100+ Free FTCE Computer Science Practice Questions

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Which historical figure is widely credited with designing the first algorithm intended to be processed by a machine and is often called the first computer programmer?

Alan Turing

Ada Lovelace

Tim Berners-Lee

Bill Gates

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ArticleFTCE Exam Guide 2026: Florida Teacher Tests, Scores, Fees, and Prep Order15 min read

2026 Statistics

Key Facts: FTCE Computer Science Exam

005

Test Code

Florida DOE / Pearson

~80

Multiple-Choice Questions

FTCE Test Page (2026)

200

Minimum Scaled Passing Score

Florida DOE

2.5 hrs

Time Limit

FTCE Test Page

Competencies Tested

FTCE Test Framework

20%

Programming Logic and Languages Each

FTCE Test Framework

$150

Exam Fee Per Attempt

Pearson (2026)

K-12

Grade Coverage

Florida DOE

Sample FTCE Computer Science Practice Questions

Try these sample questions to test your FTCE Computer Science exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1A student must plan a solution that finds the largest value in a list before writing any code. Which computational thinking practice is the student primarily using?

A.Decomposition

B.Algorithm design

C.Abstraction

D.Refactoring

Explanation: Algorithm design is the practice of defining a clear, ordered sequence of steps that solves a problem, such as iterating through a list while tracking the maximum value. The student is specifying the procedure before implementation.

2Breaking a complex program into smaller, independently solvable functions is an example of which computational thinking concept?

A.Pattern recognition

B.Decomposition

C.Generalization

D.Abstraction

Explanation: Decomposition is the process of dividing a complex problem or system into smaller, more manageable parts. Splitting a program into independent functions is a direct application of decomposition.

3An algorithm runs a nested loop where both the outer and inner loops iterate n times. What is its Big-O time complexity?

A.O(n)

B.O(log n)

C.O(n^2)

D.O(2^n)

Explanation: Two nested loops each running n times produce n times n total iterations, giving quadratic time complexity, O(n^2). The work grows with the square of the input size.

4Which step of the software development life cycle focuses on determining what the system must do before any design or coding begins?

A.Requirements analysis

B.Implementation

C.Maintenance

D.Deployment

Explanation: Requirements analysis is the phase where developers gather and document what the system must accomplish, including functional and non-functional requirements. It precedes design and coding.

5A teacher uses a flowchart to represent the steps of a decision-making process. Which symbol is conventionally used to represent a decision point?

A.Rectangle

B.Diamond

C.Parallelogram

D.Oval

Explanation: In standard flowchart notation, a diamond represents a decision point where the flow branches based on a true/false or yes/no condition.

6Which problem-solving strategy involves repeatedly making the locally optimal choice at each step in hopes of finding a global optimum?

A.Divide and conquer

B.Greedy approach

C.Dynamic programming

D.Backtracking

Explanation: A greedy algorithm makes the best immediate choice at each step without reconsidering previous decisions. It works well for problems with optimal substructure and the greedy-choice property, such as making change with certain coin systems.

7When a programmer ignores the internal details of a sorting function and only relies on its input and output behavior, the programmer is applying which concept?

A.Abstraction

B.Decomposition

C.Iteration

D.Concatenation

Explanation: Abstraction is treating a component as a black box, focusing only on what it does rather than how it works internally. Relying solely on a function's inputs and outputs is a classic example.

8A program correctly compiles and runs but produces an incorrect average because it divides by the wrong count. What type of error is this?

A.Syntax error

B.Logic error

C.Compile-time error

D.Linker error

Explanation: A logic error occurs when a program runs without crashing but produces incorrect results because the algorithm or formula is flawed. Dividing by the wrong count is a logic error.

9Which technique helps a student systematically test an algorithm by manually tracing variable values through each step on paper?

A.Code refactoring

B.Trace table (desk checking)

C.Unit testing framework

D.Version control

Explanation: A trace table, also called desk checking, lists each variable and records its value as the program executes line by line. It helps verify logic and locate errors without running code.

10An algorithm that always produces the correct result and terminates in a finite number of steps is said to have which property?

A.Correctness and finiteness

B.Concurrency

C.Polymorphism

D.Encapsulation

Explanation: A well-defined algorithm must be correct (produces the right output for valid input) and finite (terminates after a limited number of steps). These are fundamental properties of an algorithm.

About the FTCE Computer Science Exam

The FTCE Computer Science K-12 (005) test certifies candidates to teach computer science in Florida grades K-12. It covers seven competencies: computational thinking, data types and structures, programming logic, programming languages, hardware/software/networking, social and ethical issues, and CS pedagogy.

Questions

100 scored questions

Time Limit

2 hours 30 minutes

Passing Score

Scaled score of 200+

Exam Fee

$150 per attempt (Florida DOE / Pearson VUE)

FTCE Computer Science Exam Content Outline

15%

Computational Thinking and Problem Solving

Algorithm design, decomposition, abstraction, the software development life cycle, debugging, and efficiency analysis

15%

Data Types and Structures

Primitive types, binary and hexadecimal representation, arrays, stacks, queues, linked lists, trees, hash tables, and graphs

20%

Programming Logic

Control structures, Boolean and propositional logic, De Morgan's laws, recursion, searching, and sorting algorithms

20%

Programming Languages

Compilers and interpreters, procedural, object-oriented, and functional paradigms, OOP principles, scope, and type systems

10%

Hardware, Software, and Networking

CPU, memory, storage, operating systems, networks, protocols, databases, SQL, and cloud computing

10%

Historical Aspects and Social Issues

Computing history, cybersecurity, encryption, intellectual property, privacy, the digital divide, and ethics

10%

Computer Science Pedagogy

Project-based learning, pair programming, scaffolding, assessment, equity, and broadening participation

How to Pass the FTCE Computer Science Exam

What You Need to Know

Passing score: Scaled score of 200+
Exam length: 100 questions
Time limit: 2 hours 30 minutes
Exam fee: $150 per attempt

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

FTCE Computer Science Study Tips from Top Performers

1Focus first on programming logic and programming languages, which together make up 40% of the test

2Practice tracing code by hand and predicting loop, conditional, and recursion output

3Memorize Boolean logic, truth tables, and both forms of De Morgan's laws

4Know the time complexity (Big-O) of common search and sort algorithms

5Review OOP principles: encapsulation, inheritance, polymorphism, and abstraction with examples

6Study CS pedagogy strategies such as pair programming, project-based learning, and equitable participation

Frequently Asked Questions

How many questions are on the FTCE Computer Science K-12 (005) test?

The test contains approximately 80 multiple-choice questions, which you have 2 hours and 30 minutes to complete.

What score do I need to pass the FTCE Computer Science (005) exam?

You need a scaled score of at least 200 to pass. Scores are reported as pass or fail with a scaled score on the official report.

How much does the FTCE Computer Science (005) exam cost?

The Computer Science K-12 (005) subject area exam costs $150 per attempt, with an additional $150 fee for each retake.

What competencies does the FTCE Computer Science (005) test cover?

It covers seven competencies: computational thinking, data types and structures, programming logic, programming languages, hardware/software/networking, social and ethical issues, and CS pedagogy.

How is the FTCE Computer Science test weighted?

Programming logic and programming languages are the largest sections at 20% each, computational thinking and data types are 15% each, and the remaining three competencies are about 10% each.

Do I need other tests besides FTCE Computer Science (005)?

Yes. Florida educators must also pass the General Knowledge test, and a Professional certificate requires the Professional Education test as well.