Question

A block is projected up with $10$ $m{s}^{-1}$ along a fixed inclined plane, of inclination ${37}^o$ with the horizontal. If the time of ascending from the point of projection is half the time of descending to the same point, find the distance traveled by the block during the up and down journey.

Answer 1

We have to find the distance covered by the block when thrown with a velocity of 10 m/$s^2$ with an angle of ${37}^0$.

And we know the range of a projectile is the maximum distance covered and is given by

$R=\frac{v^2}{g}\sin \theta$where $\theta ={37}^0$

$R=6.01m$