A rod of length `l` is placed perpendicular to a long wire carrying current `i`. The rod is moved parallel to the wire with a velocity `v`. Find the emf induced in the rod, if its nearest end is at a distance a from the wire.

A rod of length l is kept parallel to a long wire carrying constant current i . It is moving away from the wire with a velocity v. Find the emf induced in the wire when its distance in the wire when its distance from the long wire is x .

A rod of length l is kept parallel to a long wire carrying constant current i . It is moving away from the wire with a velocity v. Find the emf induced in the wire when its distance in the wire when its distance from the long wire is x .

A rod of length l is kept parallel to a long wire carrying constant current i . It is moving away from the wire with a velocity v . Find the emf induced in the wire when its distance from the long wire is x .

A rectangular loop is moving parallel to a long wire carrying current i with a velocity v . Find the emf induced in the loop (Fig. 3.68) if its nearest end is at a distance a from the wire. Draw equivalent electrical diagram.

A rectangular loop is moving parallel to a long wire carrying current i with a velocity v . Find the emf induced in the loop (Fig. 3.68) if its nearest end is at a distance a from the wire. Draw equivalent electrical diagram.

A rectangular loop is moving parallel to a long wire carrying current i with a velocity v . Find the emf induced in the loop (Fig. 3.68) if its nearest end is at a distance a from the wire. Draw equivalent electrical diagram.

Electric charge q is uniformly distributed over a rod of length / The rod is placed parallel to a long wire carrying a current I The separation between the rod and the wire is a find the force needed to move the rod along its length with a uniform velocity v

Wire carrying a study current and rod AB are in the same plane the rod move parallel to wire with velocity v then which end of the rod is at higher potential.

Electric charge q is distributed uniformly over a rod of length l . The rod is placed parallel to a long wire carrying a current i . The separation between the rod and the wire is a. The force needed to move the rod along its length with a uniform velocity v is