[" A current I "1=10" sin "(100 pi" t "t)" A.Is passed in first coll,which induces a maximum e.m.f of "5 pi-" volt in "],[" second coll.The mutual inductance between the colls is "-]

[" A current "1=10sin(100 pi t)" amp is passed in first coil,which induces a "],[" maximum e.m.f of "5 pi" volt in second coil.The mutual inductance between "],[" the coils is - "]

A current I = 10 sin (100pi t) amp. Is passed in first coil, which induces a maximum e.m.f of 5pi volt in second coil. The mutual inductance between the coils is-

A current I = 10 sin (100pi t) amp. Is passed in first coil, which induces a maximum e.m.f of 5pi volt in second coil. The mutual inductance between the coils is-

A current I=20sin(100pit)A is passed in the first coil, which induces a maximum emf of 10piV in the second coil. The mutual inductance for the pair of coils is

A current I=20sin(100pit)A is passed in the first coil, which induces a maximum emf of 10piV in the second coil. The mutual inductance for the pair of coils is

When a current i = 10 sin (100 pi t) A is passed through a coil, an induced emf having a maximum value of 5 pi V is produced in a nearby coil kept parallel to the first coil. What is the mutual inductance between the two coils?

If a current of 3.0 amperes flowing in the primary coil is reduced to zero in 0.001 second, then the induced e.m.f. in the secondary coil is 15000 "volts" . The mutual inductance between the two coils is