Rotational and Circular Motion - Important MCQs
Premium ContentClass 11 - Physics - Rotational and Circular Motion - Important MCQs
Rotational and Circular Motion - Numerical Problems
Class 11 - Physics - Rotational and Circular Motion - Numerical Problems
Rotational and Circular Motion - Exercise
Class 11 - Physics - Rotational and Circular Motion - Exercise
Rotational and Circular Motion - Notes
Class 11 - Physics - Rotational and Circular Motion - Notes
Motion and Force - Important MCQs
Premium ContentClass 11 - Physics - Motion and Force - Important MCQs
Motion and Force - Numerical Problems
Class 11 - Physics - Motion and Force - Numerical Problems
Motion and Force - Exercise
Class 11 - Physics - Motion and Force - Exercise
Motion and Force - Notes
Class 11 - Physics - Motion and Force - Notes
Simple Harmonic Motion and Waves - Important MCQs for FBISE Papers
Premium ContentClass 10 Physics notes according to FBISE syllabus. Contains solved exercises, review questions, MCQs, important board questions, and a chapter overview.
Simple Harmonic Motion and Waves - Important Questions for FBISE Papers
Premium ContentClass 10 Physics notes according to FBISE syllabus. Contains solved exercises, review questions, MCQs, important board questions, and a chapter overview.
Simple Harmonic Motion and Waves - Numerical Problems
Class 10 Physics notes according to FBISE syllabus. Contains solved exercises, review questions, MCQs, important board questions, and a chapter overview.
Simple Harmonic Motion and Waves - Exercise
Class 10 Physics notes according to FBISE syllabus. Contains solved exercises, review questions, MCQs, important board questions, and a chapter overview.
Simple Harmonic Motion and Waves - Notes
Class 10 Physics notes according to FBISE syllabus. Contains solved exercises, review questions, MCQs, important board questions, and a chapter overview.
Circular Motion - Set 8
Premium ContentNUST Entrance Test - Circular Motion - Set 8
Circular Motion - Set 7
Premium ContentNUST Entrance Test - Circular Motion - Set 7
Circular Motion - Set 6
Premium ContentNUST Entrance Test - Circular Motion - Set 6
Circular Motion - Set 5
Premium ContentNUST Entrance Test - Circular Motion - Set 5
Circular Motion - Set 4
Premium ContentNUST Entrance Test - Circular Motion - Set 4
Circular Motion - Set 3
Premium ContentNUST Entrance Test - Circular Motion - Set 3
Circular Motion - Set 2
Premium ContentNUST Entrance Test - Circular Motion - Set 2
Circular Motion - Set 1
NUST Entrance Test - Circular Motion - Set 1
Motion and Force - Set 9
Premium ContentNUST Entrance Test - Motion and Force - Set 9
Motion and Force - Set 8
Premium ContentNUST Entrance Test - Motion and Force - Set 8
Motion and Force - Set 7
Premium ContentNUST Entrance Test - Motion and Force - Set 7
Motion and Force - Set 6
Premium ContentNUST Entrance Test - Motion and Force - Set 6
Motion and Force - Set 5
Premium ContentNUST Entrance Test - Motion and Force - Set 5
Motion and Force - Set 4
Premium ContentNUST Entrance Test - Motion and Force - Set 4
Motion and Force - Set 3
Premium ContentNUST Entrance Test - Motion and Force - Set 3
Motion and Force - Set 2
Premium ContentNUST Entrance Test - Motion and Force - Set 2
Motion and Force - Set 1
NUST Entrance Test - Motion and Force - Set 1
How does heating affect the motion of molecules of a gas
Class 9 FBISE Physics - Thermal properties of matter - How does heating affect the motion of molecules of a gas
A screw gauge has 50 divisions on its circular sale.
Class 9 FBISE Physics - Physical Quantities and Measurement - A screw gauge has 50 divisions on its circular sale.
How Newton’s law of gravitation helps in understanding the motion of satellites? On what factors the orbital speed of a satellite depends?
Class 9 FBISE Physics - Gravitation - How Newton’s law of gravitation helps in understanding the motion of satellites? On what factors the orbital speed of a satellite depends?
Explain that the gravitational forces are consistent with Newton’s third law of motion?
Class 9 FBISE Physics - Gravitation - Explain that the gravitational forces are consistent with Newton’s third law of motion?
Explain how the center of mass helps the system to move as well as rotate?
Class 9 FBISE Physics - Turning effect of forces - Explain how the center of mass helps the system to move as well as rotate?
What do you mean by the axis of rotation?
Class 9 FBISE Physics - Turning effect of forces - What do you mean by the axis of rotation?
Define uniform circular motion?
Class 9 FBISE Physics - Dynamics - Define uniform circular motion?
Why does fricopposeposes motion? OR Give the microscopic concept of friction?
Class 9 FBISE Physics - Dynamics - Why does fricopposeposes motion? OR Give the microscopic concept of friction?
Show the relationship between momentum and force OR Derive Newton’s Second Law of motion with the help of momentum.
Class 9 FBISE Physics - Dynamics - Show the relationship between momentum and force OR Derive Newton’s Second Law of motion with the help of momentum.
