Computer Science Class 9 Federal Board

About this resource

The 9th Class Computer Science Federal Board Past Paper 1st Annual (A) 2025 is a useful examination resource for students preparing for the SSC-I Computer Science examination under the Federal Board of Intermediate and Secondary Education (FBISE). This past paper provides students with an opportunity to practise Federal Board examination-style Computer Science questions and become familiar with multiple-choice questions, short-answer questions, programming tasks, HTML, JavaScript, flowcharts, artificial intelligence, computational thinking, data, networks, and system software.

GeneratePaper makes this Federal Board Computer Science past paper conveniently accessible to students, teachers, parents, schools, and academies. Students can use the paper to practise objective questions, revise important Computer Science concepts, solve programming problems, write HTML and JavaScript code, prepare flowcharts, and evaluate their examination preparation.

The paper contains two pages. Section A carries 13 marks with a time allocation of 15 minutes. Section B carries 22 marks, while Section C carries 20 marks. Sections B and C therefore carry 42 marks, making the complete paper worth 55 marks.

Prepare for 9th Class Computer Science According to the Federal Board Examination Pattern

Understanding the examination structure is an important part of effective board preparation. This 9th Class Computer Science past paper gives students practice with objective questions, short conceptual questions, programming tasks, diagrams, flowcharts, and longer analytical questions.

Students can use this past paper to:

• Understand the Federal Board Computer Science examination format
• Practise Computer Science MCQs
• Revise important Computer Science terminology
• Review Input-Process-Output concepts
• Study generations of computers
• Revise data collection methods and data types
• Understand artificial intelligence and its applications
• Practise HTML tags and web concepts
• Practise JavaScript variables, data types, and programs
• Revise cybersecurity threats including phishing and spyware
• Study computational thinking and design thinking
• Review computer networks and transmission modes
• Practise circuit switching and packet switching
• Understand system software and software concepts
• Practise flowcharts and problem-solving
• Revise cloud computing and big data

Practise 9th Class Computer Science MCQs

Section A contains 13 multiple-choice questions covering a broad range of Computer Science concepts. The questions include IPO charts, data transmission modes, secondary data collection, artificial intelligence, HTML hyperlinks, JavaScript variables, phishing, spyware, JavaScript data types, computational thinking, problem-solving, output devices, and units of digital memory.

Students should read each MCQ carefully, identify the concept being tested, and compare all available options before selecting the most appropriate answer.

Regular MCQ practice improves concept recognition, recall, accuracy, and speed during the objective portion of the examination.

Understand the Input-Process-Output Model

The paper includes an MCQ concerning the correct sequence of the IPO chart. Students should understand the relationship between input, processing, and output when analysing how a computer-based system works.

Students should also revise the purpose of IPO charts and understand how they can be used to represent the basic operation of a system.

Revise Data Transmission Modes

The paper includes a question about the mode of communication that allows simultaneous sending and receiving of data. Students should revise simplex, half-duplex, and full-duplex transmission modes.

Understanding the direction and timing of communication in each transmission mode can help students solve both MCQs and subjective questions.

Study Data Collection Methods

The paper includes questions related to secondary data collection and primary data collection methods.

Students should understand the difference between primary and secondary data and revise examples of methods used to collect each type of data.

Data-related questions should be prepared through clear definitions and relevant examples.

Revise Artificial Intelligence

Artificial intelligence is an important topic in this paper. Section A includes an MCQ related to artificial intelligence and facial recognition, while Section B and Section C provide further practice with AI and its applications.

Students should understand the basic concept of artificial intelligence and revise practical applications such as facial recognition and other intelligent technologies.

Section C also asks students to define artificial intelligence and explain three applications of AI.

Understand HTML Hyperlinks and Tags

The paper includes an MCQ asking students to identify the HTML tag used to define a hyperlink.

Section B also requires students to identify errors in HTML code, while Section C includes an HTML coding question using specified tags.

Students should practise basic HTML syntax, opening and closing tags, nesting, and the correct use of commonly tested HTML elements.

Practise JavaScript Variables and Data Types

The paper contains several JavaScript-related questions. Section A includes questions about variables and valid JavaScript data types.

Section B further asks students to distinguish between Number and Boolean data types and includes JavaScript code that requires students to determine the output.

Students should revise JavaScript variables, assignment statements, data types, operators, conditional statements, and basic program execution.

Study Phishing and Spyware

The paper includes questions about cybersecurity threats. Students are asked about the purpose of phishing and are also required to identify an example of spyware.

Students should understand common cybersecurity threats and distinguish between different types of malicious or deceptive activities.

Revise the purpose, characteristics, and examples of phishing and spyware so that similar MCQs can be answered quickly.

Understand Computational Thinking

Computational thinking appears in the subjective portion of the paper. Students are asked about the role of computational thinking in problem solving.

Students should understand computational thinking as a structured approach to solving problems and revise the important concepts and techniques included in their course.

