Computer Science Class 9 Federal Board

About this resource

The 9th Class Computer Science Federal Board Past Paper 1st Annual (B) 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, networking, computational thinking, data, cloud computing, and software concepts.

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, review networking concepts, 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 pattern 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, HTML code, JavaScript, flowcharts, networking, artificial intelligence, and problem-solving questions.

Students can use this past paper to:

• Understand the Federal Board Computer Science examination format
• Practise Computer Science multiple-choice questions
• Revise important Computer Science terminology
• Review concept maps and data representation
• Understand digital memory units
• Revise primary and secondary data collection methods
• Study artificial intelligence and machine learning
• Practise HTML tags and web concepts
• Practise JavaScript variables, data types, and programs
• Revise cybersecurity threats such as phishing and malware
• Study design thinking and computational thinking
• Review communication and transmission modes
• Practise circuit switching and packet switching
• Understand cloud computing and online data storage
• Revise system software and operating systems
• Practise flowcharts and problem-solving
• Study big data and computing innovation
• Revise computer networks and topologies

Practise 9th Class Computer Science MCQs

Section A contains 13 multiple-choice questions covering a broad range of Computer Science topics. The questions include concept maps, digital memory units, primary data collection, artificial intelligence, HTML hyperlinks, JavaScript variables, phishing, malware, JavaScript data types, design thinking, IPO charts, computer input devices, and communication modes.

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

Regular MCQ practice can improve concept recognition, recall, accuracy, and speed during the objective portion of the Federal Board examination.

Understand Concept Maps

The paper includes an MCQ about the shapes used to represent concepts in a concept map.

Students should understand how concept maps organise information visually and how different concepts can be connected to represent relationships between ideas.

Concept maps should be studied as a method of organising knowledge rather than simply memorising individual shapes.

Revise Digital Memory Units

Section A includes a question about the smallest unit of memory in a digital computer.

Students should revise common digital storage and memory units and understand the relationship between bits, bytes, kilobytes, megabytes, gigabytes, and larger units where included in the syllabus.

Study Primary and Secondary Data Collection

The paper includes an MCQ asking students to identify an example of a primary data collection method. Section B also asks students to list examples of primary data collection methods.

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

Examples should be learned together with the purpose and characteristics of each method.

Revise Artificial Intelligence and Machine Learning

Artificial intelligence is an important topic in this paper. Section A includes an MCQ about a common example of artificial intelligence, while Section B asks how machine learning can assist in decision making.

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

Students should understand the basic concepts of artificial intelligence and machine learning and revise practical applications of AI in everyday life and different fields.

Understand HTML Hyperlinks and Web Development

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

Section B also contains an HTML code correction question, while Section C requires students to write HTML code using specified tags.

Students should practise HTML syntax, opening and closing tags, document structure, headings, paragraphs, hyperlinks, and other tags included in their syllabus.

Practise JavaScript Variables

The paper includes an MCQ asking for the correct way to declare a variable in JavaScript.

Section B contains JavaScript code that students must rewrite after removing errors. Another question asks students to determine the output of JavaScript code.

Students should revise variable declaration, assignment statements, data types, conditional statements, and basic JavaScript syntax.

Revise JavaScript Data Types

Section A includes a question asking which data type cannot be used in JavaScript. Section B also asks students to differentiate between qualitative and quantitative data, while JavaScript output and variable questions require careful understanding of values and types.

Students should revise the JavaScript data types included in the syllabus and practise identifying the appropriate type for different values.

Study Phishing and Malware

The paper contains questions related to cybersecurity. Section A asks what attackers use phishing for and asks about the purpose of malware.

Students should understand the purpose and characteristics of common cybersecurity threats and distinguish between phishing, malware, spyware, and other threats covered in the course.

Cybersecurity questions should be prepared with clear definitions and practical examples.

Understand Design Thinking

Section A includes a question asking which item is not one of the five phases of design thinking.

Section B asks students to list four phases of design thinking and also asks why design thinking is considered an iterative process.

Students should understand both the stages and the iterative nature of design thinking and should learn how repeated evaluation and improvement contribute to developing solutions.

Revise the IPO Chart

The paper includes an MCQ asking for the correct sequence of the Input-Process-Output chart.

Students should understand how input is provided to a system, how processing is performed, and how the resulting output is produced.

IPO charts can be used to represent the basic operation of computerised systems and problem-solving processes.

Study Computer Input Devices

Section A includes a question asking which device is used to control the cursor on a computer screen.

Students should revise common input devices and understand their individual functions and uses.

Understand Communication Modes

The paper includes an MCQ about the communication mode in which data can flow in only one direction. Section B also asks students to compare full-duplex and half-duplex modes.

Students should revise simplex, half-duplex, and full-duplex communication and understand the direction of data transmission in each mode.

Revise Software Piracy

Section B asks about the purpose of software piracy and requires an example.

Students should understand software piracy and revise its basic meaning, consequences, and examples according to the concepts covered in their course.

Study Software and Operating Systems

Section B includes questions about differences between application software and application software, as well as the importance of an operating system.

Students should revise software categories, their purposes, and the role of operating systems in managing computer resources and providing an environment for applications.

Understand Cloud Computing

The paper asks 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.

Prepare both the definition and practical uses of cloud computing for short-answer questions.

Revise Natural and Artificial Systems

Section B asks students to write differences between natural and artificial systems.

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

Use clear points and suitable examples when answering comparison questions.

Study Static and Dynamic Websites

The paper includes a question asking students to write differences between static and dynamic websites.

Students should understand how static websites differ from websites whose content or behaviour can change dynamically.

Prepare the differences in a concise comparison format for better examination presentation.

