A hollow metallic sphere of radius 3 cm 5 charged so that potential on its surface becomes 5 V. The potential at the centre of sphere will be (in volt)

Question

A hollow metallic sphere of radius 3 cm 5 charged so that potential on its surface becomes 5 V. The potential at the centre of sphere will be (in volt) (A) zero (B) 5 (C) 3 (D) 10

Tardigrade Admin · Accepted Answer

For a hollow metallic sphere Potential at any point inside the sphere = Potential at the surface =5V ∴ Potential at centre of sphere =5V

Q. A hollow metallic sphere of radius $3 c m 5$ charged so that potential on its surface becomes $5 V$ . The potential at the centre of sphere will be (in volt)

zero

5

3

10

For a hollow metallic sphere
Potential at any point inside the sphere = Potential at the surface $= 5 V$
$∴$ Potential at centre of sphere $= 5 V$

Q. A hollow metallic sphere of radius 3cm5 charged so that potential on its surface becomes 5V. The potential at the centre of sphere will be (in volt)

zero

5

3

10

For a hollow metallic sphere Potential at any point inside the sphere = Potential at the surface =5V ∴ Potential at centre of sphere =5V

Q. A hollow metallic sphere of radius $3 c m 5$ charged so that potential on its surface becomes $5 V$ . The potential at the centre of sphere will be (in volt)

For a hollow metallic sphere
Potential at any point inside the sphere = Potential at the surface $= 5 V$
$∴$ Potential at centre of sphere $= 5 V$