Write equations of motion in case of a body moving with uniform retardation
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Now according to third equation of motion we have, v2=u2+2as, where, v = final velocity, u = initial velocity, a = retardation and s = distance covered. ... So for this the body initial velocity becomes u' = (u/2) and final velocity, v' = 0 and retardation is uniform so it remains the same.
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GOOD IT CAN ALSO BE ZERO BRACES IT IS ZERO.
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