A dense sphere of mass M is placed the centre of a circle of radius R- Find the work done- when a particle of mass m is brought from A to B along a circle as shown in the figure-zerodisplaystyle frac-G M m-R-displaystyle frac-2 G M m-R-displaystyle - frac-G Mm-R-

Question

Toppr Admin · Accepted Answer

At every point on the arc AB- the direction of displacement and gravitational force are at right angle to each other-Hence work done is zero-

A dense sphere of mass $M$ is placed at the centre of a circle of radius $R$ . Find the work done, when a particle of mass $m$ is brought from A to B along a circle as shown in the figure.

$z e r o$
$\frac{G M m}{R}$
$\frac{2 G M m}{R}$
$- \frac{G M m}{R}$

At every point on the arc AB, the direction of displacement and gravitational force are at right angle to each other.
Hence work done is zero.

A dense sphere of mass M is placed at the centre of a circle of radius R. Find the work done, when a particle of mass m is brought from A to B along a circle as shown in the figure.zeroGMmR2GMmR−GMmR

At every point on the arc AB, the direction of displacement and gravitational force are at right angle to each other.Hence work done is zero.

A dense sphere of mass $M$ is placed at the centre of a circle of radius $R$ . Find the work done, when a particle of mass $m$ is brought from A to B along a circle as shown in the figure.

$z e r o$
$\frac{G M m}{R}$
$\frac{2 G M m}{R}$
$- \frac{G M m}{R}$

At every point on the arc AB, the direction of displacement and gravitational force are at right angle to each other.
Hence work done is zero.