Question

Torque acting on a body is the rotational analogue of :

(a) mass (b) force (c) velocity (d) kinetic energy​

Answer 1

Answer:

Torque is acting on a body is the rotational analogue of force.

Answer 2

The correct answer is option (b). force in linear motion.

• The rotating equivalent of force in linear motion in physics is torque applied on a body.
• The terms moment, moment of force, rotating force, and turning effect are all used to describe torque.
• An object gains angular acceleration about an axis as a result of torque.
• A force is an external push or pull that can change the condition of rest or motion on a mass-containing object.
• Force and torque are both vector quantities.
• The motion of an object around a circular path in a fixed orbit can be characterized as rotational motion.
• Rotational motion dynamics are utterly comparable to linear or translational dynamics.
• One-dimensional motion in a straight line is known as linear motion, sometimes known as rectilinear motion.

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