Revise Circuit Switching and Packet Switching

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

Students should understand the basic principles of both switching techniques and revise the major differences between them.

Comparison questions should be answered using clear, technically accurate points.

Understand Logical Thinking and Algorithmic Thinking

Section B includes a question asking students to write two differences between logical thinking and algorithmic thinking.

Students should understand both approaches to problem solving and distinguish between reasoning logically and developing systematic step-by-step procedures.

Revise Flowcharts

The paper includes a question asking about the importance of flowcharts in solving a problem. Section C also requires students to draw a flowchart for finding the sum and product of five numbers.

Students should revise common flowchart symbols and practise representing algorithms through a logical sequence of steps.

Before drawing a flowchart, identify the required inputs, calculations, processing steps, and outputs.

Study Output Devices

Section B asks students to write the purpose of any one output device.

Students should revise common output devices and understand the function performed by each device.

Understand Design Thinking as an Iterative Process

The paper asks why design thinking is considered an iterative process.

Students should understand that design thinking involves repeated testing, evaluation, feedback, and improvement rather than following a single fixed sequence without revision.

Revise Qualitative and Quantitative Data

Section B includes a question asking students to write two differences between qualitative data and quantitative data.

Students should understand the nature of both types of data and practise identifying whether information is descriptive or numerical.

Study Primary Data Collection Methods

Students are asked to enlist four examples of primary data collection methods.

Revise the major methods included in the syllabus and understand how primary data is collected directly for a specific purpose.

Understand JavaScript Conditional Statements

Section B includes JavaScript code containing a condition that checks a value and displays different messages depending on whether the condition is satisfied.

Students should practise tracing conditional statements and determining which output will be displayed for a given value.

Read the code line by line, identify the variable value, evaluate the condition, and then determine the executed statement.

Revise JavaScript Assignment Statements

The paper asks students to determine the final value of a variable after a series of JavaScript assignment statements.

Students should understand that each assignment changes the current value of the variable and should trace the code sequentially.

Practise HTML Error Correction

Section B contains HTML code with errors and asks students to rewrite it after removing those errors.

Students should practise identifying incorrect tags, missing closing tags, incorrect document structure, and other basic HTML syntax errors.

Regular code-writing practice can improve accuracy and reduce simple syntax mistakes during examinations.

Understand the Purpose of Operating Systems

The paper includes a question asking why an operating system is important.

Students should revise the major functions of an operating system, including managing hardware and software resources and providing an interface through which users and applications can interact with the computer.

Study Big Data and Computing Innovation

Section C asks about the purpose of big data and requires students to explain three benefits of big data in business.

Another question asks what computing innovation is and requires an explanation of its effects on society.

Students should understand how large-scale data and computing technologies can support decision making, business activities, and technological development while also creating challenges.

Revise Computer Network Topologies

Section C includes a comparison of bus topology and star topology and asks students to draw diagrams of both.

Students should revise the structure and characteristics of common network topologies and practise drawing simple diagrams accurately.

Pay attention to the arrangement of devices and the central or shared communication structure used by each topology.

Prepare Artificial Intelligence Questions

Section C includes a detailed question asking students to define Artificial Intelligence (AI) and explain any three areas of AI applications.

Students should prepare a concise definition and several relevant application areas. Examples should demonstrate how AI can be used to perform tasks involving intelligent decision making or analysis.

Practise HTML Coding

The paper requires students to write HTML code using specified tags.

Students should practise constructing simple HTML documents and ensure that tags are correctly written, opened, and closed.

Code should be presented neatly so that the examiner can clearly identify the required HTML elements.

Study the CPU, ALU, and Control Unit

Section C asks students what the CPU is and requires an explanation of the Arithmetic Logic Unit (ALU) and Control Unit (CU).

Students should understand the CPU as a central processing component and revise the roles of the ALU and CU.

Prepare both definitions and functions because the question requires explanation rather than simple naming.

Revise JavaScript Programming

Section C includes a programming question requiring students to write a JavaScript program to display the numbers from 1 to 10.

Students should revise JavaScript syntax, variables, loops, and output statements required for simple programming tasks.

Practise writing programs independently and check brackets, variable names, operators, and statements before finalising the answer.

Improve Flowchart and Algorithm Skills

Flowchart questions require students to convert a problem into a sequence of logical steps.

Students should first identify the input values, determine the required calculation, and then represent the process and output using appropriate flowchart symbols.

Regular practice with simple mathematical problems can improve algorithmic thinking and flowchart accuracy.

Develop Better Computer Science Answer-Writing Skills

Subjective Computer Science questions require clear terminology, accurate technical concepts, correct 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 concepts
• Explaining cloud computing
• Comparing data types and communication modes
• 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 JavaScript questions are difficult, revise variables, data types, conditional statements, code tracing, and programming syntax. If HTML questions are difficult, practise tags, document structure, hyperlinks, and correcting code errors.

If networking questions cause problems, revise communication modes, switching techniques, and network topologies. Students should also review artificial intelligence, machine learning, computational thinking, design thinking, cybersecurity, data collection, cloud computing, big data, and system software 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 (B) 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
• Machine learning practice tests
• Networking and topology tests
• Computational thinking assessments
• Cybersecurity practice tests
• Data collection assessments
• Flowchart and algorithm tests
• Cloud computing assessments
• 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, artificial intelligence, 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, artificial intelligence concepts, and important data-related terminology.

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, diagram practice, 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 (B) 2025 through the protected viewer and begin your preparation. Practise under timed conditions, revise important concepts, write and trace programs, practise HTML and flowcharts, review networking and AI concepts, 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.