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11th Class Computer Guess Paper is up-to-date, and the most important questions are given according to Punjab boards. These guess papers will help you get the highest marks on your papers. The Punjab Board Guess Paper Computer is relevant to all chapters, and we have tried to include all the necessary questions to help students score more than seventy percent.

11th class Computer guess paper 2026 by Ahsa.Pk is available, and you may ask if you need any assistance from our qualified team. Computer Class 11 guess papers are for helping material that may enhance the students’ chances of getting more marks in less time.

11th Class Computer Guess Paper

11th Class Computer Important Short Questions

Questions NO. 2 (Ch # 1, 2, 8)

Q.No. 1: Define software development.
Q.No. 2: Differentiate between functional and non-functional requirements.
Q.No. 3: Explain why the testing phase is important in the Software Development Life Cycle (SDLC), and provide two reasons for its significance.
Q.No. 4: In which fields can Systems be applied?
Q.No. 5: What is the main goal of the Software Development Life Cycle (SDLC)?
Q.No. 6: What is a framework in software development?
Q.No. 7: What is the purpose of the requirement gathering phase in software development?
Q.No. 8: Mention any two methods used to collect requirements.
Q.No. 9: What do non-functional requirements define in a software system?
Q.No. 10: Give one example of a non-functional requirement related to system performance.
Q.No. 11: How are non-functional requirements different from functional requirements.
Q.No. 12: What are functional requirements in a software system?
Q.No. 13: What is the main purpose of the design phase in software development?
Q.No. 14: Why are diagrams and models created during the design phase?
Q.No. 15: What does software architecture planning involve?
Q.No. 16: What is the main goal of the coding or development phase?
Q.No. 17: What do programmers use to guide their work during the coding phase?
Q.No. 18: What is code in the context of software development?
Q.No. 19: What is the main purpose of the maintenance phase?
Q.No. 20: Why might software need to be updated after deployment?
Q.No. 21: How does maintenance help with changing user needs?
Q.No. 22: Define SDLC.
Q.No. 23: Illustrate the concept of continuous integration in Agile Methodology and discuss its importance in software development.
Q.No. 24: What are software development methodologies used for?
Q.No. 25: How do software process models help in managing software projects?
Q.No. 26: What is one benefit of using a structured development method?
Q.No. 27: What is the main characteristic of the Waterfall Model?
Q.No. 28: Name any two phases of the Waterfall Model.
Q.No. 29: What are sprints in Agile methodology?
Q.No. 30: Name one advantage of using Agile for software development.
Q.No. 31: Why can Agile be less predictable than other models?
Q.No. 32: Evaluate the main steps involved in risk assessment and management, and assess their importance in a software project.
Q.No. 33: What is the purpose of setting project timelines in software development?
Q.No. 34: Name two key factors that affect the cost estimation of a software project.
Q.No. 35: What does risk assessment in project management involve?
Q.No. 36: Describe the Factory Pattern and explain how it differs from directly creating objects, with an example.
Q.No. 37: What is the purpose of using design patterns in software development?
Q.No. 38: What is the main benefit of using the Factory Pattern?
Q.No. 39: How does the Observer Pattern work in a software system?
Q.No. 40: What is the advantage of using the Strategy Pattern for algorithm selection?
Q.No. 41: How do design patterns reduce code complexity?
