Get the latest 9th Class Physics Guess Paper 2026 covering all chapters of the complete syllabus according to Punjab Board. This highly important guess paper includes important questions, solved numericals, short questions, long questions, and MCQs from all units to help students prepare effectively for exams. Designed as per the latest paper pattern and board trends, this PDF is ideal for students of FBISE, Lahore Board, Gujranwala Board, Sialkot Board, and all Punjab boards. Download the Physics class 9 guess paper to boost your preparation and score high marks in your annual exams. Perfect for quick revision, concept clarity, and exam practice.

 

Physics Class 9th – Guess Paper 2026

(Pairing Scheme)

Short Questions

Chapter	Short Questions	Chapter	Short Questions	Chapter	Short Questions
1	3	4	3	7	3
2	2	5	3	8	3
3	3	6	2	9	2

 

Long Questions

Chapter	Chapter	Chapter
1 + 2 + 3	4 + 5 + 6	7 + 8 + 9

Chapter No. 01

Short Questions:

1. Define science. Why is accurate measurement important in experiments?
2. What are derived units? Basic units of area and speed are derived from which units?
3. Why is it important to establish a unit for the measurement of a quantity?
4. Define physical quantities. How are physical quantities measured?
5. Define non-physical quantities. What are base quantities?
6. Define scientific notation.
7. Define prefixes. Mention measurement and second with respect to units.
8. Brief explanation of the International System of Units (SI).
9. What is the least count of a meter rule? Define parallax error.
10. What is a Vernier Caliper? How is the least count of a Vernier Caliper determined?
11. Who invented Vernier Caliper? What is meant by Vernier constant?
12. What is the unit of charge in basic units?
13. Define pitch of a screw gauge. Briefly explain the Micrometer Screw Gauge.
14. What is the method of measuring on a measuring cylinder?
15. What is the method for accurate measurement of volume using a cylinder?
16. What is meant by significant figures in a measurement? What is a doubtful digit in any measurement?
17. Write the names of three base and derived quantities.
18. Why are prefixes used?

Detailed Questions

1. What is meant by base and derived quantities? Write their names and symbols.
2. Write a note on Vernier Callipers.

Chapter No. 02

Short Questions:

1. Write two branches of mechanics. Define dynamics.
2. What does the length of a line represent in the graphical representation of a vector?
3. Define resultant vector.
4. What is meant by average speed? Define velocity.
5. Difference between rest and motion. Difference between distance and displacement.
6. Difference between speed and velocity with an example.
7. Define uniform and non-uniform acceleration.
8. What does a straight line represent in a distance-time graph?
9. Define distance-time graph. What are independent variables?
10. What is meant by a speed-time graph and its importance?
11. Under what conditions is a body considered to be falling freely?
12. Write the three equations of motion.
13. Define Special Theory of Relativity.
14. Define scalar and vector quantities and give five examples of each.
15. Write the Head-to-Tail rule for the addition of vectors.

Numerical: 2.2, 2.3, 2.1
Examples: 2.3, 2.6

Detailed Questions

1. How can a vector be represented graphically?
2. Prove that the area under a speed-time graph is equal to the distance covered by a body.
3. Describe the difference between distance and displacement.
4. Explain acceleration.
5. Write the difference between speed and velocity.

Chapter No. 03

Short Questions:

1. What is conceptualized about force? What is friction? What is air resistance?
2. Define gravitational force. Define magnetic force.
3. Why does an astronaut throw a wrench in space?
4. What is meant by gravitational field?
5. What are two ways to reduce friction?
6. Why does a cricketer pull his hands back while catching a ball?
7. State the Law of Conservation of Momentum.
8. Define impulse of force.
9. What is elasticity? What is elastic force?
10. Why are strong and weak nuclear forces considered non-contact forces?
11. Define inertia. State Newton’s First Law of Motion.
12. Differentiate between mass and weight.
13. Define gravitational field. Define friction.
14. What do you know about hovercraft?
15. What is meant by momentum? What is meant by crumple zones?
16. Define isolated system. What changes can a force bring in motion?
17. Define terminal velocity.

Numerical: 3.2, 3.3, 3.4
Examples: 3.1, 3.2

Detailed Questions

1. What is force? Write a note on its types.
2. Define momentum and state Newton’s Second Law of Motion in terms of momentum.
3. State the Law of Conservation of Momentum.
4. What is friction? Write methods to reduce it.

Chapter No. 04

Short Questions:

1. Define Line of Action of Force and Moment Arm.
2. What is resolution of forces? What are the components and perpendicular components of a vector?
3. What is meant by the Principle of Moments?
4. What is dynamic equilibrium? Explain unstable equilibrium.
5. What is centripetal force?
6. Define like and unlike parallel forces.
7. Define torque (moment of force).
8. What is the turning effect of force? What is the axis of rotation?
9. Why are door handles installed far from the hinges?
10. Define trigonometry. What is meant by static equilibrium?
11. What is stable equilibrium? What is neutral equilibrium?
12. What role does the centrifuge play during the spin cycle in a washing machine dryer?

