[" 8.As a result of change in the magnetic flux linked to the "],[" closed loop shown in the figure,an emf "V" volt is induced "],[" in the loop.The work done (joules) in taking a charge "Q],[" coulomb once along the loop is "]

As a result of change in the magnetic flux linked to the closed loop shown in the fig, an e.m.f. V volt is induced in the loop. The work done (joule) in taking a charge Q coulomb once along the loop is

As a result of change in the magnetic flux linked to the closed loop shown in the fig, an e.m.f. V volt is induced in the loop. The work done (joule) in taking a charge Q coulomb once along the loop is

As a result of change in the magnetic flux linked to the closed loop shown in the fig, an e.m.f. V volt is induced in the loop. The work done (joule) in taking a charge Q coulomb once along the loop is

Magnetic flux (in Wb) linked with a closed loop varies with time (in S) as Φ =2t^2+1. The magnitude of induced emf at t=1 s is

Magnetic flux (in Wb) linked with a closed loop varies with time (in S) as Φ =2t^2+1. The magnitude of induced emf at t=1 s is

At time t=0 magnetic Field of 1000 Gausses is passing perpendicularly through the area defined by the closed loop shown in the Figure. If the magnetic Field reduces linearly to 500 Gausses, in the next 5s, then induces EMF in the loop is:

A triangular loop is placed in a dot o. magnetic field as shown in figure. Find the direction of induced current in the loop if magnetic field is increasing.

A triangular loop is placed in a dot o. magnetic field as shown in figure. Find the direction of induced current in the loop if magnetic field is increasing.

when the wire loop is rotated in the magnetic field between the poles of a magnet the direction of emf changes once in every