You are probably wanting to enhance your college degree or just skipping a beginner course by taking the College Mathematics CLEP exam. You want to play with those X’s and Y‘s brothers. That’s great. But before we talk about that, here are some few things you need to know.

This easy exam (as you will discover why, soon) covers material not meant for people in fields requiring knowledge of advanced math, but geared towards testing some basic math stuff. Basic topics ranging from Algebra and Functions to much more fun topics like logic and sets, numbers, geometry will be tested.

Then we will get into interesting topics like counting and probability, financial mathematics, data analysis and statistics. Hey! You do not have to work out your brain trying to do a complex calculation. That’s because there is a scientific calculator built into the exam software which is available for use by candidates during the exam. Hope you are beginning to see how easy this is.

So, if you have played this X and Y video game at high school or during some extracurriculars, you’ll likely find this test super easy and fun. If you did not get the chance to play this video game while at high school, don’t be worried. You can still learn how to play it in no time. Well, at least before you sit in for the exams. It is just basic Math so you should not be intimidated. Being basic doesn’t mean you have to neglect it. Sure, you need to get prepared. You need to learn how to use the game controllers and learn some key moves that is going to make you win.

The seven-sectioned exam is divided into the following:

In this section, candidates are required to play the X and Y game in solving linear equations and linear inequalities, Interpret, represent and evaluate functions using numerical, graphical, symbolic, and descriptive methods. You also need to be able to understand some basics of graphs of functions like translations, symmetry and reflections about the x-axis, y-axis and the origin. It will be then required to know some applications of these functions. Mathematics, especially functions is fun (you even see ‘fun’ in functions) because you just follow a rule and that’s it. You are there.

This section deals with straight forward counting problems involving permutations, combinations and the multiplication rule. Then probability questions will be given which will cover topics like conditional probabilities, union, intersection, independent events, mutually exclusive events and complementary events. Yes, you need to know some application problems too.

Here, you need to know about Data interpretation and representation techniques such as histograms, bar graphs, line graphs, circle graphs, pie charts, scatterplots, and tables. You should also be able to perform some simple calculations on numerical data like finding the mean (average), median, mode, and range, standard deviation and normal distribution of a set of data and some application questions.

This is that section even my grandma will be able to do because it deals with money calculations like profit and loss, discounts, taxes, simple and compound interest, continuous interest, effective interest rate, effective annual yield or annual percentage rate (APR) and some application questions. Even if we are bad at other areas, when we deal with money we are actually working with something already know.

We deal with various shapes every day and so this section is going to be fun dealing with. Properties of triangles and quadrilaterals such as perimeter, area, similarity, and the Pythagorean theorem are things you will see together with trivial stuff like Parallel and perpendicular lines. Another easy topic in this section will be circles and its properties including circumference, area, central angles, inscribed angles, and sectors. This section is very basic.

Even if you have problems performing some calculations or loathe remembering formulas, then this is your section. Pretty easy! You will deal with Logical operations and statements like conditional statements, conjunctions, disjunctions, negations, hypotheses, logical conclusions, converses, inverses, counterexamples, contrapositives and logical equivalence. You see set applications every day, so applying them on paper should not be a big deal. You will be required to know easy Set stuff like Set relationships, subsets, disjoint sets, equality of sets, and Venn diagrams and also Operations on sets such as union, intersection, and complement.

Finally, Numbers. We use this all the time in finance, quantity of groceries purchased at the grocery store and the list keeps going. This section is definitely not your nightmare. Things like Properties of numbers such as integers and rational, irrational, and real numbers and their operations will be tested upon. Furthermore, Elementary number theory including factors and divisibility, primes and composites, odd and even integers, and the fundamental theorem of arithmetic. They will also want to test your measurement skills here in the areas of unit conversion, scientific notation, numerical precision and Absolute value. These will all be seen in applications.

So, as earlier mentioned, all these areas to be tested on were not frightening as you may have envisaged. For those you think you may have some slight challenges, the CLEP board offers you the Scientific calculator. That is just like giving you a cheat sheet during an exam. Yes, it is. The scientific calculator allows you perform those numerical calculations you don’t want to over work on. It is just no ordinary calculator but a scientific one. That is how easy and less stressful the CLEP College Mathematics exam has been made to be. Don’t get super excited with the easy nature of this exam and forget to do your homework. Don’t just underestimate the exam. Prepare enough and you should be good to go.

So, are you ready to test the waters? Take this practice quiz and judge your preparation level before diving into deeper study.
All test questions are in a multiple-choice format, with one correct answer and four incorrect options. The following are samples of the types of questions that may appear on the exam.

Note: Please do keep in mind that we can’t guarantee the accuracy of this quiz, so we do recommend you also run through a full-length practice exam. The CollegeBoard offers a good one that we’ll share in the resources section below.