Revise Design Thinking

The paper includes questions about design thinking, including its phases and its contribution to creating innovative solutions.

Students should revise the major phases of design thinking and understand how this approach can help identify problems, develop ideas, and create solutions.

Study Generations of Computers

Section B includes a question asking students to identify differences between the second and third generations of computers.

Students should revise the major generations of computers and understand the technologies and characteristics associated with different generations.

Comparison questions should be prepared using clear points so that differences can be presented efficiently.

Understand Natural and Artificial Systems

The paper includes a question asking students to differentiate between natural and artificial systems.

Students should understand the meaning of a system and be able to distinguish systems that occur naturally from those designed or created by humans.

Use suitable examples when preparing this topic.

Revise Circuit Switching and Packet Switching

Section B asks students how circuit switching differs from packet switching.

Students should understand how communication networks establish and manage data transmission through these two approaches.

Focus on the key differences between dedicated communication paths and packet-based transmission when preparing comparison questions.

Study Concept Maps

The paper includes a question asking how concepts are represented in a concept map.

Students should understand how concept maps visually organise related ideas and show relationships between different concepts.

Practise identifying the main concept, related concepts, and connections between them.

Revise Spam and Spyware

Section B asks students to enlist differences between spam and spyware.

Students should understand that these represent different types of unwanted or harmful digital activity and should be able to distinguish them using their characteristics and purpose.

Understand the Phases of Design Thinking

The paper asks students to list four phases of design thinking and also asks how design thinking contributes to creating innovative solutions.

Students should learn the phases in their correct sequence and understand the purpose of each phase rather than memorising the names alone.

Study Primary Data Collection

Section B includes a question requiring students to provide examples of primary data collection methods.

Students should revise common methods of collecting primary data and understand how they differ from secondary sources.

Revise JavaScript Conditional Statements

The paper provides a JavaScript code example using an if-else condition and asks students to determine its output based on a given value.

Students should practise reading JavaScript code line by line and determining how variables and conditional statements affect the final output.

When solving output questions, first identify the value stored in each variable, then evaluate the condition, and finally determine which statement is executed.

Practise JavaScript Variable Assignment

Another JavaScript question requires students to determine the final value of a variable after a sequence of assignment statements.

Students should understand that the current value of a variable can change when a later assignment statement is executed.

Practise tracing simple JavaScript programs step by step to avoid confusion between previous and final values.

Understand Flowcharts and Problem Solving

The paper includes questions about the importance of flowcharts in solving problems and asks students to draw a flowchart for finding the product and average of four numbers.

Students should revise common flowchart symbols and understand how algorithms can be represented visually.

Practise identifying input, processing, calculations, decisions where applicable, and output before drawing a flowchart.

Study System Software

Section C includes a question asking students to define system software and explain two types of system software.

Students should understand the purpose of system software and revise the major types included in the syllabus.

Answers should include a clear definition followed by suitable explanations or examples.

Revise Cloud Computing

Section B includes a question asking how cloud computing allows users to store and access data online.

Students should understand the basic concept of cloud computing and how online services can provide access to stored data and computing resources.

Understand Big Data

Section C includes a question asking about the purpose of big data and requiring three benefits of big data.

Students should understand the importance of handling large amounts of data and revise the practical benefits of analysing and using big data.

Study Computing Innovation

Section C asks students what computing innovation is and requires them to explain harmful effects of innovation on society.

Students should understand that technological innovation can produce useful solutions while also creating social, ethical, economic, or other challenges.

Prepare balanced answers that explain both the concept of innovation and relevant effects on society.

Practise JavaScript Programming

Section C includes a programming question requiring students to write a JavaScript program to display numbers from 1 to 20.

Students should revise JavaScript syntax, variables, loops, and output statements needed to construct a simple program.

Practise writing programs independently and check brackets, operators, variable names, and statements carefully.

Revise Network Topologies

Section C includes a question asking students to compare three features of ring topology and star topology and draw their diagrams.

Students should revise common network topologies and understand their structures and characteristics.

Practise drawing simple network diagrams and labelling the relevant components clearly.

Understand Artificial Intelligence Applications

Artificial intelligence is tested in both objective and subjective questions. Students should revise the definition of AI and understand examples of its applications.

Potential applications should be studied according to the prescribed course material, with attention to how AI is used to perform tasks that normally require human intelligence.

Revise HTML Coding

Section C includes a question requiring students to write HTML code using specified tags.

Students should practise writing a complete and correctly structured HTML snippet and understand the purpose of common formatting and text-related tags.

Check that tags are correctly opened and closed and that the HTML structure is logically organised.

Develop Problem-Solving Skills

Computer Science examination questions often require students to apply concepts rather than simply recall definitions. This paper includes problem-solving questions involving JavaScript, flowcharts, computational thinking, HTML, and data.

