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Moment of inertia in angular motion plays the same role as
NETNUST Entry TestPhysicsCircular Motion
The velocity of a disc at the bottom of an inclined plane is?
NETNUST Entry TestPhysicsCircular Motion
The number of revolutions in $3 \pi$ radians are
NETNUST Entry TestPhysicsCircular Motion
The outward force acting on a mass of 10 kg tied to one end of an inelastic string $10^{3} cm$ long and rotated at a speed of $1 m sec^{-1}$ is:
NETNUST Entry TestPhysicsCircular Motion
An satellite orbiting around the Earth receives centripetal force from:
NETNUST Entry TestPhysicsCircular Motion
When a body is moving in a circle of radius r with constant angular speed, its centripetal force is:
NETNUST Entry TestPhysicsCircular Motion
When a body is whirled in a vertical circle at the end of a string, tension is maximum:
NETNUST Entry TestPhysicsCircular Motion
In racing car moving around a circular track, the centripetal force is provided by:
NETNUST Entry TestPhysicsCircular Motion
The mud flies off the tyre of a moving bicycle in the direction:
NETNUST Entry TestPhysicsCircular Motion
When a body is whirled in a horizontal circle by means of a string, the centripetal force is supplied by:
NETNUST Entry TestPhysicsCircular Motion
The acceleration of a body undergoing uniform circular motion is constant in:
NETNUST Entry TestPhysicsCircular Motion
The direction of linear velocity of a body moving in a circle is:
NETNUST Entry TestPhysicsCircular Motion
When a body moves along a circular path, its velocity:
NETNUST Entry TestPhysicsCircular Motion
In case of planets, the necessary acceleration is provided by:
NETNUST Entry TestPhysicsCircular Motion
A body can have constant velocity when it follows:
NETNUST Entry TestPhysicsCircular Motion
The instantaneous acceleration of a body moving with constant speed in a circle:
NETNUST Entry TestPhysicsCircular Motion
When a body moves with a constant speed in a circle:
NETNUST Entry TestPhysicsCircular Motion
The angular speed for daily rotation of Earth around its own axis is:
NETNUST Entry TestPhysicsCircular Motion
When an object moves with a uniform angular velocity, then its instantaneous angular velocity is equal to:
NETNUST Entry TestPhysicsCircular Motion
The angular speed of a particular moving along a circular path is $5\pi rad sec^{-1}$. Its period of motion is:
NETNUST Entry TestPhysicsCircular Motion
Angular velocity is:
NETNUST Entry TestPhysicsCircular Motion
In rotational motion, angular of force F is called:
NETNUST Entry TestPhysicsCircular Motion
A wheel of diameter 100 cm makes 0.5 rev $sec^{-1}. The linear speed of a particle on its rim is:
NETNUST Entry TestPhysicsCircular Motion
Angular speed for the daily rotation of Earth in radian per hour is:
NETNUST Entry TestPhysicsCircular Motion
Circular motion is an example of motion in:
NETNUST Entry TestPhysicsCircular Motion