Predict the directions of induced currents in metal rings 1 and 2 lying in the same plane where current I in the wire is increasing continuously.

Predict the directions of induced currents in metal rings 1 and 2 lying in the same plane where current I in the wire is increasing steadily.

Predict the direction of induced current in metal rings 1 and 2 when current I in the wire is steadily decreasing .

Predict the direction of induced current in a metal ring when the ring is moved towards a straight conductor with constant speed v. The conductor is carrying current I in the direction shown in the figure.

Predict the direction of induced current in the situations described by the following Figs. 6.18(a) to (f).

A conductor loop is held above a current carrying wire 'PQ' as shown in figure. Depict the direction of the current induced in the loop when the current in the wire PQ is constanly increasing.

Find the direction of induced current in the coil shown in figure.Magnetic field is perpendicular to the plane of coil and it is increasing with time.

Two different wire loops are concentric and lie in the same plane. The current in the outer loop is clockwise and increasing with time. The induced current in the inner loop then is

Consider a current carrying wire (current I) in the shape of a circle. Note that as the current progresses along the wire, the direction of vecJ (current density) changes in an exact manner, while the current I remains unaffected. The agent that is essentially responsible for is

Consider a current carrying wire (current I) in the shape of a circle. Note that as the current progresses along the wire, the direction of vecJ (current density) changes in an exact manner, while the current I remains unaffected. The agent that is essentially responsible for is

A current carrying wire is placed below a coil in its plane, with current flowing as shown. If the current increases.