Class 11 Physics Model Paper 3 MCQs Test

FBISE Federal Board Class 11 Physics Model Paper 3 MCQs Test. Do as much practice as you can so that you get good marks in the final exams.


Class 11 Physics Model Paper 3 MCQs Test

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Class 11 Physics
Model Paper 3
Practice MCQs Test

1 / 17

The formation of clouds in the atmosphere is due to the _______ process.

2 / 17

K.E of a body is increased by 300%. What is the percentage increase in momentum?

3 / 17

What is the product of \( (\hat{i}\times\hat{j}).\hat{k} \) equal to:

4 / 17

When the speed of your car doubles, by what factor does its kinetic energy increase?

5 / 17

Which one of the following factors does not change during resonance?

6 / 17

A person first displaces 10 units towards the North. After the second displacement, he is 7 units towards North. His 2nd displacement was:

7 / 17

1° is equal to:

8 / 17

A sound source is moving towards the stationary listener with \( \frac{1}{10^{th}} \) of the speed of sound. The ratio of apparent to real frequency is:

9 / 17

If the length of the second pendulum is L, then the length of the pendulum having a period of 1s will be:

10 / 17

The lift of an aeroplane is based on the principle of _____.

11 / 17

When a force is applied on a body, which one of the following physical quantities will NOT change?

12 / 17

A stretched string 4m long and it has 4 loops of stationary waves, then the wavelength is:

13 / 17

Light of wavelength λ is incident normally on a diffraction grating for which the split spacing is equal to 3λ. What is the sine of the angle [sin(θ)] between the second-order maximum and the normal?

14 / 17

Signal from a remote control to the device operated by it travels with the speed of:

15 / 17

The value of g at a height equal to the radius of earth from its surface is given as:

16 / 17

The percentage error in the measurement of mass and speed are 2% and 3% respectively. How much will be the maximum percentage error in the estimation of K.E obtained?

17 / 17

For a projectile, if g = 10ms-2 the ratio of maximum height reached to square of flight time will be:

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