Numerical: 4.1
Examples: 4.2, 4.3, 4.5

Detailed Questions

1. State the conditions of equilibrium.
2. Explain centripetal force with the help of a formula.
3. Explain the Principle of Moments.

Chapter No. 05

Short Questions:

1. Define energy. Importance of energy for motion and work.
2. Define kinetic energy. Define work. Define Joule.
3. Define Watt. Who was the inventor of the steam engine?
4. Define potential energy. Define internal energy.
5. Define nuclear energy. What is Einstein’s Mass-Energy Equivalence Law?
6. Define power. What is meant by the efficiency of a machine?
7. What is meant by an ideal machine?

Numerical: 5.1, 5.3, 5.6, 5.11
Examples: 5.4, 5.5

Detailed Questions

1. Define kinetic energy and derive its formula.
2. Explain potential energy (P.E.).
3. State the Law of Conservation of Energy.

Chapter No. 06

Short Questions:

1. What is deforming force?
2. Define elasticity?
3. What is spring constant?
4. What is meant by the term elastic limit?
5. Define elastic limit?
6. State Hooke’s Law?
7. Define density?
8. Why do different materials have different masses for the same volume?
9. What is pressure?
10. How does contact area affect pressure?
11. How can the density of a material be determined?
12. What happens when we walk on smooth ground compared to pebbles?
13. Why is it painful to walk barefoot on pebbles?
14. What is atmospheric pressure?
15. How does atmospheric pressure vary with altitude?
16. What is the formula for pressure in a liquid at a specific depth?
17. What is the formula for pressure applied on fluids including gases?
18. What is standard atmospheric pressure?
19. What is a force multiplier?
20. State Hooke’s Law?
21. Write the main advantages of a hydraulic system?
22. How does a hydraulic press work according to Pascal’s Law?
23. What is the relationship between the pressure of a liquid and the depth of the liquid?

Numerical: 6.2, 6.4, 6.9
Examples: 6.1, 6.2, 6.3

Detailed Questions

1. Explain Hooke’s Law?
2. Explain pressure in liquids?
3. Explain Pascal’s Law?

Chapter No. 07

Short Questions:

1. Explain temperature?
2. What is heat?
3. Define internal energy?
4. Why should the alcohol in a thermometer be coloured?
5. Define absolute zero?
6. What is a thermometer?
7. Why should the material of a thermometer not turn into vapours?
8. Differentiate between Celsius and Kelvin scales?
9. How does a thermocouple thermometer work?
10. Why are the walls of a thermometer bulb made thin?
11. How is the Fahrenheit scale different from the Celsius scale?
12. What is the effect of increasing the temperature of a liquid?
13. What is meant by the thermometric property of a substance?
14. Describe the major scales used for measuring temperature?

Numerical: 7.1, 7.3
Examples: 7.1

Detailed Questions

1. Compare the three scales for measuring temperature?
2. Explain the characteristics of a thermometer?
3. Describe a liquid-in-glass type thermometer?

Chapter No. 08

Short Questions:

1. Define magnetism?
2. Define magnetic materials?
3. What is meant by magnetization?
4. Write the difference between temporary and permanent magnets?
5. How does the strength of the magnetic field vary near the poles?
6. How does an AC generator produce current?
7. Explain a magnetic relay?
8. What is the single-stroke method in stroking techniques?
9. What is the right-hand grip rule?
10. How does AC current demagnetize a magnet?
11. What happens when a bar magnet is suspended horizontally?
12. What is meant by the south magnetic pole of a bar magnet?
13. What is a magnetic field?
14. What is magnetic line of force and what is meant by its lines?
15. Define electromagnet?
16. Why is iron called a temporary magnet?
17. Explain the stroking method for making a steel bar magnetic?
18. How to make a magnet using a solenoid?
19. What are magnetic lines of force?

Detailed Questions

1. Explain the properties of magnets?
2. Write the uses of permanent magnets?
3. Explain electromagnets and their applications?
4. What is a circuit breaker?
5. Describe its working process with the help of a diagram?

Chapter No. 09

Short Questions:

1. Differentiate between biological sciences and physical sciences?
2. What is time dilation?
3. Space and time are interconnected and how do they explain each other?
4. What is quantum mechanics?
5. What is the primary objective of medical physics?
6. What is the scientific method?
7. Prepare a list of the basic steps of the scientific method?
8. Is a scientific theory an absolute truth?
9. How does physics explain space?
10. Explain the fundamental concepts behind heat and thermodynamics?
11. What is studied in acoustics physics?
12. Explain the study of astrophysics?
13. What are the different ways observations can be taken?
14. How is a theory formed?
15. What is a hypothesis?
16. Differentiate between theory and law?

Detailed Questions

1. Explain the scientific method?
2. Explain the branches of physics?
3. Describe the interdisciplinary nature of physics?