the displacement of a moving object in a given interval of time is 0.would the distance travelled by the object also be 0.justify your answer
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1
hey buddy !! here's your answer...
➡️its not necessary that if displacement is 0 then distance will be 0
➡️we know that displacement is difference between initial and final point... but distance is total length covered.
➡️if a particle starts its motion from some point and ends its motion by coming back to initial point then displacement will be 0... but distance will be total length traversed by it
hope it helps !! ❤️✌️
# be brainly ✌️
➡️its not necessary that if displacement is 0 then distance will be 0
➡️we know that displacement is difference between initial and final point... but distance is total length covered.
➡️if a particle starts its motion from some point and ends its motion by coming back to initial point then displacement will be 0... but distance will be total length traversed by it
hope it helps !! ❤️✌️
# be brainly ✌️
Answered by
6
No the distance will not be zero. let us take an example say in a circular path if an object starts his journey from the point A and reaches back to the same. A the distance will be equals to the circumference of a circle i. e. 2πr but the displacement will be A — A = 0
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