A body revolves with constant speed V in a circular path of radius R. Find the magnitude of its average acceleration during motion between two points in diamond kakali opposite direction.
(Answer with explanation please)
AR17:
its actually diametrically opposite direction..
Answers
Answered by
96
Hi i have a solution for you
The acceleration will change as there is change in the velocity at any direction
As we know that
T = 2 π r / v
T / 2 = π r / v = t
a = v ( - v ) / t
= 2 v / t
= 2 v ^ 2 / π r
Hope this answer helps you
Mark the answer as brainliest thanks
The acceleration will change as there is change in the velocity at any direction
As we know that
T = 2 π r / v
T / 2 = π r / v = t
a = v ( - v ) / t
= 2 v / t
= 2 v ^ 2 / π r
Hope this answer helps you
Mark the answer as brainliest thanks
Answered by
3
Answer:
two v square divided by pie r
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