Chapter 7 Oscillation Physics 11th Class Punjab MCQ Tests
11th Class Physics Chapter 7 MCQ Tests
Chapter 7 of 11th Class Physics has 25 questions. If you take an online MCQ test, the system will randomly choose the questions. If you want to take the quiz by chapter then click the start test button.
Total Questions: 25
Total Marks: 25
Time: 25 Mins
Total Questions: 25
Total Marks: 25
Time: 25 Mins
25Min : 00 Sec Remaining
Question # 1
What will be the velocity of a body executing simple harmonic motion with 2 rad.s−1 angular frequency, 1.3 m amplitude at 0.7 m distance from mean position?
Question # 2
The time period of a simple pendulum is T and length is l. If its length is changed to 2l then what will be its time period?
Question # 3
An object is undergoing simple harmonic motion. Which of the following is true throughout a complete cycle?
Question # 4
The time period of body executing simple harmonic motion is T. What is the frequency of motion of the body?
Question # 5
The SI unit of frequency is hertz. Which of the following is equal to hertz?
Question # 6
The time period of body executing simple harmonic motion is T. If the amplitude of the motion of body is doubled, what will be the time period?
Question # 7
What is the centripetal acceleration of a body moving with uniform angular velocity of 6 r a d . s − 1 in a circle of radius 0.3 m?
Question # 8
For what condition, the Hooke's law is valid that restoring force is directly proportional to displacement?
Question # 9
Time period of a simple pendulum is 2.0 s at the place, where the value of g = 9.8 m s − 2 . What will be its time period at the surface of moon? The gravitational acceleration at the surface of moon is g/6.
Question # 10
Time period of a simple pendulum is T at the place where the gravitational acceleration is g . What will be the time period of that pendulum if it is brought to the place where the gravitational acceleration is g/6 ?
Question # 11
What is the angular frequency of a body executing simple harmonic motion with time period 1.2s?
Question # 12
What is the amplitude (A), frequency (f), angular frequency ( ω ), and time period (T) of this motion?
Question # 13
At what position, the kinetic energy of a mass spring system oscillating simple harmonically is maximum?
Question # 14
What is/are the use(s) of resonance in daily life?
Question # 15
Which of the following parameters of motion of an oscillator increases when resonance is produced in it?
Question # 16
Two pendulums of same length are oscillated. The mass of pendulum is half as compared to that of pendulum B. What is the correct relation between their frequencies?
Question # 17
A 0.4 k g mass attached to a spring of spring constant 3.4 N m − 1 , is displaced to 0.4 m on a horizontal frictionless surface. Calculate the magnitude of restoring force of spring.
Question # 18
How can you produce resonance in an ideal free oscillator?
Question # 19
At what position, potential energy of a body in simple harmonic motion is maximum?
Question # 20
The velocity of a body executing simple harmonic motion is maximum. What is its acceleration?
Question # 21
The instantaneous value of displacement depends on which of the following factors?
Question # 22
What is the number of natural frequencies of a stretched string of length 100 cm?
Question # 23
A 0.7 k g mass attached to a spring is being displaced from its rest position by applying a force of 12 N . Calculate the acceleration in the mass.
Question # 24
The angular frequency of a body executing simple harmonic motion is 5 r a d . s − 1 and amplitude is 1 m. Calculate the magnitude of acceleration in the body.
Question # 25
An object attached to one end of a spring makes 20 vibrations in 10 s. Calculate its angular frequency.
Total Questions
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Question # 1
What will be the velocity of a body executing simple harmonic motion with 2 rad.s−1 angular frequency, 1.3 m amplitude at 0.7 m distance from mean position?
Question # 2
The time period of a simple pendulum is T and length is l. If its length is changed to 2l then what will be its time period?
Question # 3
An object is undergoing simple harmonic motion. Which of the following is true throughout a complete cycle?
Question # 4
The time period of body executing simple harmonic motion is T. What is the frequency of motion of the body?
Question # 5
The SI unit of frequency is hertz. Which of the following is equal to hertz?
Question # 6
The time period of body executing simple harmonic motion is T. If the amplitude of the motion of body is doubled, what will be the time period?
Question # 7
What is the centripetal acceleration of a body moving with uniform angular velocity of 6 r a d . s − 1 in a circle of radius 0.3 m?
Question # 8
For what condition, the Hooke's law is valid that restoring force is directly proportional to displacement?
Question # 9
Time period of a simple pendulum is 2.0 s at the place, where the value of g = 9.8 m s − 2 . What will be its time period at the surface of moon? The gravitational acceleration at the surface of moon is g/6.
Question # 10
Time period of a simple pendulum is T at the place where the gravitational acceleration is g . What will be the time period of that pendulum if it is brought to the place where the gravitational acceleration is g/6 ?
Question # 11
What is the angular frequency of a body executing simple harmonic motion with time period 1.2s?
Question # 12
What is the amplitude (A), frequency (f), angular frequency ( ω ), and time period (T) of this motion?
Question # 13
At what position, the kinetic energy of a mass spring system oscillating simple harmonically is maximum?
Question # 14
What is/are the use(s) of resonance in daily life?
Question # 15
Which of the following parameters of motion of an oscillator increases when resonance is produced in it?
Question # 16
Two pendulums of same length are oscillated. The mass of pendulum is half as compared to that of pendulum B. What is the correct relation between their frequencies?
Question # 17
A 0.4 k g mass attached to a spring of spring constant 3.4 N m − 1 , is displaced to 0.4 m on a horizontal frictionless surface. Calculate the magnitude of restoring force of spring.
Question # 18
How can you produce resonance in an ideal free oscillator?
Question # 19
At what position, potential energy of a body in simple harmonic motion is maximum?
Question # 20
The velocity of a body executing simple harmonic motion is maximum. What is its acceleration?
Question # 21
The instantaneous value of displacement depends on which of the following factors?
Question # 22
What is the number of natural frequencies of a stretched string of length 100 cm?
Question # 23
A 0.7 k g mass attached to a spring is being displaced from its rest position by applying a force of 12 N . Calculate the acceleration in the mass.
Question # 24
The angular frequency of a body executing simple harmonic motion is 5 r a d . s − 1 and amplitude is 1 m. Calculate the magnitude of acceleration in the body.
Question # 25
An object attached to one end of a spring makes 20 vibrations in 10 s. Calculate its angular frequency.
Total Questions
12345678910111213141516171819202122232425
Physics MCQ Test by Topics
- +7.1 Simple Harmonic Motion
- +7.1 Instantaneous Displacement and Amplitude of Vibration
- +7.1 Vibration
- +7.1 Time Period
- +7.1 Frequency
- +7.1 Angular Frequency
- +7.2 SHM and Uniform Circular Motion
- +7.2 Displacement
- +7.2 Instantaneous Velocity
- +7.2 Acceleration in Terms of
- +7.3 Phase
- +7.4 A Horizontal Mass Spring System
- +7.5 Simple Pendulum
- +7.6 Energy Conservation in SHM
- +7.7 Free and Forced Oscillations
- +7.8 Resonance
- +7.9 Damped Oscillations
- +7.10 Sharpness of Resonance
Physics
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Updated on: 29-08-2026
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