In uniform circular motion, which of the foll | vedclass

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(D) In uniform circular motion, the following properties hold true:$(a)$ Since the centripetal force is always perpendicular to the displacement, the

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Tangential velocity is constant.

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(D) In uniform circular motion, the following properties hold true:$(a)$ Since the centripetal force is always perpendicular to the displacement, the work done during one complete cycle is zero.$(b)$ The centripetal force is a radial force that acts towards the centre of the circle.$(c)$ The angular velocity $\omega$ remains constant in magnitude and direction.$(d)$ While the speed (magnitude of velocity) is constant, the tangential velocity is a vector quantity. Since the direction of motion changes continuously at every point on the circular path, the tangential velocity is not constant.Therefore, the statement that tangential velocity is constant is wrong.

In uniform circular motion, which of the following statements is wrong?

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