`5.5 xx 10^(–4)` magnetic flux lines are passing through a coil of resistance 10 ohm and number of turns 1000. If the number of flux lines reduces to `5 xx 10^(–5)` in 0.1 sec. Then

5.5 × 10^(-4) magnetic flux lines are passing through a coil of resistance 10 ohm and number of turns 1000. If the number of flux lines reduces to 5 × 10^(–5) in 0.1 sec. The electromotive force and the current induced in the coil will be respectively-

5 xx10^-4 magnetic flux lines are passing through a coil of 100 turns.if the e.m.f. induced through the coil is 5mV,the time interval will be

The 5xx10^(-4) magnetic flux lines are passing through a coil of 100 turns. If the emf induced through the coil is 5mV, the time interval will be

The megnetic flux lines of 3 xx 10^(-4) Wb are passing through a coil of 100 turns. If the e.m.f. Induced in the coil is 1.5V, the time interval will be

5xx10^(-4) field lines are passing through a coil 1000 turn in certain time interval, the electromotive force of 5V is produced then the time interval will be _____

Magnetic flux passing through a coil varies with time as, phi=(2t^(2)-4) weber, Resistance of the coil is 10Omega .

The magnetic flux through a spark coil of 1000 turn changes from 1.0 Wb to zero wb in 1/10sec. Determine the emf induced in the coil.

A magnetic flux of 500 microweber passing through a 200 turn coil is reversed in 20xx10^(-3)s . The average induced emf in the coil (in volt) is

A magnetic flux of 500 microweber passing through a 200 turn coil is reversed in 20xx10^(-3)s . The average induced emf in the coil (in volt) is