A nonconducting ring of radius R has charge Q distributed unevenly over it. If it rotates with an angular velocity 'w' , the equivalent current will be?

Open in App

Solution

Suggest Corrections

Similar questions

Q. A non-conducting ring of radius

R

has charge

Q

distributed unevenly over it. If it rotates with an angular velocity

ω

, the equivalent current will be

A non-conducting ring of radius R has charge Q distributed unevenly over it. If it rotates with an angular velocity ω, the equivalent resistance between parallel faces is

Q. A non-conducting wire of radius R has charge q distributed unevenly over it. If it is rotated with an angular velocity of

ω

, the equivalent current will be?

A non-conducting ring of radius R has charge Q distributed over it. If it rotates with an angular velocity $ω$ about its axis, the equivalent electric current will be

A hollow nonconducting sphere of radius "R "with charge "q" uniformly distributed over its surface. The sphere starts rotating with a constant angular velocity "w".about an axis passing through the centre of sphere.the net magnetic field at the centre of the sphere is..?

1.uqw÷2pi R

2.uqw÷3 pi R

3.uqw÷8 pi R

Join BYJU'S Learning Program