The north pole of a magnet is brought down along the axis of a horizontal circular coil . As a result, the flux through the coil changes from 0.35 weber to 0.85 weber in an interval of half a second. Find the average emf induced during this period. Is the induced current clockwise or anticlockwise as you look into the coil from the side of the magnet?

The north pole of a magnet is brought down along the axis of a horizontal circular coil ( figure). As a result the flux through the coil changes from 0.4 Weber to 0.9 Weber in an interval of half of a second. Find the average emf induced during this period. Is the induced current clockwise or anticlockwise as you look into the coil from the side of the magnet ?

The north pole of a magnet is brough down along the axis of a horizontal circular coil (figure) As a result the flux through the coil changes from 0.4 Weber to 0.9 Weber in an interval of half of a second.Find the average emf induced during this period.Is the induced current clockwise and anticlockwise as you look into the coil from the side of the magnet?

A coil of 200 turns is linked with a magnetic flux that changes from 10^-5 weber to 10^-4 weber is a millisecond. Find the emf induced across the coil.

The north pole of a magnet is brought near a coil. The induced current in the coil as seen by an observer on the side of magnet will be-

The magnetic flux through a coil changes from 12 mWb to 6 mWb in 0.01 s. What is the induced emf?

The magnetic flux linked with the coil changes from 0.1 Wb to 0.04 Wb in 3 s. the emf induced in the coil is