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A body moves with constant acceleration. Its velocity increases from 6 metre per second to 16 metre per second in 2 seconds The distance moved by body in se two second is
A body moves with constant acceleration. Its velocity increases from 6 metre per second to 16 metre per second in 2 seconds The distance moved by body in se two second is
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Similar Question
A stone is thrown upward from the top of a tower with some initial speed and it reaches the ground in time `t_1` second. Another stone is thrown with the same initial speed downward and it reaches the ground in `t_2` second. In how much time, a stone will reach the ground if the stone is released and allowed to fall freely under gravity from the same place.
A body moves with constant acceleration. Its velocity increases from 6 metre per second to 16 metre per second in 2 seconds The distance moved by body in se two second is
The distance moved by a uniformly accelerated body starting from rest in time `t` is proportional to
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