Work done by the gravitational force on a body of mass $m$ moving on a smooth horizontal surface through a distance $s$ is: (Given acceleration due to gravity $= g$ ):

Question

Work done by the gravitational force on a body of mass m moving on a smooth horizontal surface through a distance s is- -Given acceleration due to gravity -g-mgsmgs02 mgs

Toppr Admin · Accepted Answer

As the gravitational force is perpendicular to the distance moved by body- the work done by gravity will be zero-xA0-

Work done by the gravitational force on a body of mass $m$ moving on a smooth horizontal surface through a distance $s$ is: (Given acceleration due to gravity $= g$ ):
$- m g s$
$m g s$
$0$
$2 m g s$

As the gravitational force is perpendicular to the distance moved by body, the work done by gravity will be zero.

Work done by the gravitational force on a body of mass m moving on a smooth horizontal surface through a distance s is: (Given acceleration due to gravity =g):−mgsmgs02mgs

As the gravitational force is perpendicular to the distance moved by body, the work done by gravity will be zero.

Work done by the gravitational force on a body of mass $m$ moving on a smooth horizontal surface through a distance $s$ is: (Given acceleration due to gravity $= g$ ):
$- m g s$
$m g s$
$0$
$2 m g s$