Q.No. 42: What is the main advantage of using design patterns in communication among developers?
Q.No. 43: How do design patterns contribute to code reusability?
Q.No. 44: How does the Singleton Pattern ensure that only one instance of an object is created?
Q.No. 45: What is debugging in software development?
Q.No. 46: Name two tools commonly used for debugging.
Q.No. 47: How can code reviews help in debugging?
Q.No. 48: What is the primary goal of Unit Testing?
Q.No. 49: How does Integration Testing differ from Unit Testing?
Q.No. 50: What is the purpose of Acceptance Testing?
Q.No. 51: What is the purpose of a code editor in software development?
Q.No. 52: How do interpreters differ from compilers?
Q.No. 53: What is an Integrated Development Environment (IDE)?
Q.No. 54: Name two commonly used IDEs and their primary programming language.
Q.No. 55: What is the difference between online and offline computing platforms?
Q.No. 56: Name two examples of online computing platforms.
Q.No. 57: What is the purpose of source code repositories in software development?
Q.No. 58: What role do debuggers play in the software development process?
Q.No. 59: How do IDEs streamline the software development process?
Q.No. 60: What are the main fields where Python is commonly used?
Q.No. 61: What are the basic steps involved in writing a program?
Q.No. 62: What is a development environment in Python programming?
Q.No. 63: Explain the purpose of using comments in Python code.
Q.No. 64: What is the purpose of the print() function in Python?
Q.No. 65: How do you write a single-line comment in Python?
Q.No. 66: What is the use of adding Python to the PATH during installation?
Q.No. 67: What is a variable in Python?
Q.No. 68: What are the rules for naming variables in Python?
Q.No. 69: How do you handle integer and float inputs in Python?
Q.No. 70: Define operator precedence and give an example of an expression where operator precedence affects the result.
Q.No. 71: What is the purpose of the arithmetic operator // in Python?
Q.No. 72: What does the ** operator do in Python?
Q.No. 73: How is the modulus operator % used in Python?
Q.No. 74: What do comparison operators in Python do?
Q.No. 75: What does the == operator do in Python?
Q.No. 76: What is the purpose of the != operator in Python?
Q.No. 77: What is the purpose of assignment operators in Python?
Q.No. 78: What does the += operator do in Python?
Q.No. 79: How does the **= operator work in Python?
Q.No. 80: What is the purpose of logical operators in Python?
Q.No. 81: Which logical operator is used to combine conditions where both must be True?
Q.No. 82: What does the not operator do in Python?
Q.No. 83: What is an expression in Python?
Q.No. 84: How can parentheses be used in expressions?
Q.No. 85: What is operator precedence in Python?
Q.No. 86: How does the short-hand if-else statement differ from the regular if-else statement?
Q.No. 87: What is the purpose of the if statement in Python?
Q.No. 88: How does the if statement work in Python?
Q.No. 89: Can an if statement be used alone without any other control structures?
Q.No. 90: What does the if-else statement do in Python?
Q.No. 91: What is the syntax of the if-else statement in Python?
Q.No. 92: How is the short-hand if-else statement different from the regular if-else statement in Python?
Q.No. 93: What is the purpose of the elif statement in the if-elif-else structure?
Q.No. 94: How does the if-elif-else statement differ from the if-else statement?
Q.No. 95: What happens if none of the conditions in an if-elif-else statement are true?
Q.No. 96: What is the purpose of a while loop in Python?
Q.No. 97: When does a while loop stop executing?
Q.No. 98: What will happen if the condition in a while loop is always true?
Q.No. 99: What is the purpose of a for loop in Python?
Q.No. 100: Can a for loop be used with a string?

