As shown in the figure, a magnetic is moved with a a fast speed towards a coil at rest. Due to this, induced electromotive force, induced charge in the coil are `E`, `I` and `Q` respectively. If the speed of magnetic is doubled, the incorrect statement is

As shown in the figure, a magnet is moved with some speed towards a coil at rest. Due to this induced electromotive force, induced current and induced charge in the coil are E,I and Q respectively. If the speed of the magnet is doubled, the incorrect statement is

As shown in the figure, à magnet is moved with a fast speed towards a coil at rest. Due to this induced emf, induced current and induced charge in the coll is E, I and Q respectively. If the speed of the magnet is doubled, the incorrect statement is

A magnet is brought towards a fixed coil rapidly . Due to this induced emf, current and charge are E, I and Q repectively . If the speed of the magnet is doubled, then wrong statement is __

As shown is the figure , a magnet is brought towards a fixed coil . Due to this the induced emf , current and the charge are E , I and Q respectively . If the speed of the magnet is double then the following statement is wrong

IF the rotating speed of a dynamo is doubled, the induced electromotive force will be

IF the rotating speed of a dynamo is doubled, the induced electromotive force will be

A magnet is moved towards a coil. What is the source of electric current induced in the coil?

A coil of metallic wire is at rest in a non-uniform magnetic field. Would any electromotive force be induced in the coil?

A magnet is moved towards a coil (i) quickly (ii) slowly, then the induced e.m.f. is