The electric field inside a conductor

When electric field inside a conductor is E, mobility of free electrons inside the conductor is mu . When the electric field is doubled mobility will be

When electric field inside a conductor is E, mobility of free electrons inside the conductor is mu . When the electric field is doubled mobility will be

STATEMENT-2 : An isolated neutral conductor is given some charge . As it is being charged, an electric field appears in the conductor. and STATEMENT -2 : Under static conditions, the net electric field inside a conductor is zero.

One of your friends argues that he has read in previous chapters that there can be no electric field inside a conductor. And hence there can be no current through it.What is the fallacy in this argument?

One of your friends argues that he has read in previous chapters that there can be no electric field inside a conductor. And hence there can be no current through it.What is the fallacy in this argument?

One of your friends argues that he has read in previous chapters that there can be no electric field inside a conductor. And hence there can be no current through it.What is the fallacy in this argument?

A cylindrical conductor has length l and area of cross section A. Its conductivity changes with distance (x) from one of its ends as sigma = sigma_(0) (l)/(x). [sigma_(0) "is a constant"] . Calculate electric field inside the conductor as a function of x , when a cell of emf V is connected across the ends.