Questions NO. 3 (Ch # 3, 6, 7)

Q.No. 1: Differentiate between well-defined and ill-defined problems within the realm of computational problem-solving.
Q.No. 2: What is a computational problem?
Q.No. 3: What are the three main components of a computational problem?
Q.No. 4: What is the role of the process in solving a computational problem?
Q.No. 5: What type of computational problem has a “yes” or “no” answer?
Q.No. 6: What are the three main elements needed to solve a computational problem?
Q.No. 7: Outline the main steps involved in the Generate-and-Test method.
Q.No. 8: What is an algorithm?
Q.No. 9: When is the Generate and Test algorithm useful?
Q.No. 10: What are the two main steps in a Generate and Test algorithm?
Q.No. 11: Compare tractable and intractable problems in the context of computational complexity.
Q.No. 12: What is a solvable problem in computer science?
Q.No. 13: Give an example of an unsolvable problem.
Q.No. 14: Why is the GCD problem considered solvable?
Q.No. 15: Identify the key factors used to evaluate the performance of an algorithm.
Q.No. 16: What does time complexity measure?
Q.No. 17: What is Big O notation used for?
Q.No. 18: What is an example of a logarithmic time algorithm?
Q.No. 19: Summarize the key idea behind Greedy Algorithms.
Q.No. 20: Discuss the advantages of using Dynamic Programming.
Q.No. 21: Explain the importance of breaking down a problem into smaller components in algorithmic thinking.
Q.No. 22: What does the Divide and Conquer technique do?
Q.No. 23: What are the three steps in Divide and Conquer?
Q.No. 24: Name an algorithm that uses Divide and Conquer.
Q.No. 25: What is the main idea behind Divide and Conquer?
Q.No. 26: In which type of problems is Divide and Conquer most effective?
Q.No. 27: Can you name a sorting algorithm that uses Divide and Conquer?
Q.No. 28: What is Dynamic Programming used for?
Q.No. 29: When is Dynamic Programming most effective?
Q.No. 30: How does Dynamic Programming improve efficiency?
Q.No. 31: What is Backtracking in algorithm design?
Q.No. 32: When do we use Backtracking?
Q.No. 33: What happens if a path fails in Backtracking?
Q.No. 34: Compare the advantages of Breadth-First Search (BFS) with Depth-First Search (DFS) in graph traversal.
Q.No. 35: What is the purpose of sorting algorithms?
Q.No. 36: What does Bubble Sort do?
Q.No. 37: What is the time complexity of Bubble Sort?
Q.No. 38: How does a Binary Search algorithm work?
Q.No. 39: What is the time complexity of Binary Search?
Q.No. 40: How does Linear Search work?
Q.No. 41: What does BFS (Breadth-First Search) explore in a graph?
Q.No. 42: How does BFS keep track that need to be explored?
Q.No. 43: What is the main application of BFS in real-world scenarios?
Q.No. 44: What is the main idea behind the selection sort algorithm?
Q.No. 45: How does the selection sort process move forward?
Q.No. 46: What is the time complexity of selection sort?
Q.No. 47: What is Artificial Intelligence (AI)?
Q.No. 48: Give one example of cloud computing.
Q.No. 49: What does IoT stand for, and what does it do?
Q.No. 50: Differentiate between Elasticity and On-Demand access in cloud computing.
Q.No. 51: What is cloud computing?
Q.No. 52: What does virtualization allow?
Q.No. 53: How does scalability help in cloud computing?
Q.No. 54: What does IaaS provide to users?
Q.No. 55: What is the main benefit of using PaaS for developers?
Q.No. 56: What is SaaS and give one example?
Q.No. 57: What is a public cloud?
Q.No. 58: Why might a company choose a private cloud?
Q.No. 59: How does a hybrid cloud work?
Q.No. 60: What is cloud storage used for?
Q.No. 61: Name two cloud platforms used for web hosting.
Q.No. 62: Why is cloud computing useful for AI and machine learning?
Q.No. 63: Why is data security important in cloud computing?
Q.No. 64: What is scalability in cloud computing?
Q.No. 65: What is compliance in the context of cloud computing?
Q.No. 66: What is edge computing and how does it benefit data processing?
Q.No. 67: Describe the concept of serverless architectures.
Q.No. 68: What advantages do serverless architectures offer to developers?
Q.No. 69: How does edge computing improve the efficiency of autonomous vehicles?
Q.No. 70: What is edge computing, and how does it benefit cloud computing?
Q.No. 71: How does serverless computing reduce operational complexity for developers?
Q.No. 72: Why is it important for users to understand Terms of Use?
Q.No. 73: What are Terms of Use?
Q.No. 74: Why should users agree to Terms of Use?
Q.No. 75: Can you give an example of Terms of Use in real life?
Q.No. 76: Why are Terms of Use important for users?
Q.No. 77: How do Terms of Use help prevent misunderstandings?
Q.No. 78: What legal benefit do Terms of Use offer to businesses?
Q.No. 79: What is the purpose of a “User Obligation” clause in Terms of Use?
Q.No. 80: Why are privacy clauses important in Terms of Use?

Questions NO. 4 (Ch # 4, 5, 9)

