A particle $(A)$ is dropped from a height and another particle $(B)$ is thrown in horizontal direction with speed of $5\; m/sec$ from the same height. The correct statement is
A particle $(A)$ is dropped from a height and another particle $(B)$ is thrown in horizontal direction with speed of $5\; m/sec$ from the same height. The correct statement is
Both particles will reach at ground simultaneously
Both particles will reach at ground with same speed
Particle $(A)$ will reach at ground first with respect to particle $(B)$
Particle $ (B) $ will reach at ground first with respect to particle $(A)$
A particle $(A)$ is dropped from a height and another particle $(B)$ is thrown in horizontal direction with speed of $5\; m/sec$ from the same height. The correct statement is
For both cases $t = \sqrt {\frac{{2h}}{g}} = $constant.
Because vertical downward component of velocity will be zero for both the particles.
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