For a particle executing uniform circular mot | vedclass

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Question

(A) In uniform circular motion, the particle moves along a circular path with a constant speed.At any point $P$ on the circle, the velocity vector $\v

Vedclass · Accepted Answer

velocity is transverse and acceleration is radial

Vedclass · Answer

(A) In uniform circular motion, the particle moves along a circular path with a constant speed.At any point $P$ on the circle, the velocity vector $\vec{v}$ is directed along the tangent to the circle at that point. This direction is perpendicular to the radius, which is referred to as the transverse direction.The acceleration in uniform circular motion is the centripetal acceleration $\vec{a}_c$, which is always directed towards the center $O$ of the circle. This direction is along the radius, which is referred to as the radial direction.Therefore, the velocity is transverse and the acceleration is radial.

For a particle executing uniform circular motion:

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