Q.No. 1: Explain how the ‘insert()’ function works in python lists. Provide an example.
Q.No. 2: Explain the potential issues which could arise when two variables reference the same list in a program? Provide an example.
Q.No. 3: Define a stack and explain the Last-In, First-Out (LIFO) principle.
Q.No. 4: Differentiate between the Enqueue and Dequeue operations of queue.
Q.No. 5: Name two basic operations performed on stack.
Q.No. 6: What is difference between enqueue() and dequeue().
Q.No. 7: What is a list in Python?
Q.No. 8: How is a list created in Python?
Q.No. 9: What is an element in a list?
Q.No. 10: What does it mean that Python lists have dynamic size?
Q.No. 11: How can you access elements in a list?
Q.No. 12: Which function is used to insert an item at a specific position in a list?
Q.No. 13: What are two common applications of lists in programming?
Q.No. 14: What does LIFO stand for in the context of stacks?
Q.No. 15: Which operations are used in a stack?
Q.No. 16: What does FIFO stand for in queues?
Q.No. 17: Which two main operations are performed on a queue?
Q.No. 18: How does a queue work in real life?
Q.No. 19: What is a root node in a tree structure?
Q.No. 20: What is a leaf in a tree structure?
Q.No. 21: How is a tree different from a list?
Q.No. 22: What is a graph in data structures?
Q.No. 23: How is a graph different from a tree?
Q.No. 24: Give a real-life example of a graph.
Q.No. 25: What is a vertex in a graph?
Q.No. 26: What is the degree of a vertex?
Q.No. 27: What is a weighted graph?
Q.No. 28: What is the mean of a dataset, and how is it calculated?
Q.No. 29: What is the mode of a dataset, and how can it be determined?
Q.No. 30: How do you find the median of a dataset with an even number of values?
Q.No. 31: What does a high variance indicate about a dataset?
Q.No. 32: What is the mean of the dataset: 50, 52, 55, 57, 60?
Q.No. 33: Which class had more scattered scores, Class A(50,52,55,57,60) or Class B(30,45,55,75,90)?
Q.No. 34: What is standard deviation?
Q.No. 35: What does a high standard deviation indicate?
Q.No. 36: What is probability?
Q.No. 37: What is the probability of getting heads when flipping a fair coin?
Q.No. 38: What is the purpose of data collection in research?
Q.No. 39: What is the main difference between surveys and observations as data collection methods?
Q.No. 40: How do experiments help in data collection?
Q.No. 41: What is data preparation?
Q.No. 42: Why is data cleaning important?
Q.No. 43: What are common problems fixed during data cleaning?
Q.No. 44: What is meant by handling missing data?
Q.No. 45: What is imputation?
Q.No. 46: What does flagging a missing value mean?
Q.No. 47: List two types of data visualizations and describe when you would use each.
Q.No. 48: What is data visualization?
Q.No. 49: When would you use a bar chart?
Q.No. 50: How does visualizing data help in understanding descriptive statistics?
Q.No. 51: Which two common tools can be used to create data visualizations easily?
Q.No. 52: What is the first step when creating a chart in Excel or Google Sheets?
Q.No. 53: Why is it important to add labels to charts?
Q.No. 54: Define entrepreneurship in your own words.
Q.No. 55: What is the main focus of Design Thinking?
Q.No. 56: What is the first step in Design Thinking?
Q.No. 57: Why is it important to create a prototype?
Q.No. 58: How does the “Ideate” step help in the Design Thinking process?
Q.No. 59: What is a business solution?
Q.No. 60: How does Design Thinking help businesses?
Q.No. 61: Give an example of a business solution for a grocery store.
Q.No. 62: List the key steps involved in creating a business plan.
Q.No. 63: What is a business plan?
Q.No. 64: Why is a market analysis important in a business plan?
Q.No. 65: What is the purpose of the financial plan in a business plan?
Q.No. 66: What is the main benefit of using business plan software?
Q.No. 67: How do business plan tools like PlanGuru and Enloop help with financial planning?
Q.No. 68: What type of business is PlanGuru or Enloop software useful for?
Q.No. 69: What is the main benefit of using collaborative tools like Google Drive or Dropbox Paper?
Q.No. 70: How can team collaboration improve the business planning process?
Q.No. 71: What kind of work can you do simultaneously using collaborative tools in a business plan?
Q.No. 72: Why is market research important for a new business?
Q.No. 73: Explain the importance of a business pitch.
Q.No. 74: What is the main purpose of collecting market insights?
Q.No. 75: What are the two main types of market research techniques?
Q.No. 76: How can market research help with product development?
Q.No. 77: What is qualitative research?
Q.No. 78: What is quantitative research?
Q.No. 79: Give one example of qualitative research.
Q.No. 80: Give one example of quantitative research.
Q.No. 81: Why is market research important for a business?
Q.No. 82: What is a customer survey?
Q.No. 83: How can a business use customer surveys?
Q.No. 84: What is a focus group?
Q.No. 85: How is a focus group helpful in business planning?
Q.No. 86: Give an example of using a focus group in a bakery business.
Q.No. 87: What does analyzing market data mean?
Q.No. 88: What is a market trend?
Q.No. 89: What is market segmentation?
Q.No. 90: How does competitor analysis help a business?
Q.No. 91: What is predictive analysis?
Q.No. 92: Give one reason why analyzing data is important.
Q.No. 93: Why do businesses study competitors?
Q.No. 94: What is predictive analysis used for?
Q.No. 95: What is the main benefit of making data-driven decisions?
Q.No. 96: Give an example of data-driven decision-making.
Q.No. 97: What is a business pitch?
Q.No. 98: What is the first step of pitching a business idea?
Q.No. 99: Why is it important to know your audience in a pitch?
Q.No. 100: What should you be ready for after giving a pitch?

