Free CLEP College Mathematics Practice Questions
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Sample Practice Questions
Try these 10 sample questions from the CLEP College Mathematics practice bank. Each includes the answer and explanation. Continue with the interactive practice above to review the full question set.
1What is the solution of 3x − 7 = 11?
- A.x = 4
- B.x = 6Correct answer: B
- C.x = 12
- D.x = 18
Explanation: "We may add, subtract, multiply, or divide an equation by a number or an expression as long as we do the same thing to both sides of the equal sign." Adding 7 to both sides gives 3x = 18, and dividing by 3 gives x = 6.
Reference: College Algebra 2e: Linear Equations in One Variable — Section 2.2, How To: Given a linear equation
2A meal offers 3 choices of soup and 4 choices of sandwich. How many meals contain one soup and one sandwich?
- A.7
- B.12Correct answer: B
- C.24
- D.64
Explanation: "We can tack on additional tasks by multiplying the number of ways to accomplish those tasks to our previous product." Multiply the 3 soup choices by the 4 sandwich choices to obtain 12 meals.
Reference: Contemporary Mathematics: The Multiplication Rule for Counting — The Multiplication Rule for Counting, explanation following the cake and frosting table
3A pie chart has a 90-degree sector for transit users. What percentage of the whole does this sector represent?
- A.20%
- B.25%Correct answer: B
- C.40%
- D.90%
4A price rises from $120 to $150. What is the percentage increase?
5A triangle has base 10 cm and perpendicular height 6 cm. What is its area?
6What is the converse of 'If a figure is a square, then it is a rectangle'?
- A.If a figure is not a square, then it is not a rectangle
- B.If a figure is a rectangle, then it is a squareCorrect answer: B
- C.If a figure is not a rectangle, then it is not a square
- D.A figure is a square and a rectangle
Explanation: "The converse of the conditional statement \(P \to Q\) is the conditional statement \(Q \to P\)." The converse exchanges the hypothesis and conclusion; it need not be true merely because the original statement is true.
Reference: Discrete Structures: Logically Equivalent Statements — Preview Activity: Converse and Contrapositive, converse definition
7How is the number 3 + √2 classified?
- A.An integer
- B.A rational non-integer
- C.An irrational numberCorrect answer: C
- D.A non-real number
Explanation: "It is not hard to see that the sum of any rational number plus \(\sqrt{2}\) is also irrational." Since 3 is rational, 3 + √2 is irrational and real.
Reference: An Introduction to Number Theory: Rational and Irrational Numbers — Rational and Irrational Numbers, paragraph after the irrationality proof
8Which inequality gives all solutions of −2x + 5 > 11?
- A.x is greater than negative 3
- B.x is less than positive 3
- C.x is less than negative 3Correct answer: C
- D.x is greater than positive 3
Explanation: "The one exception is when we multiply or divide by a negative number; doing so reverses the inequality symbol." Subtracting 5 gives −2x > 6; dividing by −2 reverses the sign, giving x < −3.
Reference: College Algebra 2e: Linear Inequalities and Absolute Value Inequalities — Section 2.7, Using the Properties of Inequalities
9How many different two-person committees can be chosen from five people if the committee has no assigned roles?
10In a frequency histogram, the bar for the interval 10 to under 20 has height 7. What does that height represent?
- A.7 observations in that intervalCorrect answer: A
- B.7 intervals in the data
- C.An average value of 7
- D.A maximum value of 7
Explanation: "The heights of the bars either reflect the frequency or the relative frequency (percents) of encountering that range of numbers in the data" With a frequency scale, bar height 7 counts the seven observations in that interval.
Reference: STAT 100: Getting the Big Picture and Summaries — Histograms, explanation of frequency bars
Topics in this practice bank
These topics describe the available practice for CLEP College Mathematics. Review the examination outline and its sources for scope and allocation details.
Algebra and Functions
- Equations, inequalities and linear systems
- Function representations and evaluation
- Graph transformations and symmetry
- Linear and exponential growth
- Applications
Counting and Probability
- Counting methods
- Probability and expected value
- Applications
Data Analysis and Statistics
- Data interpretation and representation
- Numerical summaries
- Standard deviation and normal distribution: conceptual questions only
- Applications
Financial Mathematics
- Percentages and commercial calculations
- Interest and yield
- Present and future value
- Applications
Geometry
- Triangles and quadrilaterals
- Parallel and perpendicular lines
- Circles, angles and sectors
- Applications
Logic and Sets
- Logical operations and statements
- Set relationships and Venn diagrams
- Set operations
- Applications
Numbers
- Number properties and operations
- Elementary number theory
- Measurement, notation and precision
- Absolute value
- Applications
How to use these free practice questions
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These are independent study questions, not actual examination items. For examination requirements and official information, view CLEP College Mathematics details.