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Praxis Mathematics (5165 ) Exam Practice
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The Praxis Mathematics (5165 ) Exam is a test required by many states for credential candidates planning to teach mathematics at the high school level. It is a single, computer-delivered test that includes questions from two content categories.

The first content category includes Number and Quantity, Algebra, Functions and Calculus. The second content category includes Geometry, Probability and Statistics, and Discrete Mathematics.

The test consists of various question types including selected-response, numeric entry, drag-and-drop and text completion.

Praxis Mathematics (5165 ) Exam Practice
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25 Questions

1. Simplify .
2. A developer decides to build a fence around a neighborhood park, which is positioned on a rectangular lot. Rather than fencing along the lot line, he fences  feet from each of the lot's boundaries. By fencing a rectangular space  smaller than the lot, the developer saves $432 in fencing materials, which cost $12 per linear foot. How much does he spend?
3. Use the following proof:

Statement

Reason

1.

Given

2.

3.

Given

4.

Given

5.

6.

7.

Given:

Prove:

Which of the following justifies step 5 in the proof?
4. Calculate .
5. Which of these could be the equation of the function graphed below?
6. For the right triangle below, where , which of the following is a true statement of equality?
7. Which of these demonstrates the relationship between the sets of prime numbers, real numbers, natural numbers, complex numbers, rational numbers, and integers?
8. Solve  for .
9. Which mathematician is responsible for what is often called the most remarkable and beautiful mathematical formula, ?
10. Given the partial table of values for  and , find . (Assume that  and  are the simplest polynomials that fit the data.)

-2

8

1

-1

2

3

0

0

5

1

2

7

2

8

9


11. If  and  are inverse functions, which of these is the value of  when ?
12. Which of these describes the graph of the equation ?
13. What is the radius of the circle defined by the equation ?
14. Which of these can be modeled by a quadratic function?
15. Which of these would best illustrate change over time?
16. A school is selling tickets to its production of Annie Get Your Gun. Student tickets cost $3 each, and non-student tickets are $5 each. In order to offset the costs of the production, the school must earn at least $300 in ticket sales. Which graph shows the number of tickets the school must sell to offset production costs?

17. In the 1600s, Galileo Galilei studied the motion of pendulums and discovered that the period of a pendulum, the time it takes to complete one full swing, is a function of the square root of the length of its string: , where  is the length of the string and  is the acceleration due to gravity. Consider two pendulums released from the same pivot point and at the same angle, °. Pendulum 1 has a mass of 100 g, while Pendulum 2 has a mass of 200 g. If Pendulum 1 has a period four times the period of Pendulum 2, what is true of the lengths of the pendulums' strings?
18. Which of these equations is represented by the graph below?
19. Which of these is the least biased sampling technique?
20. Approximate the area  under the curve by using a Riemann sum with .
21. Find the derivative of
22. Solve  for  and .
23. As shown below, four congruent isosceles trapezoids are positioned such that they form an arch. Find  for the indicated angle.
24. To which of the following sets of numbers does  NOT belong?
25. Solve