Full-Length 6th Grade FSA Math Practice Test

Full-Length 6th Grade FSA Math Practice Test

One of the fastest, easiest, and most effective ways to prepare for the 6th Grade FSA Math test is to use full-length 6th Grade FSA Math Practice tests. Participating in realistic tests is essential to help your 6th Grade students get the best results. These tests will help your students, in addition to being familiar with the format of the questions, to assess their readiness for the6th Grade FSA Math test. Therefore, we have prepared the following full-length 6th Grade FSA Math Practice test for your students to simulate the test day experience and find their weaknesses. After finishing the work, you can use the answer keys to calculate your student’s score.
Good luck!

The Absolute Best Book to Ace the FSA Math Test

Time to refine your Math skill with a practice test

Take a REAL 6th Grade FSA Mathematics test to simulate the test day experience. After you’ve finished, score your test using the answer key.

Before You Start

  • You’ll need a pencil and a timer to take the test.
  • It’s okay to guess. You won’t lose any points if you’re wrong. So be sure to answer every question.
  • After you’ve finished the test, review the answer key to see where you went wrong.
  • Calculators are NOT permitted for the 6th Grade FSA Math Test.
  • Use the answer sheet provided to record your answers.
  • The FSA 6 Mathematics test contains a formula sheet, which displays formulas relating to geometric measurement and certain algebra concepts. Formulas are provided to test-takers so that they may focus on the application, rather than the memorization, of formulas.
  • For each multiple-choice question, there are four possible answers. Choose which one is best.

Good Luck!

6th Grade FSA Math Practice Test

Session 1

Scientific Calculators are NOT permitted for Session 1.
Time for Session 1: 60 Minutes

1- What is the value of the expression \(5(4x-3y)-7(y)^2\), when \(x=2\) and \(y=-3\) ?

A. 15

B. 22

C. 36

D. 42

2- Martin earns $18 an hour. Which of the following inequalities represents the amount of time Martin needs to work per day to earn at least $78 per day?

A. \(18-t≥78\)

B. \(18+t≤78\)

C. \(18t≥78\)

D. \(18t≤78\) 

3- \((108-(3×9))÷9\) is equivalent to …

A. \((\frac{2}{5}+\frac{7}{8}) ×3\)

B. \(9^3÷81\)

C. \((5×5×5) ÷ \frac{9}{2}\)

D. \((2×2×5)÷(3×4)\)

4- The ratio of boys to girls in a school is 3 ∶ 5. If there are 240 students in the school, how many boys are in the school?

A. 60

B. 90

C. 120

D. 150

5- Anita’s trick–or–treat bag contains 9 pieces of chocolate, 15 suckers, 14 pieces of gum, 16 pieces of licorice. If she randomly pulls a piece of candy from her bag, what is the probability of her pulling out a piece of chocolate?

A. \(\frac{1}{6}\)

B. \(\frac{5}{7}\)

C. \(\frac{3}{4}\)

D. \(\frac{5}{6}\)

6- Which of the following lists shows the fractions in order from smallest to biggest?
\(\frac{3}{4},\frac{2}{3}, \frac{4}{5}, \frac{7}{9}\)

A. \(\frac{4}{5},\frac{7}{9},\frac{3}{4},\frac{2}{3}\)

B. \(\frac{3}{4},\frac{7}{9},\frac{4}{5},\frac{2}{3}\)

C. \(\frac{7}{9},\frac{3}{4},\frac{2}{3},\frac{4}{5}\)

D. \(\frac{2}{3},\frac{3}{4},\frac{7}{9},\frac{4}{5}\)

7- The area of a rectangular yard is 84 square meters. What is its width if its length is 14 meters?

A. 5 meters

B. 6 meters

C. 7 meters

D. 8 meters

8- Which statement about 4 multiplied by \(\frac{5}{16}\) must be true?

A. The product is greater than \(2\)

B. The product is between 1 and \(2\)

C. The product is equal to \(\frac{3}{8}\)

D. The product is equal to \(2^2\)

9- In the following rectangle, which statement is false?

A. AD is parallel to BC

B. The measure of the sum of all the angles equals \(180^\circ\).

C. Length of AB equal to length DC.

D. AB is perpendicular to AD.

10- Round \(\frac{824}{17}\) to the nearest tenth.

