Predict the direction of induced current in the situations described by the following figures.

Use Lenz's law to deterine the direction of induced current in the situation described by the figures. A wire of irregular shape turning into a circular shape. The cross(x) indicates magnetic field into the paper and the dot (.) indicates magnetic field out of the paper.

Use Lenz’s law to determine the direction of induced current in the situations described by Fig. A wire of irregular shape turning into a circular shape. :

Use Lenz’s law to determine the direction of induced current in the situations described by Fig.: A circular loop being deformed into a narrow straight wire. :

Predict the polarity of the capacitor in the situation described below.

A conducting loop is held below a current carrying wire PQ. Predict the direction of the induced current in the loop, when the current in the wire is constantly increasing.

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

The electron current in the direction from B to A is decreasing. What is the direction of induced current in the metallic loop kept above the wire as shown in the figure.

Figure shows three different orientations of a circular coil rotating in the magnetic field between the poles of a horse shoe magnet. Determine the direction of induced current in the coil, if the rotation is anticlockwise as viewed by the reader.

The alternating current in the circuit is described by the graph as shown in the figure. Show r.ms. Current in the graph.