When a constant torque is applied on a rigid body, then:

The body moves with linear acceleration

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The body rotates with constant angular velocity

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The body rotates with constant angular accelaration

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The body undergoes equal angular displace-ment in equal intervals of time

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Solution

The correct option is C The body rotates with constant angular accelaration
Torque=Moment of inertia×angular acceleration
When a constant torque is applied on a rigid body, it rotates with constant angular acceleration.

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When a constant torque is applied on a rigid body, then:

The correct option is C The body rotates with constant angular accelarationTorque=Moment of inertia×angular accelerationWhen a constant torque is applied on a rigid body, it rotates with constant angular acceleration.

The correct option is C The body rotates with constant angular accelaration
Torque=Moment of inertia×angular acceleration
When a constant torque is applied on a rigid body, it rotates with constant angular acceleration.