A body moves along a circular path of diamete | vedclass

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(C) The body moves along a semi-circular path because it travels from one end of the diameter to the other end along the circular path.For a semi-circ

Vedclass · Accepted Answer

$\pi/3$

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(C) The body moves along a semi-circular path because it travels from one end of the diameter to the other end along the circular path.For a semi-circular path, the angle covered $(	heta)$ is $\pi 	ext{ radians}$.The time taken $(t)$ is $3 	ext{ seconds}$.The angular speed $(\omega)$ is defined as the rate of change of angular displacement, given by the formula $\omega = 	heta / t$.Substituting the values: $\omega = \pi / 3 	ext{ rad/s}$.Thus, the angular speed of the body is $\pi/3 	ext{ rad/s}$.

$A$ body moves along a circular path of diameter $30 \text{ cm}$. It starts from one end of a diameter, moves along the circular path, and reaches the other end of the diameter in $3 \text{ seconds}$. The angular speed of the body in radians per second is:

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