11th Class Computer Important Long Questions

Question NO. 5

Q.No. 1: Write a Python program using a while loop that prints all the odd numbers between 1 and 100. Also, count and print the total number of odd numbers.
Q.No. 2: Translate the following Mathematical Expressions to Python Syntax: (a) Math: 15 × (3+2)/6 – 2 × 3 (b) Math: 7 + 2²
Q.No. 3: Discuss the differences between time complexity and space complexity. How do they impact the choice of an algorithm for a specific problem?
Q.No. 4: What is graph? Explain differences between directed and undirected graphs.
Q.No. 5: Explain data collection methods.
Q.No. 6: Explain the common clauses found in terms of use and describe how they protect both the service provider and the user.
Q.No. 7: Explain the operations on stack with real-life example and Python code.
Q.No. 8: What is Binary Search, how does its process work, what is its time complexity, and how is it more efficient compared to other search methods?
Q.No. 9: Write two differences between Linear Search and Binary Search.
Q.No. 10: Define Bubble Sort. Explain its working with an example.

Question NO. 6

Q.No. 11: Write two difference between Bubble Sort and Selection Sort.
Q.No. 12: Write a Python program that takes a number as input and checks whether it is positive, negative, or zero using an if-elif-else statement.
Q.No. 13: What is Time Complexity, how does Big O Notation describe it, and what do O(1), O(n), O(n²), and O(log n) mean in real-world examples?
Q.No. 14: Write a simple program to implement a queue (insertion and deletion).
Q.No. 15: How does a tree data structure organize information, and why is it better than a list for representing hierarchical relationships like those in a family tree?
Q.No. 16: Differentiate between a Tree and a Graph.
Q.No. 17: Differentiate between Tractable Problems and Intractable Problems.
Q.No. 18: Write two differences between Time Complexity and Space Complexity of an algorithm.
Q.No. 19: Differentiate Solvable and Unsolvable Problems.
Q.No. 20: Differentiate between Decision Problems and Search Problems.

Question NO. 7

Q.No. 21: What are operators? List different types of operators in Python? Give examples.
Q.No. 22: What are logical operators in Python? Explain with examples.
Q.No. 23: What is operator precedence in Python? Explain with examples.
Q.No. 24: How does the if-elif-else statement work in Python for decision making with multiple condition?
Q.No. 25: What are 2 key differences between if-else statement and short hand if-else?
Q.No. 26: What is the range() function in Python, how is it used in for loops, and what are its different forms with example?
Q.No. 27: What is different between while and for loop in Python.
Q.No. 28: Explain how to define and invoke a function in Python with example.
Q.No. 29: Explain function parameters and return values in Python with example.
Q.No. 30: Explain how to import and use libraries in Python with examples.

Question NO. 8

Q.No. 31: How can we perform different operations like slicing, concatenation, sorting, and removing items on lists in Python?
Q.No. 32: How do indexing and slicing help in accessing and manipulating sequences like lists, tuples, and strings in Python?
Q.No. 33: What are algorithm design techniques, and how does the Divide and Conquer method work, as seen in Merge Sort?
Q.No. 34: What are Greedy Algorithms, and how do they build a solution by making locally optimal choice to reach a globally optimal result?
Q.No. 35: What is Dynamic Programming, how does it work, and in which type of problems is it used? Give one example to explain its use.
Q.No. 36: What is Breadth-First Search (BFS)? Explain its working process, give one real-world example, and mention its time complexity.
Q.No. 37: What is Depth-First Search (DFS)? Explain how it works, give a real-world example, and mention its time complexity.
Q.No. 38: Write two differences between BFS (Breadth-First Search) and DFS (Depth-First Search).
Q.No. 39: Differentiate between list and stack.
Q.No. 40: Discuss the concept of measure of tendency with example.

Question NO. 9

Q.No. 41: Differentiate between Mean and Median.
Q.No. 42: What is Standard Deviation, and how does it help us understand how much data values differ from the mean? Explain with example.
Q.No. 43: Differentiate between Data Cleaning and Data Transformation.
Q.No. 44: Compare Bar Charts with Line Graphs.
Q.No. 45: Differentiate between Histograms and Scatterplots.
Q.No. 46: Differentiate between phishing and pharming.
Q.No. 47: Differentiate between spam and phishing.
Q.No. 48: What are the positive and negative impacts of computing on individuals and society, with examples?
Q.No. 49: What is Digital Citizenship and what are the important ethical, responsible behaviors and Cybersecurity Awareness when using digital technologies and information?
Q.No. 50: What is Collaborative Problem Solving, and how does human-machine collaborative and teamwork help in solving problems?

Guess Papers for Class 11

Schemes of Class 11