A steady electric current is flowing through a cylindrical conductor. Then,

A steady electric current is flowing through a cylindrical conductor i) The electric field at the axis of conductor due to the current is zero ii) The magnetic field at the axis of the conductor is zero iii) The Electric field in the vicinity of the conductor is zero iv) The magnetic field in the vicinity of the conductor is zero

A steady current is flowing in a cylindrical conductor. Is there any electric field within the conductor ? If yes, what is its relation with current density?

Electric current flowing through a conductor depends

a. A steady current flows in a metallic conductor of non - uniform cross section. State which of the quantities i.e., current density, electric field, and drift velocity, current density, electric field, and drift velcoity remain constant? b. A steady current passes through a cylindrical conductor. Is there an electorn field inside the conductor?

Statement - (A): A steady current is flowing in a cylindrical conductor, the electric field with in the conductor is not zero. Statement-(B):Electrons in a conductor have no motion in the absence of a potential difference across it.

a. A steady current flows in a metallic conductor of non - uniform cross section. State which of the quantities i.e., current density, electric field, and drift velocity remain constant? b. A steady current passes through a cylindrical conductor. Is there an electorn field inside the conductor?

If a steady current I is flowing through a cylindrical element ABC. Choose the correct relationship

When a steady current passes through a cylindrical conductor, is there an electric field inside the conductor?

When a steady current passes through a cylindrical conductor, is there an electric field inside the conductor?