A spherical rubber ballon carries some charge distributed uniformly over its surface. The balloon is blown up to increase in its size. How does the total electric flux coming out of the surface change?

A spherical rubber balloon carries a charge that is uniformally distributed over its surface. As the balloon is blown up and increase in size, how does the total electric flux coming out of the surface change? Give reason.

A rubber balloon is given a charge Q distributed uniformly over its surface. Then

A rubber balloon is given a charge Q distributed uniformly over its surface. Then

A rubber balloon is given a charge Q distributed uniformly over its surface. Is the field inside the balloon zero everywhere if the balloon does not have a spherical surface?

A rubber balloon is given a charge Q distributed uniformly over its surface. Is the field inside the balloon zero everywhere if the balloon does not have a spherical surface?

A rubber balloon is given a charge. Q distributed uniformly over its surface. Is the field inside the balloon zero everywhere if the balloon does not have a spherical surface?

A closed surface in vacuum encloses charges -q and +3q . The total electric flux emerging out of the surface is:

A hollow tube is carrying an electric current along its length distributed uniformly over its surface. The magnetic field

A hollow tube is carrying an electric current along its length distributed uniformly over its surface. The magnetic field