A steady current flows through the conductor of variable cross-sectional area. Now select the correct options.

A stready current i is flowing through a conductor of uniform cross-section. Any segment of the conductor has

A stready current i is flowing through a conductor of uniform cross-section. Any segment of the conductor has

When a steady current flows through a metal conductor of non-uniform cross-section , then drift velocity is

A : When a steady current flows through a conductor of non - uniform cross-section , the current density , electric field and drift velcoity do not remain constant. R : For a constant current the current density electric field and drift velocity are inversely proportional to cross - sectional area.

A : When a steady current flows through a conductor of non - uniform cross-section , the current density , electric field and drift velcoity do not remain constant. R : For a constant current the current density electric field and drift velocity are inversely proportional to cross - sectional area.

Current flows through a metallic conductor whose area of cross-section increases in the direction of the current. If we move in this direction.

A steady current is passing through a conductor of non-uniform cross-section . The net quantity of charge crossing any cross-section per second is

A steady current flows in a metallic conductor of non-uniform cross-section i.e., i : constant. A ne constant.