10 Most Common 7th Grade FSA Math Questions
Achieving an excellent score on the 7th Grade FSA Math test is not a congenital talent, but a skill that can be acquired with enough practice. If you are looking for a way to increase your 7th-grade students’ scores on the 7th-grade FSA Math test, we tell you that this is possible by practicing. Therefore, in this blog post, we provide 10 of the most common 7th Grade FSA Math test questions for 7th Grade students to practice more.
Make sure to follow some of the related links at the bottom of this post to get a better idea of what kind of mathematics questions students need to practice.
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What is the median of these numbers? \(2, 28, 28, 19, 67, 44, 35\)
19
28
44
35
Show answer and explanation
B
Write the numbers in order:
\(2, 19, 28, 28, 35, 44, 67\)
Since we have 7 numbers (7 is odd), then the median is the number in the middle, which is 28.
Last week, 24,000 fans attended a football match. This week, three times as many bought tickets, but one-sixth of them canceled their tickets. How many are attending this week?
48000
54000
60000
72000
Show answer and explanation
C
Three times 24,000 is 72,000. One-sixth of them canceled their tickets.
One sixth of 72,000 equals 12,000 \((\frac{1}{6}) × 72000 = 12000\).
60,000 \(72000 – 12000 = 60000\) fans are attending this week
The following trapezoids are similar. What is the value of \(x\)?

7
8
18
45
Show answer and explanation
A
It’s needed to have a ratio to find the value of \(x\).
\(\frac{45}{40}=\frac{2x+4}{16}⇒ 40(2x+4)=45×16 ⇒ x=7\)
If \(x=- 8\), which equation is true?
\( x(2x-4)=120\)
\(8 (4-x)=96\)
\( 2 (4x+6)=79\)
\( 6x-2=-46\)
Show answer and explanation
C
\(8 (4-(-8))=96\)
In a bag of small balls \(\frac{1}{3}\) are black, \(\frac{1}{6}\) are white, \(\frac{1}{4}\) are red and the remaining 12 blue. How many balls are white?
8
12
16
24
Show answer and explanation
A
\(\frac{1}{3}x + \frac{1}{6}x + \frac{1}{4}x + 12= x\)
\((\frac{1}{3} + \frac{1}{6} + \frac{1}{4}) x+ 12= x\)
\((\frac{9}{12})x+ 12 = x\)
\(x = 48\)
In a bag of small balls \(\frac{1}{6}\) are white then: \(\frac{48}{6} = 8\)
A boat sails 40 miles south and then 30 miles east. How far is the boat from its start point?
45
50
60
70
Show answer and explanation
B
Use the information provided in the question to draw the shape.
Use Pythagorean Theorem: \(a^2 + b^2 = c^2\)
\(40^2 + 30^2 = c^2 ⇒ 1600 + 900 = c^2 ⇒ 2500 = c^2 ⇒ c = 50\)
Sophia purchased a sofa for $530.40. The sofa is regularly priced at $624. What was the percent discount Sophia received on the sofa?
\(12\%\)
\(15\%\)
\(20\%\)
\(25\%\)
Show answer and explanation
B
The question is this: 530.40 is what percent of 624?
Use the percent formula:
\(part = \frac{percent}{100}× whole\)
\(530.40= \frac{percent}{100}× 624 ⇒ 530.40 = \frac{percent ×624}{100}⇒53040 = percent ×624\)
\(⇒percent = \frac{53040}{624}= 85\)
530.40 is \(85 \%\) of 624. Therefore, the discount is: \(100\% – 85\% = 15\%\)
The score of Emma was half as that of Ava and the score of Mia was twice that of Ava. If the score of Mia was 60, what is the score of Emma?
12
15
20
30
Show answer and explanation
B
If the score of Mia was 60, then Ava’s score of Ava is 30. Since the score of Emma was half as that of Ava, therefore, the score of Emma is 15.
A bag contains 18 balls: two green, five black, eight blue, one brown, one red, and one white. If 17 balls are removed from the bag at random, what is the probability that a brown ball has been removed?
\(\frac{1}{9}\)
\(\frac{1}{6}\)
\(\frac{16}{17}\)
\(\frac{17}{18}\)
Show answer and explanation
D
If 17 balls are removed from the bag at random, there will be one ball in the bag.
The probability of choosing a brown ball is 1 out of 18. Therefore, the probability of not choosing a brown ball is 17 out of 18, and the probability of having not a brown ball after removing 17 balls is the same.
A rope weighs 600 grams per meter in length. What is the weight in kilograms of 12.2 meters of this rope? (1 kilograms = 1000 grams)
0.0732
0.732
7.32
7320
Show answer and explanation
C
The weight of 12.2 meters of this rope is: \(12.2 × 600 \space g = 7320 \space g\)
\(1\space kg = 1000 \space g\) therefore,
\( 7320 \space g ÷ 1000 = 7.32 \space kg\)
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