Students should identify what information is given, determine what the question requires, select the appropriate method, and then present the solution clearly.

Improve Computer Science Programming Practice

Programming questions should be practised through regular hands-on writing. Students should write simple JavaScript programs, trace existing code, determine outputs, and correct syntax errors.

Important areas to practise include variables, data types, assignment statements, conditional statements, loops, and output.

Develop Better Computer Science Answer-Writing Skills

Subjective Computer Science questions require clear terminology, correct technical concepts, accurate code, and organised explanations.

Students should practise:

• Writing accurate Computer Science definitions
• Explaining concepts in concise points
• Comparing related technologies
• Writing correct HTML code
• Writing and tracing JavaScript programs
• Drawing flowcharts correctly
• Drawing network topology diagrams
• Explaining artificial intelligence applications
• Describing cybersecurity threats
• Presenting differences in a clear format

Use the Past Paper as a Timed Practice Test

One of the most effective ways to use this 9th Class Computer Science Federal Board Past Paper is to attempt it under examination conditions.

Begin with Section A and follow the 15-minute time allocation shown on the paper. Then attempt Sections B and C without consulting your textbook or notes.

After completing the paper, review your answers and identify the concepts, programming tasks, diagrams, or definitions where additional preparation is required.

Identify Your Weak Computer Science Topics

A past paper should be used not only for practice but also for identifying weak areas.

If you have difficulty with JavaScript questions, revise variables, data types, conditional statements, loops, and output tracing. If HTML questions are difficult, practise tags, syntax, and correcting errors in HTML code.

If networking questions cause problems, revise transmission modes, switching techniques, and network topologies. Students should also review AI, computational thinking, design thinking, cybersecurity, data collection, cloud computing, and big data according to their performance.

Use Past Papers Alongside Model Papers

Past papers and model papers can be used together for effective Federal Board examination preparation. Past papers provide practice with examination-style questions, while model papers provide additional practice with different question formats and learning areas.

Students can first study their Computer Science textbook, revise individual chapters, practise topic-based questions, attempt model papers, and then solve past papers such as this 1st Annual (A) 2025 paper under timed conditions.

Generate Computer Science Practice Tests with GeneratePaper

GeneratePaper can complement past-paper preparation by allowing students and teachers to create customised Computer Science tests from available question-bank material.

Teachers can prepare:

• Chapter-wise Computer Science tests
• Programming practice papers
• JavaScript assessments
• HTML and web development tests
• Artificial intelligence assessments
• Networking and topology tests
• Computational thinking assessments
• Cybersecurity practice tests
• Data and information assessments
• Flowchart and algorithm tests
• MCQ practice papers
• Full-syllabus Computer Science papers

Students can use focused tests to identify weak areas before attempting complete past papers.

Improve Your Federal Board Computer Science Preparation

Effective Computer Science preparation should combine textbook study, concept revision, programming practice, MCQs, short questions, diagrams, flowcharts, model papers, and past papers.

The textbook should remain the primary learning resource, while past papers help students understand how Computer Science concepts are presented in Federal Board examination questions.

Students should focus on understanding how concepts work rather than relying entirely on memorised answers. This is particularly important for programming, flowcharts, networking, HTML, JavaScript, and computational-thinking questions.

Build Confidence Through Regular Practice

Regular Computer Science practice improves programming accuracy, logical thinking, technical vocabulary, and problem-solving ability.

Students should maintain a separate revision list for important definitions, HTML tags, JavaScript syntax, networking concepts, flowchart symbols, cybersecurity terms, and artificial intelligence concepts.

After every practice paper, review incorrect answers and revisit the relevant topic before attempting similar questions again.

Useful for Students, Teachers, Schools, and Academies

This 9th Class Computer Science Federal Board Past Paper is useful for students, teachers, schools, and academies.

Students can use it for revision, self-assessment, MCQ practice, programming preparation, and final examination preparation. Teachers can use it to explain the examination structure, discuss important Computer Science concepts, and prepare classroom revision activities.

Schools and academies can incorporate past papers into their examination preparation schedules and use them as timed mock examinations.

Access More 9th Class Computer Science Resources

GeneratePaper provides educational resources and assessment tools together on one platform. Along with the 9th Class Computer Science Federal Board Past Paper, students can explore available Computer Science books, model papers, additional past papers, online tests, and generated practice papers.

Use textbooks to build Computer Science concepts, customised tests to practise individual topics, model papers to understand examination patterns, and past papers to evaluate complete examination readiness.

Open the available 9th Class Computer Science Federal Board Past Paper 1st Annual (A) 2025 through the protected viewer and begin your preparation. Practise under timed conditions, revise important concepts, write and trace programs, practise flowcharts and diagrams, review your mistakes, strengthen weak areas, and continue improving your Computer Science preparation.

GeneratePaper supports students and teachers by making educational resources, examination practice, and paper preparation easier to access, organise, and use.