt{w + 19}\)
Question 19: The given equation relates the distinct positive real numbers w, x, and y. Which equation correctly expresses w in terms of x and y ?
Question 19: The given equation relates the distinct positive real numbers w, x, and y. Which equation correctly expresses w in terms of x and y ?
Question 20: Point O is the center of a circle. The measure of arc RS on this circle is 100°. What is the measure, in degrees, of its associated angle ROS?
Question 21: The expression of \(6 \sqrt[5]{3^5x^{45}} \cdot \sqrt[8]{2^8x}\) is equivalent to axb where a and b are positive constants and x > 1. What is the value of a + b ?
Question 22: A right triangle has sides of length \(2 \sqrt{2}\), \(6 \sqrt{2}\), and \(\sqrt{80}\) units. What is the area of the triangle, in square units?
Question 23: The expression 4x2 + bx -45, where b is a constant, can be rewritten as (hx + k)(x + j), where h, k, and j are integer constants. Which of the following must be an integer?
y = 2x2 -21x +64
y = 3x +a
Question 24: In the given system of equations, a is a constant. The graphs of the equations in the given system intersect at exactly one point, (x,y), in the xy-plane. What is the value of x ?
y = 3x +a
Question 24: In the given system of equations, a is a constant. The graphs of the equations in the given system intersect at exactly one point, (x,y), in the xy-plane. What is the value of x ?
Question 25: An isosceles right triangle has a hypotenuse of length 58 inches. What is the perimeter, in inches, of this triangle?
Question 26: In the xy-plane, a parabola has vertex (9, −14) and intersects the x-axis at two points. If the equation of the parabola is written in the form y = ax2 + bx + c, where a, b, and c are constants, which of the following could be the value of a + b + c?
Question 27: Function f is defined by f(x) = -ax + b, where a and b are constants. In the xy-plane, the graph of y = f(x) - 15, has a y-intercept a \(\left(0, -\frac{99}{7}\right)\). The product of a and b is 65/7. What is the value of a?
Math Test - Module 2:
43 minutes 27 questions
DIRECTIONS: The questions in this section address a number of important math skills. Use of a calculator is permitted for all questions.
NOTES: Unless otherwise indicated:
- All variables and expressions represent real numbers.
- Figures provided are drawn to scale.
- All figures lie in a plane.
- The domain of a given function f is the set of all real numbers x for which f(x)is a real number.
The number of degrees of arc in a circle is 360. The number of radians of arc in a circle is 2π. The sum of the measures in degrees of the angles of a triangle is 180.
Question 1: The line graph shows the estimated number of chipmunks in a state park on April 1 of each year from 1989 to 1999.

Based on the line graph, in which year was the estimated number of chipmunks in the state park the greatest?

Based on the line graph, in which year was the estimated number of chipmunks in the state park the greatest?
Question 2: A fish swam a distance of 5,104 yards. How far did the fish swim, in miles? (1 mile = 1,760 yards)
Question 3: Which expression is equivalent to 12x3 - 5x3?
x + y = 18
5y = x
Question 4: What is the solution (x,y) to the given system of equations?
5y = x
Question 4: What is the solution (x,y) to the given system of equations?
Question 5: The point (8, 2) in the xy-plane is a solution to which of the following systems of inequalities?
Question 6: Ix −5I = 10. What is one possible solution to the given equation?
f(x) = 7x +1
Question 7: The function gives the total number of people on a company retreat with x managers. What is the total number of people on a company retreat with 7 managers?
Question 7: The function gives the total number of people on a company retreat with x managers. What is the total number of people on a company retreat with 7 managers?
h(x) = x2 - 3
Question 8: Which table gives three values of x and their corresponding values of h(x) for the given function h?
Question 8: Which table gives three values of x and their corresponding values of h(x) for the given function h?
Question 9: The function f is defined by f(x) = 270(0.1)x. What is the value of f(0)?
Question 10: To estimate the proportion of a population that has a certain characteristic, a random sample was selected from the population. Based on the sample, it is estimated that the proportion of the population that has the characteristic is 0.49, with an associated margin of error of 0.04. Based on this estimate and margin of error, which of the following is the most appropriate conclusion about the proportion of the population that has the characteristic?
Question 11: A moving truck can tow a trailer if the combined weight of the trailer and the boxes it contains is no more than 4,600 pounds. What is the maximum number of boxes this truck can tow in a trailer with a weight of 500 pounds if each box weighs 120 pounds?
-4x2 -7x = -36
Question 12: What is the positive solution to the given equation?
Question 12: What is the positive solution to the given equation?
Question 13: The table summarizes the distribution of color and shape for 100 tiles of equal area

If one of these tiles is selected at random, what is the probability of selecting a red tile? (Express your answer as a decimal or fraction, not as a percent.)

If one of these tiles is selected at random, what is the probability of selecting a red tile? (Express your answer as a decimal or fraction, not as a percent.)
f(x) = 2x + 3
Question 14: For the given function f, the graph of y = f (x) in the xy-plane is parallel to line j. What is the slope of line j ?
Question 14: For the given function f, the graph of y = f (x) in the xy-plane is parallel to line j. What is the slope of line j ?
Question 15: A proposal for a new library was included on an election ballot. A radio show stated that 3 times as many people voted in favor of the proposal as people who voted against it. A social media post reported that 15,000 more people voted in favor of the proposal than voted against it. Based on these data, how many people voted against the proposal?

