Can the displacement of a particle be zero wh | vedclass

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Question

(A) Yes,the displacement of a particle can be zero even when the distance travelled is not zero. This occurs when an object moves along a closed path

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Yes

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(A) Yes,the displacement of a particle can be zero even when the distance travelled is not zero. This occurs when an object moves along a closed path and returns to its initial position. For example,if a particle moves in a circular path of radius $r$ and completes one full revolution,the distance travelled is the circumference of the circle $(2\pi r)$,while the displacement is $0$ because the final position coincides with the initial position.

Can the displacement of a particle be zero when the distance travelled is not zero?

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