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Florida Middle Grades Mathematics 5–9 Practice Test

Florida Middle Grades Mathematics 5–9 practice focuses on mathematical reasoning across number, measurement, geometry, patterns, probability, and data. Sample problems ask you to compare decimals, calculate percentages and volumes, work with integer coordinates and transformations, identify patterns, use angle relationships, and interpret simple data. These tasks connect accurate computation with explanations of why a method or answer makes sense.

Exam overview

Exam providerFlorida Department of Education
Exam codeNot listed
CategoryTeacher Certification

About the Florida Middle Grades Mathematics 5–9 Exam

Middle grades mathematics teaching requires recognizing how students reason, selecting clear representations, and connecting procedures to underlying concepts. Decimal comparison, fractions, percentages, and integer operations call for attention to place value, equivalent forms, and signs. Geometry problems may involve measurements of solid figures, coordinate-plane changes, and angle relationships; pattern questions ask learners to identify a constant rule and extend it. Probability and statistics require distinguishing possible outcomes from likely ones and summarizing data with measures such as range. In classroom work, a teacher may diagnose a misconception, choose a model such as a number line or unit cubes, and explain a calculation in language students can follow. Practice with varied problem types can help you check both computational accuracy and the reasoning used to interpret a question.

Sample Practice Questions

Review a selection from this exam's published US Practice Tests practice bank.

Question 1

A student says that 0.4 is less than 0.35 because 4 is less than 35. Which explanation correctly addresses the error?

  1. A0.4 equals 0.04, so it is less than 0.35.
  2. BWrite 0.4 as 0.40; then compare hundredths, and 40 hundredths is greater than 35 hundredths.
  3. CCompare the digits after the decimal from right to left; 5 is greater than 0.
  4. DDecimals cannot be compared unless they have the same number of digits.
Show answerCorrect answer: B

Writing 0.4 as 0.40 makes the place values clear. Since 40 hundredths is greater than 35 hundredths, 0.4 > 0.35.

Question 2

A rectangular prism is 5 inches long, 3 inches wide, and 4 inches high. What is its volume?

  1. A12 cubic inches
  2. B47 cubic inches
  3. C60 cubic inches
  4. D120 cubic inches
Show answerCorrect answer: C

Volume is length × width × height, so 5 × 3 × 4 = 60 cubic inches.

Question 3

A point is translated 3 units right and 2 units down. What is the image of the point (−1, 4)?

  1. A(2, 2)
  2. B(2, 6)
  3. C(−4, 2)
  4. D(−1, 2)
Show answerCorrect answer: A

Moving 3 units right adds 3 to the x-coordinate, and moving 2 units down subtracts 2 from the y-coordinate: (−1 + 3, 4 − 2) = (2, 2).

Question 4

A fair six-sided number cube is rolled once. What is the probability of rolling a number greater than 4?

  1. A1/6
  2. B1/3
  3. C1/2
  4. D2/3
Show answerCorrect answer: B

The outcomes greater than 4 are 5 and 6, so 2 of the 6 equally likely outcomes are favorable. The probability is 2/6 = 1/3.

Question 5

A school orders 6 notebooks for each of 8 classrooms. How many notebooks are ordered altogether?

  1. A14
  2. B42
  3. C48
  4. D68
Show answerCorrect answer: C

Multiply the number of notebooks per classroom by the number of classrooms: 6 × 8 = 48.

Question 6

A student earns 18 points out of a possible 24 points on an assignment. What percentage of the points did the student earn?

  1. A60%
  2. B70%
  3. C75%
  4. D80%
Show answerCorrect answer: C

The fraction earned is 18/24 = 3/4. Since 3/4 = 0.75, the student earned 75% of the points.

Question 7

A rectangular prism is made from unit cubes and measures 4 units by 3 units by 2 units. How many unit cubes are needed to build it?

  1. A9
  2. B14
  3. C20
  4. D24
Show answerCorrect answer: D

Each layer has 4 × 3 = 12 cubes, and there are 2 layers, so 12 × 2 = 24 cubes.

How to use this practice test

The free practice bank contains 50 questions, with sessions presenting up to 20 random questions. Work through each problem before viewing the session results, then use any missed or uncertain items to identify concepts to revisit, such as place value, geometric measurement, or probability.

Preparation tips

  • Compare decimals by aligning place values or appending zeros, then explain why digit length alone does not determine value.
  • Practice translating word problems into equations or diagrams for percent, volume, integer-coordinate movement, and constant-difference patterns.
  • Use unit cubes and formulas to connect prism dimensions with volume; check angle calculations against the 180° triangle total.
  • For probability and data questions, list possible outcomes explicitly and distinguish a data set’s range from its individual values.
  • When reviewing an error, write the misconception a student might hold and pair it with a number line, diagram, table, or concrete model that addresses it.
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