- 0.07
- 0.03
- 0.72
- 0.1

Correct Answer: **B. 0.03**

Explanation: Again, just an application of formula. Simple interest is given by principal x rate/100. So, in this question, you just need to make “rate” the subject of the formula. So, deducing the simple interest to be $27250-$25000 gives $2250. Then you just do some little manipulations getting the rate as the subject of the formula and having your result to be 3%.

- 8
- 7
- 2
- 4

Correct Answer: **A. 8**

Explanation: The union of sets A and B involves “bringing the elements of both sets together”. Thus, doing that will give you 8.

- 15
- 10
- 17
- 13.7

Correct Answer: **D. 13.7**

Explanation: This type of questions should be the questions you smile when you read through. You just need to get the mean of those set of values given by sum of values divided by total number of values. The sum of values is 137 and the total number of values (total number of test scores) is 10. Doing a division of 137 by 10 gives you 13.7. Easy, right? More also you have the scientific calculator which will be a matter of seconds to input the data and punch to get your .

- 0.25
- 0.125
- 2-Jan
- 1

Correct Answer: **C. 2-Jan**

Explanation: When 2 coins are tossed, the possible outcomes are (TH, HT, TT, HH), where H is Head and T is Tail. So, the total number of outcomes are 4. To get just one head will mean having either HT or TH outcomes. Thus, the desired number of outcomes becomes 2. So, the probability of getting just one head will be gotten by dividing the total number of outcomes by the desired number of outcomes. Doing that gives you 2/4 which results to 1/2.

- Some footballers are poor
- Rich people must not be footballers
- Some poor people are footballers
- All rich people are footballers

Correct Answer: **D. All rich people are footballers**

Explanation: In logic, the converse of a statement is a result of reversing its two parts i.e. If W implies X then the converse will be X implies W. So, applying that to our statement, we just need to reverse the two parts of the statement to give “All rich people are footballers”

- Complex numbers
- Rational numbers
- Real numbers
- Irrational numbers

Correct Answer: **A. Complex numbers**

Explanation: You will quickly go for A). But it probably did not come quickly to your mind that complex numbers are composed of two parts- the real part and the imaginary part. So, you see. All the other s are real numbers and real numbers are a part of complex numbers. This thus crowns the set of complex numbers the largest set of numbers.

- They have the same areas.
- The circumference of B is two times the circumference of A
- They have the same circumferences
- The area of B is two times the area of A

Correct Answer: **B. The circumference of B is two times the circumference of A**

Explanation: This question simply tests your knowledge of the formula for the area and circumference of a circle. The radius of B is twice that of A. So, fitting that into the formulas for circumference and area of a circle, B has twice the circumference of A and four times the area of A.

- 19.99999
- 19
- There is no largest real number less than 20
- None of the above

Correct Answer: **C. There is no largest real number less than 20**

Explanation: Very tricky a question. At the first glance, you might want to choose 19. Then on a second thought you might think it's 19.9999.... But hey! The largest real number less than 20 and 19.9999... says it continues on and on. That simply tells you it goes on to infinity and thus there is really no real number less than 20.

- They will take 2 seconds
- They would not be able to smash 5 buildings
- They will take 25 hours
- They will take 5 hours

Correct Answer: **C. They will take 25 hours**

Explanation: Well this is just common sense. ;) If they took 5 hours to smash into pieces a building, then it is very obvious that the will take 5×5 hours to smash five similar buildings. That will be 25 hours.

- X=0 Y=0
- X=2 Y=8
- X=8 Y=2
- X=4 Y=16

Correct Answer: **C. X=8 Y=2**

Explanation: The X- intercept is gotten by setting Y=0 and solving for X which gives you 8.; Similarly, the Y- intercept is gotten by setting X=0 and solving for Y which gives Y=2.

Looking for a study guide to fill a couple gaps, or just want a full length practice exam? You can find a few of my favorite resources below. Note that some of the links are affiliate – meaning I’ll make a few dollars if you purchase, but I’m only sharing those resources that were genuinely helpful during my own CLEP journey.

While quite short on the study side of things, the official CLEP book is the go-to final practice test. Since this is the only official practice test available, I normally use it as my final spot check before taking the test.

REA offers a great combination of CLEP study tips, exam study materials, and detailed practice tests. This book functions well as the central pillar of a strong CLEP prep strategy, with resources like the Official CLEP Study Guide (above) providing a great final practice test at the end.

The website looks like it was made before the internet, but it’s legitimately the single most useful study guide I’ve found yet. Basically it’s a series of flashcards that help you study in a fast paced and fun way.

Plenty of other resources exist – just do a quick internet search – but these are the three that I’ve personally found the most helpful back when I did CLEP.