Calculate the tension and acceleration in a string during the motion of two bodies attached to the ends of a string that passes over a frictionless pulley such that one body moves vertically and the other moves on a smooth horizontal surface:
Class 9 FBISE Physics - Dynamics - Calculate the tension and acceleration in a string during the motion of two bodies attached to the ends of a string that passes over a frictionless pulley such that one body moves vertically and the other moves on a smooth horizontal surface:
Calculate the tension and acceleration in the string during the motion of bodies connected by the string and passing over the friction pulley using the second law of motion?
Class 9 FBISE Physics - Dynamics - Calculate the tension and acceleration in the string during the motion of bodies connected by the string and passing over the friction pulley using the second law of motion?
Explain Newton’s third law of motion by practical examples of daily life?
Class 9 FBISE Physics - Dynamics - Explain Newton’s third law of motion by practical examples of daily life?
State and prove Newton’s second law of motion.
Class 9 FBISE Physics - Dynamics - State and prove Newton’s second law of motion.
Why newton’s first law of motion is also known as the law of inertia?
Class 9 FBISE Physics - Dynamics - Why newton’s first law of motion is also known as the law of inertia?
Explain Newton’s first law of motion by a practical example of daily life?
Class 9 FBISE Physics - Dynamics - Explain Newton’s first law of motion by a practical example of daily life?
Sketch a velocity-time graph for the motion of the body. From the graph explaining each step, calculate the total distance covered by the body.
Class 9 FBISE Physics - Kinematics - Sketch a velocity-time graph for the motion of the body. From the graph explaining each step, calculate the total distance covered by the body.
How do riders in a Ferris wheel possess Translatory motion but not circular motion?
Class 9 FBISE Physics - Kinematics - How do riders in a Ferris wheel possess Translatory motion but not circular motion?
Differentiate between the following: (i) Rest and motion (ii) Circular motion and rotatory motion (iii) Distance and displacement (iv) Speed and velocity (v) Linear and random motion (vi) Scalers and Vectors
Class 9 FBISE Physics - Kinematics - Differentiate between the following: (i) Rest and motion (ii) Circular motion and rotatory motion (iii) Distance and displacement (iv) Speed and velocity (v) Linear and random motion (vi) Scalers and Vectors
Explain translator motion and give examples of various types of translator motion.
Class 9 FBISE Physics - Kinematics - Explain translator motion and give examples of various types of translator motion.
Write equations of motion for bodies moving under gravity?
Class 9 FBISE Physics - Kinematics - Write equations of motion for bodies moving under gravity?
Explain the motion of freely falling bodies?
Class 9 FBISE Physics - Kinematics - Explain the motion of freely falling bodies?
Drop an object from some height and observe its motion. Does its velocity increase, decrease or remain constant as it approaches the ground?
Class 9 FBISE Physics - Kinematics - Drop an object from some height and observe its motion. Does its velocity increase, decrease or remain constant as it approaches the ground?
Derive the third equation of motion for uniformly accelerated rectilinear motion. OR Which equation of motion establishes the relationship between S, a, Vi and Vf? OR Derive the equation of motion which is independent of t. OR Derive the third equation of motion? OR Prove that 2aS = vf2 – vi2
Class 9 FBISE Physics - Kinematics - Derive the third equation of motion for uniformly accelerated rectilinear motion. OR Which equation of motion establishes the relationship between S, a, Vi and Vf? OR Derive the equation of motion which is independent of t. OR Derive the third equation of motion? OR Prove that 2aS = vf2 – vi2
Derive the second equation of motion for uniformly accelerated rectilinear motion. OR Which equation of motion establishes the relationship between S, a, Vi and Vf ? OR Derive the equation of motion which is independent of t.OR Derive the second equation of motion? OR Prove that S = v1 t + ½ at2
Class 9 FBISE Physics - Kinematics - Derive the second equation of motion for uniformly accelerated rectilinear motion. OR Which equation of motion establishes the relationship between S, a, Vi and Vf? OR Derive the equation of motion which is independent of t. OR Derive the second equation of motion? OR Prove that S = v1 t + ½ at2
Derive the first equation of motion for uniformly accelerated rectilinear motion. OR Which equation of motion establishes the relationship between VF, vi, a, and t, driving the relationship between these quantities. OR Prove that if = vi + at. OR Derive the equation of motion which is independent of distance S?
Class 9 FBISE Physics - Kinematics - Derive the first equation of motion for uniformly accelerated rectilinear motion. OR Which equation of motion establishes the relationship between VF, vi, a, and t, driving the relationship between these quantities. OR Prove that if = vi + at. OR Derive the equation of motion which is independent of distance S?
Describe the purpose of different equations of motion?
Class 9 FBISE Physics - Kinematics - Describe the purpose of different equations of motion?
Describe vibratory motion with the help of examples?
Class 9 FBISE Physics - Kinematics - Describe vibratory motion with the help of examples?
Can you point out some differences in circular and rotatory motion?
Class 9 FBISE Physics - Kinematics - Can you point out some differences in circular and rotatory motion?
Describe rotatory motion with the help of examples?
Class 9 FBISE Physics - Kinematics - Describe rotatory motion with the help of examples?
Describe the different types of translator motion?
Class 9 FBISE Physics - Kinematics - Describe the different types of translator motion?
Describe translator motion with the help of examples?
Class 9 FBISE Physics - Kinematics - Describe translator motion with the help of examples?
List the types of motion?
Class 9 FBISE Physics - Kinematics - List the types of motion?
Difference between rest and motion?
Class 9 FBISE Physics - Kinematics - Difference between rest and motion?