A magnetic field of flux density 1.0 Wb/`m^(2)` acts normal to an 80 tum coil of 0.01 m2 area. Find the emf induced in it, if this coil is removed from the field in 0.1 s.

A magnetic field of flux density 1.0 Wb m^(-2) acts normal to a 80 turns coil of m^(2) area. Find the e.m.f. induced in it, if this coil is removed from the field in 0.1 second.

A magnetic field of flux density 10 T act normal to a 50 turn coil of 100 cm^(2) area. Find the emf induced in it if the coil is removed from the field in 1/20 s.

A magnetic field of flux density 10 T acts normal to a coil of 50 turns having 20 cm^(2) area. Find emf induced if the coil is removed from the magnetic field in 0.1 sec.

A magnetic field of flux density 10 T acts normal to a cail of 50 turns having 100 cm ^(2) area. Find the emf induced, if the coil is removed from the magnetic field in 0.1 s.

An magnetic field of lux density 10 T acts normal to a coil of 50 turns having 100 cm^(2) area. If coil is removed from magnetic field in 0.1 is emf induced is

A magnetic field of 2xx10^(-2)T acts at right angles to a coil of area 100cm^(2) with 50 turns. The average emf induced in the coil is 0.1V , when it is removed from the field in time t . The value of t is

Magnetic field of 2 xx 10^(-2) Wb m^(2) is acting at right angle to a coil of 1000 cm^(2) having 50 turns. The coil is removed from the field in (1)/(10) second. Find the magnitude of induced e.m.f.

A field of 0.2 tesla acts acts at right angles to a coil of area 100 cm ^(2)m with 50 turns. The coil is removed from the field in 0.1s . Find the emf induced .

A coil of area 0.4m^(2) has 100 turns. A magnetic field of 0.04 Wb m^(-2) is acting normal to the coil surface. If this magnetic field is reduced to zero in 0.01 s, then the induced emf in the coil is