Question 16: In the figure, lines m and n are parallel. If x = 6k + 13 and y = 8k − 29, what is the value of z ?
−3x + 21px = 84
Question 17: In the given equation, p is a constant. The equation has no solution. What is the value of p ?
Question 17: In the given equation, p is a constant. The equation has no solution. What is the value of p ?
f(x) = (x − 10)(x + 13)
Question 18: The function f is defined by the given equation. For what value of x does f(x) reach its minimum?
Question 18: The function f is defined by the given equation. For what value of x does f(x) reach its minimum?
Question 19: The function \(f(x) = \frac{1}{9}(x - 7)^2+3\) gives a metal ball’s height above the ground f(x), in inches, x seconds after it started moving on a track, where 0≤ x ≤ 10. Which of the following is the best interpretation of the vertex of the graph of y = f(x) in the xy-plane?
Question 20: In triangle JKL, \(\cos(K) = \frac{24}{51}\) and angle J is a right angle. What is the value of cos(L) ?
-x2 + bx - 676= 0
Question 21: In the given equation, b is a positive integer. The equation has no real solution. What is the greatest possible value of b?
Question 21: In the given equation, b is a positive integer. The equation has no real solution. What is the greatest possible value of b?

Question 22: If a new graph of three linear equations is created using the system of equations shown and the equation x + 4y = −16, how many solutions (x,y) will the resulting system of three equations have?
\(f(x) = 5,470 (0.64)^{\frac{x}{12}}\)
Question 23: The function f gives the value, in dollars, of a certain piece of equipment after x months of use. If the value of the equipment decreases each year by p% of its value the preceding year, what is the value of p?
Question 23: The function f gives the value, in dollars, of a certain piece of equipment after x months of use. If the value of the equipment decreases each year by p% of its value the preceding year, what is the value of p?

Question 24: The dot plot represents the 15 values in data set A. Data set B is created by adding 56 to each of the values in data set A. Which of the following correctly compares the medians and the ranges of data sets A and B?
Question 25: The equation x2 + (y − 1)2 =49 represents circle A. Circle B is obtained by shifting circle A down 2 units in the xy-plane. Which of the following equations represents circle B?
Question 26: Two identical rectangular prisms each have a height of 90 centimeters (cm). The base of each prism is a square, and the surface area of each prism is K 2 cm . If the prisms are glued together along a square base, the resulting prism has a surface area of \(\frac{92}{47} K \text{cm}^2\). What is the side length, in cm, of each square base?
Question 27: 210 is p% greater than 30. What is the value of p?
The path to SAT success requires dedication, discipline, and determination. The Full-length Linear SAT Practice Test 4 is your partner in this journey, inviting you to challenge yourself and set new milestones. Embrace this chance to not only simulate the test day experience but to fine-tune your approach to perfection.
Content:
Answer Sheet Full-length Linear SAT Practice Test 4 (nonadaptive)
Reading and Writing Module 1 and 2
Module 1 | Correct | Module 2 | Correct |
---|---|---|---|
1 | B | 1 | D |
2 | A | 2 | D |
3 | A | 3 | B |
4 | C | 4 | B |
5 | A | 5 | B |
6 | B | 6 | B |
7 | D | 7 | A |
8 | B | 8 | C |
9 | B | 9 | C |
10 | D | 10 | A |
11 | C | 11 | A |
12 | D | 12 | B |
13 | A | 13 | D |
14 | B | 14 | C |
15 | C | 15 | C |
16 | A | 16 | A |
17 | A | 17 | B |
18 | A | 18 | D |
19 | A | 19 | C |
20 | D | 20 | A |
21 | D | 21 | B |
22 | D | 22 | D |
23 | B | 23 | D |
24 | C | 24 | A |
25 | B | 25 | B |
26 | A | 26 | B |
27 | C | 27 | A |
28 | D | 28 | A |
29 | A | 29 | C |
30 | A | 30 | C |
31 | D | 31 | A |
32 | D | 32 | A |
33 | C | 33 | B |
Math Module 1 and 2
Module 1 | Correct | Module 2 | Correct |
---|---|---|---|
1 | B | 1 | B |
2 | A | 2 | B |
3 | B | 3 | C |
4 | D | 4 | A |
5 | A | 5 | A |
6 | D | 6 | C |
7 | C | 7 | D |
8 | A | 8 | B |
9 | B | 9 | D |
10 | D | 10 | A |
11 | A | 11 | A |
12 | C | 12 | B |
13 | C | 13 | A |
14 | C | 14 | B |
15 | D | 15 | A |
16 | B | 16 | C |
17 | B | 17 | B |
18 | A | 18 | D |
19 | C | 19 | A |
20 | B | 20 | B |
21 | A | 21 | C |
22 | B | 22 | A |
23 | D | 23 | C |
24 | C | 24 | C |
25 | C | 25 | D |
26 | D | 26 | B |
27 | A | 27 | D |
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