Question

A particle moves along a circular path of radius R. The distance and displacement of me paruce after
complete revolution is
​

Answer 1

answer : diplacement will be 0

Explanation:

because the position of the body will not change i.e. the final and initial position is same.

Answer 2

${ \large{ \textbf{Distance \:travelled \:by \:particle }}} \\ \\ { \boxed{ \huge{= > \frac{circumference}{time \: taken} { \red{= \frac{2\pi R}{t} }}}}}$

And,

${ \huge{ \boxed{Displacement = 0}}} \\ \\ { \large{(since \: \: the \: \: body's \: \: initial \: \: and}} \\ { \large{final \: \: position \: \: is \: same.)}}$