a person standing on the floor of an elevator , drops a coin . the coin reaches the floor of the ele
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a person standing on the floor of an elevator , drops a coin . the coin reaches the floor of the elevator in time t1 if the elevator is stationary and in time t2 if it is moving uniformly then a: t1=t2b: t1 t2give solution with full explanation
See relative velocity for the ball in both case with respect to lift would be zaro and acceleration relative to lift would be g.
So,
by applying second equation of motion
h=0.5*a*t^2
h is the height of lift
from here u will get the time and u will see it will be same for both the cases as a and h are same.
So
ta=tb