A hollow metal sphere of radius 5 cm is charged such that the potential on its surface is 10 volts- The potential the centre of the sphere will be-zero10 volts0-2 volts5 volts

Question

A hollow metal sphere of radius 5  cm is charged such that the potential on its surface is 10 volts- The potential the centre of the sphere will be-zero10  volts0-2  volts5  volts

Toppr Admin · Accepted Answer

The correct option is C 10-xA0-voltsShell-xA0- theorem -x21D2- Potential inside a metal sphere is constant and is equal to potential on surface-x2234- V inside sphere -10V

A hollow metal sphere of radius $5 c m$ is charged such that the potential on its surface is $10 v o l t s$ . The potential at the centre of the sphere will be:

$z e r o$
$10 v o l t s$
$0.2 v o l t s$
$5 v o l t s$

The correct option is C $10 v o l t s$
Shell theorem :
$\Rightarrow$ Potential inside a metal sphere is constant and is equal to potential on surface
$∴$ V inside sphere $= 10 V$

A hollow metal sphere of radius 5 cm is charged such that the potential on its surface is 10 volts. The potential at the centre of the sphere will be:zero10 volts0.2 volts5 volts

The correct option is C 10 voltsShell theorem :⇒ Potential inside a metal sphere is constant and is equal to potential on surface∴ V inside sphere =10V

A hollow metal sphere of radius $5 c m$ is charged such that the potential on its surface is $10 v o l t s$ . The potential at the centre of the sphere will be:

$z e r o$
$10 v o l t s$
$0.2 v o l t s$
$5 v o l t s$

The correct option is C $10 v o l t s$
Shell theorem :
$\Rightarrow$ Potential inside a metal sphere is constant and is equal to potential on surface
$∴$ V inside sphere $= 10 V$