An object of mass $10 \ kg$ is made to fall freely from a height of $10 \ m$. Complete the table:

Height of object $(m)$	$PE$ $(J)$	$KE$ $(J)$	Mechanical Energy $(J)$
$10$	...	...	...
$8$	...	...	...
$5$	...	...	...
Just above ground	...	...	...

Hence,state the law of conservation of energy.

(N/A) Given: Mass $(m) = 10 \ kg$,Height $(h) = 10 \ m$,Acceleration due to gravity $(g) = 10 \ m/s^2$.
Potential Energy $(PE) = mgh$,Kinetic Energy $(KE) = \frac{1}{2}mv^2$,Mechanical Energy $(ME) = PE + KE$.

Height $(m)$	$PE$ $(J)$	$KE$ $(J)$	$ME$ $(J)$
$10$	$1000$	$0$	$1000$
$8$	$800$	$200$	$1000$
$5$	$500$	$500$	$1000$
$0$	$0$	$1000$	$1000$

Law of Conservation of Energy: Energy can neither be created nor destroyed; it can only be transformed from one form to another. The total energy in an isolated system remains constant.