A. 48

B. 48.4

C. 48.5

D. 49

Session 2

Calculators are NOT permitted for Session 2.
Time for Session 2: 60 Minutes

11- What is the missing prime factor of number \(588\)?

12- If the area of the following trapezoid is equal to A, which equation represents \(x\)?

A. \(x=\frac{11}{A}\)

B. \(x=\frac{A}{11}\)

C. \(x=A-11\)

D. \(x=A+11\) 

13- By what factor did the number below change from the first to the fourth number?
\(8 ,72, 648, 5832\)

A. 6

B. 9

C. 12

D. 16

14- 234 is equal to …

A. \(13-(3×6)+(7×(-6))\)

B. \((\frac{25}{400})+(\frac{7}{50})\)

C. \(((22×\frac{30}{6})-(7×\frac{144}{12}))×\frac{18}{2}\)

D. \(\frac{6}{24}+\frac{12}{36}-50\)

15- A car costing $240 is discounted \(16\%\). Which of the following expressions can be used to find the selling price of the car?

A. \((450)(0.16)\)

B. \(450-(450×0.84)\)

C. \((450)(0.16)\)

D. \(450-(450×0.16)\)

16- Mr. Jones saves $1,400 out of his monthly family income of $11,900. What fractional part of his income does Mr. Jones save?

A. \(\frac{2}{17}\)

B. \(\frac{5}{17}\)

C. \(\frac{7}{17}\)

D. \(\frac{9}{17}\)

17- Nicolas wrote an integer. The opposite of Nicolas’s integer is \(-25\). Which of the following statements about Nicolas’s integer must be true?
I . The integer is \(25\).
I I . The absolute value of the integer is \(-25\).
I I I . The integer is \(-25\).
I V. The absolute value of the integer is \(25\).

A. I and II

B. II and III

C. I and IV

D. III and IV

18- What is the volume of a box with the following dimensions?
Height =7 cm, Width = 4 cm, Length = 12 cm

A. \(312 \space cm^3\)

B. \(336 \space cm^3\)

C. \(362 \space cm^3\)

D. \(395 \space cm^3\)

19- The distance between the two cities is 33,759 feet. What is the distance between the two cities in yards?

A. 9,570 yd

B. 10,920 yd

C. 11,253 yd

D. 13,617 yd

20- A chemical solution contains \(16\%\) alcohol. If there are 38 ml of alcohol, what is the volume of the solution?

A. 195 ml

B. 237.5 ml

C. 369 ml

D. 452.5 ml

Session 3

Calculators are NOT permitted for Session 3.
Time for Session 3: 60 Minutes

21- Which expression is equivalent to \((-2)(9x-8)\)?

A. \(-16x+18\)

B. \(16x-18\)

C. \(-18x+16\)

D. \(18x+16\)

22- A bottle contains 576 fluid ounces of special chemical solutions. How many pints of chemical solution does the bottle contain?

A. 18 pt

B. 22 pt

C. 30 pt

D. 36 pt

23- Solve: 120 kg= …?

A. 1,200 mg

B. 120,000 mg

C. 1,200,000 mg

D. 120,000,000 mg

24- Calculate the approximate area of the following circle. (the diameter is 14)

A. 97.5

B. 114.8

C. 153.9

D. 216.2

25- The following graph shows the mark of six students in mathematics. What is the mean (average) of the marks?

A. 16.5

B. 17.3

C. 18.2

D. 19

26- What is the lowest common multiple of 18 and 24?

A. 18

B. 48

C. 72

D. 96

27- Which ordered pair describes point \(P\) that is shown below?

A. \((2,4)\)

B. \((4,2)\)

C. \((4, -2)\)

D. \((-2,4)\)

28- What is the ratio between α and \(β(\frac{α}{β})\) in the following shape?

A. \(\frac{5}{12}\)

B. \9\frac{11}{25}\)

C. \(\frac{5}{12}\)

D. \(\frac{25}{11}\)

29- Find the opposite of the numbers \(-4,7\).

A. \(\frac{1}{4},-7\)

B. \(-4,\frac{1}{7}\)

C. \(4,-7\)

D. \(-4,-7\)

30- What is the value of \(x\) in the following equation: \(16=-129+x\)

A. \(85\)

B. \(-85\)

C. \(145\)

D. \(-145\)

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