Under the force of gravity- a heavy body falls quicker than a light body -neglect air resistance-TrueFalse

Question

Toppr Admin · Accepted Answer

According to newton-apos-s laws the time taken to fall is not related to massS-ut-12at2V2-x2212-u2-2asIt have not to do anything with mass so both lighter and heavier body will taken same time to fall from certain point-

Under the force of gravity, a heavy body falls quicker than a light body (neglect air resistance).
True
False

According to newton's laws the time taken to fall is not related to mass
$S = u t + \frac{1}{2} {a t}^{2}$
$V^{2} - u^{2} = 2 a s$
It have not to do anything with mass so both lighter and heavier body will taken same time to fall from certain point.

Under the force of gravity, a heavy body falls quicker than a light body (neglect air resistance).TrueFalse

According to newton's laws the time taken to fall is not related to massS=ut+12at2V2−u2=2asIt have not to do anything with mass so both lighter and heavier body will taken same time to fall from certain point.

Under the force of gravity, a heavy body falls quicker than a light body (neglect air resistance).
True
False

According to newton's laws the time taken to fall is not related to mass
$S = u t + \frac{1}{2} {a t}^{2}$
$V^{2} - u^{2} = 2 a s$
It have not to do anything with mass so both lighter and heavier body will taken same time to fall from certain point.