11th Class Physics MCQS Chapter 5

11th Class Physics MCQS
Image Courtesy By Freepik

Respected members,
11th Class Physics MCQS Available Here. In this pages your can get 11th Class Physics MCQS with Answers.
You can read and practice, 11th Class Physics MCQS on Different Topic,
We make Online question bank with the help of experienced teachers and subject specialists.

FG Study / Quiz is also very useful website for online Quiz and Test sessions. Where FG STUDY Team Design and Develop large Database and Content Management System for the quizzes. We provide wide scale online quiz System for various educational and professional examination. If you are interested please visit our site FG Study Quiz

Remember That The FG STUDY Team Always provide unique and useful content for students. If you have any question or problem do not hesitate to contact us, we will be happy to reply, Thanks


When a body is moving along a circular path, then such a motion is called
None of these
Rotatory motion
Linear motion
Vibratory motion

Angular displacement is
Vector quantity
Basic quantity
None of these
Scalar quantity

The direction of angular acceleration is
Perpendicular to the axis of rotation
Along the axis of rotation
None of these
Opposite to axis of rotation

If the are of a circle equals its radius, then the angle subtended at the center will be
One rotation
Half rotation
1 degree
One radian

In case of planets centripetal force is provided by
Electrostatic force
Gravitational force
Coulomb’s force
Magnetic force

The equations of angular motion hold only in case when the axis of rotation is
Moving
None of these
Both a and b
Fixed

The moment of inertia is analogue to
Weight
Mass
Torque
Force

Time rate of change of angular displacement is called
Vibrational velocity
Angular velocity
Linear velocity
Rotational velocity

The artificial satellites are held in orbits by
Gravitational force
Magnetic force
All of these
Electric force

The orbital angular momentum is associated with the motion of a body along
Circular path
Curved path
Along any path
Straight path

Continue Reading Go to Next Page