A particle is falling freely under the action of gravity. It covers a distance x1 in the first ′t′ seconds and distance x2 in the next ′t′ seconds, then ′t′ is given by

A particle is falling freely under the action of gravity. It covers a

1.	A particle is falling freely under the action of gravity. It covers a distance x1 in the first ′t′ seconds and distance x2 in the next ′t′ seconds, then ′t′ is given by
Answer» A particle is falling freely under the action of gravity. It covers a distance $x_{1}$ in the first $^{'} t^{'}$ seconds and distance $x_{2}$ in the next $^{'} t^{'}$ seconds, then $^{'} t^{'}$ is given by

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A particle is falling freely under the action of gravity. It covers a distance x1 in the first ′t′ seconds and distance x2 in the next ′t′ seconds, then ′t′ is given by

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