A field of strenght `5 xx 10^(4)//pi` ampere turns`//`meter acts at right angles to the coil of `50` turns of area`10^(-2) m^(2)`. The coil is removed from the field in `0.1` second. Then the induced `e.m.f` in the coil is

A field of strength 8 xx 10^4//pi ampere turns / meter acts at right angles to the coil of 500 turns of area 10^(-2) m^2 . The coil is removed from the field in 0.2 second. Then the induced e.m.f in the coil is

A field of strength "5*10^(4)/pi" ampere turns per meter acts at right angles to the coil of 50 turns of area "10^(-2)m^(2)" . The coil is removed from the field in 0.1 second. Then, the e.m.f. in the coil is

[" A field of strength "5times10^(4)/ pi" ampere turns "],[" meter acts at right angles to the coil of "50" turns "],[" of area "10^(-2)m^(2)" .The coil is removed from the "],[" field in "0.1" second.Then the induced e.m.fin "],[" the coil is "]

A field of 2xx10^(-2) T acts at right angles to a coil of 50 turns of area 1000 cm hat 2 . The coil is removed from the field in 0.1 second . Then the induced emf in the coil is __

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 .