A man at the top of a tower throws an object | vedclass

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(A) Yes,both objects will reach the earth at the same time.This is because the vertical motion of both objects is independent of their horizontal moti

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Yes

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(A) Yes,both objects will reach the earth at the same time.This is because the vertical motion of both objects is independent of their horizontal motion.Both objects start with an initial vertical velocity of $u_y = 0 \ m/s$.Both objects are subjected to the same constant acceleration due to gravity $(g)$ in the downward direction.Using the equation of motion $s = ut + \frac{1}{2}at^2$,where $s$ is the height of the tower $(h)$,$u = 0$,and $a = g$,we get $h = \frac{1}{2}gt^2$.Solving for time,$t = \sqrt{\frac{2h}{g}}$.Since $h$ and $g$ are the same for both objects,the time taken $(t)$ to reach the ground is identical for both.

$A$ man at the top of a tower throws an object horizontally,whereas he simply drops another. Will these two objects reach the earth at the same time?

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