A body when projected vertically up covers a total distance 'D'. During the time of its flight is 't'. If there were no gravity, what is the distance covered by it during the same time equal to?

Question

anemous · Answer

if there is no gravity then the motion is uniform motion if we ignore gravitational pull of other celestial bodies on that body.....and ans is sq root (gD)t....where g is acc due to gravity

pa1 · Answer

if there is no gravity then the motion is uniform motion if we ignore gravitational pull of other celestial bodies on that body.....and ans is sq root (gD)t....where g is acc due to gravity

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A body when projected vertically up covers a total distance 'D'. During the time of its flight is 't'. If there were no gravity, what is the distance covered by it during the same time equal to?

A body when projected vertically up covers a total distance 'D'. During the time of its flight is 't'. If there were no gravity, what is the distance covered by it during the same time equal to?

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