All the particles of a rigid rotating body move in a circular path when the axis of rotation

passes through any point in the body

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is situated outside the body

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situated any where

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passes through the crenter of mass

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Solution

The correct option is A passes through any point in the body
$\begin{matrix} All the particles will move in a circular path if the axis passes through any point in the body. The partideswill rootate around the axis common to all. Hence, opion (A) is correct. \end{matrix}$

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Similar questions

Q. Statement-1: The moment of inertia of a rigid body reduces to its minimum value as compared to any other parallel axis when the axis of rotation passes through its centre of mass.
Statement-2: The weight of a rigid body always acts through its centre of mass in uniform gravitational field.

Q. Assertion (A) : Moment of inertia of a rotating rigid body remains constant irrespective of its angular velocity.
Reason (R) : Neither mass of rigid body nor distances of particles of rigid body from axis of rotation change during the rotation.

If a body is rotating about a given Axis and a Force is applied at any point on that body along any random direction, what can we say about the torque of this force about any point lying on its Axis of rotation?

Q. If all the points on a rigid body are performing circular motion about a common axis of rotation then one can deduce that the body is undergoing pure rotational motion.

Q. (1) : When a rigid body is rotating about its own axis, all particles of that body have the same angular velocity.
(2) : All particles of the body have the same time period.

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All the particles of a rigid rotating body move in a circular path when the axis of rotation

The correct option is A passes through any point in the body All the particles will move in a circular path if the axis passes through any point in the body. The partideswill rootate around the axis common to all. Hence, opion (A) is correct.

The correct option is A passes through any point in the body
$\begin{matrix} All the particles will move in a circular path if the axis passes through any point in the body. The partideswill rootate around the axis common to all. Hence, opion (A) is correct. \end{matrix}$