name the condition in which both distance and displacement of moving object will be zero
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When the object completes one revolution and comes to the point A the distance travelled will be equal to the circumference of the circular path whereas if we draw a straight line between start point and end point the length is zero and hence displacement is zero
When the object completes one revolution and comes to the point A the distance travelled will be equal to the circumference of the circular path whereas if we draw a straight line between start point and end point the length is zero and hence displacement is zero
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There is no practical situation for a moving body in which both distance and displacement will be zero.
- The displacement of a moving body can be zero if it returns to the initial position after travelling some distance.
- But the distance travelled for a moving body cannot be zero in any condition.
- The only way for both the distance and displacement to be zero is that the body must be at rest.
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