For one complete rotation along a circular path by a particle, its Distance is zero displacement is zero Distance is zero displacement is not zero Distance is not zero displacement is zero Distance is not zero displacement is not zero
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Answered by
2
Answer:
Distance is not zero but displacement is zero
Explanation:
Distance is the total actual path
Displacement is shortest distance between the final and initial. One complete rotation means displacement is zero and initial is the final point
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Answered by
3
Answer:
may not be zero
Explanation:
Displacement is the distance between the initial and final position of an object. When an object moves in a circular path of radius R, its displacement will be zero but the distance traveled by the object will be the perimeter i.e 2πR.
Thus, if displacement of an object is zero, the distance traversed by it may not be zero.
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