Florida General Knowledge (GK) Test Practice Test
The Florida General Knowledge (GK) Test practice page covers foundational reading, writing, mathematics, and science skills used in school and everyday problem solving. The available questions include interpreting sentence relationships and informational passages, selecting dependable sources, calculating costs and measurements, choosing graphs, and reasoning about simple circuits and environmental evidence.
Exam overview
About the Florida General Knowledge (GK) Test Exam
Reading questions focus on how words and phrases connect ideas, how details support a passage’s claims, and how to identify useful, current information. Mathematical tasks include applying multiplication to a real-world cost, finding rectangle area and perimeter, and matching measurements with appropriate units. Science-related items ask you to represent change over time with a graph, distinguish mass from volume, reason about a basic electrical circuit, and connect wetland functions with flood control. These tasks call for careful reading of conditions, selection of relevant evidence, accurate calculations, and clear interpretation of results. For educator preparation, the skills also support explaining quantitative relationships, evaluating information, and helping learners connect observations to evidence-based conclusions.
Sample Practice Questions
Review a selection from this exam's published US Practice Tests practice bank.
A field trip costs $7.50 per student. If 24 students attend, what is the total student cost?
Show answer
Correct answer: CMultiply the cost per student by the number of students: 7.50 × 24 = 180. The total cost is $180.00.
A student measures the temperature of water every minute while it cools. Which graph is most appropriate for showing how temperature changes over time?
Show answer
Correct answer: AA line graph is suited to showing change in a measured quantity over continuous time. Placing time on the horizontal axis and temperature on the vertical axis makes the trend easy to see.
A rectangular garden is 8 meters long and 5 meters wide. How much fencing is needed to go all the way around it?
Show answer
Correct answer: BThe amount of fencing is the rectangle's perimeter: 2 × (8 + 5) = 2 × 13 = 26 meters.
A speaker says, “The new schedule saves time; for example, students now have ten more minutes for lunch.” What does the phrase “for example” signal?
Show answer
Correct answer: B“For example” introduces a specific case that illustrates or supports the broader statement that the schedule saves time.
A student wants to determine whether a neighborhood library is open on Saturday. Which source is most likely to provide current, dependable information?
Show answer
Correct answer: CThe library's own current information is the most direct and likely up-to-date source for its hours.
A rectangular bulletin board is 9 feet long and 4 feet wide. What is its area?
Show answer
Correct answer: CThe area of a rectangle is length multiplied by width: 9 × 4 = 36 square feet.
In a simple circuit with a battery, wires, and a bulb, the bulb does not light. Which change is most likely to make the bulb light?
Show answer
Correct answer: BElectric current can flow when there is a complete conducting path connecting both battery terminals through the bulb.
How to use this practice test
The free practice set draws up to 20 random questions from the 50-question bank for a session. Work through the mixed items as a check on reading, quantitative reasoning, and science interpretation; results appear after the session so you can identify which question types need more review.
Preparation tips
- Practice translating word problems into operations, and check units when finding costs, area, perimeter, mass, or volume.
- For reading items, identify the claim or relationship first, then match it to a supporting detail or a signal word such as “because” or “for example.”
- Choose graph types by examining what the data measure; use time-series reasoning when observations track a changing quantity over time.
- Review basic circuit conditions, including a complete path between battery and bulb, and connect environmental processes such as wetland storage with their effects.
- Compare information sources for currency and reliability when a question asks where to verify a current fact.