College Mathematics
-CLEP* Test
College Mathematics CLEP Test
Version 2
The CLEP (College Level Examination Program) exams above
contain 427 multiple-choice practice test questions with study guides (detailed explanations).
The ACE (American Council on Education) recommends 6 lower level college
credits for this exam.
Studying, and passing, the practice tests above will allow you to
confidently take and pass your College Mathematics CLEP test. The
overall key concepts, and specific individual points, that will allow you to
pass your test are within the practice questions and detailed explanations.
Course Information and Overview
This exam covers material that is
typically taught in an introductory-level college course on marketing. The multiple-choice CLEP exam consists of
60 questions and
allows 90 minutes to complete.
You will need to have the ability to understand and recall information and to
solve routine problems, straightforward problems, non-routine problems, and
similar math objectives. As well, you should have the ability to understand
regular key math concepts and apply skills related to the subjects listed below.
The typical college course related to this CLEP test would cover material such
as sets, functions and graphs, probability, statistics, algebra and geometry
subjects such as complex numbers and perimeter/area equations, logic, the real
number system, and prime and composite number systems.
The College Mathematics CLEP
contains questions that come from the following topics:
- Sets (10%)
Including intersections and unions
Venn diagrams and Cartesian product
Sets including subsets, disjoint sets, and equivalent sets
- Logic (10%)
Conditional Statements
Sufficient and necessary conditions
Implications, disjunctions, conjunctions, and negations
Truth tables
Counterexamples
Hypotheses and conclusions
- Real Number System (20%)
Composite and prime numbers
Divisibility and factors
Rational/Irrational numbers
Absolute values
Intervals (closed and open)
- Functions and Their Graphs (20%)
Graphing functions
Range and domain of graphs
Inverse functions
Functions including reflections, symmetry, and transformation
- Probability and Statistics (25%)
Conditional probability (simple)
Mean, median, mode, and range
Standard deviation
Determining probabilities with compound and simple events
Counting problems
Combinations and permutations
Data interpretation from sources such as graphs, line graphs, tables, circle
graphs, histograms, and the like
- Additional Topics from Algebra and Geometry (15%)
Pythagorean theorem
Parallel and perpendicular lines
Complex and simple numbers
Perimeter and area of plane figures
Algebraic equations
Fundamental Theorem of Algebra
Remainder Theorem
Factor Theorem
Complete information of what is covered is available at
The College Board.