There exists a uniform magnetic field B=Botk in a region. A circular conducting loop of radius r and resistance R is placed with its plane in x-y plane. Determine the current through the loop and tension at time t developed in the loop as a result of induced current.
According to given question the change in magnetic field with respect to time produce flux and with time the flux through the circular coil increases hence a induced current will be developed in clockwise and its magnitude is equal to
the vaule of tension is the force acting on the wire when placed in magnetic field
hence T = BIL
hence the tension is developed since the magnetic field is non uniform and changes with time .
the vaule of tension is the force acting on the wire when placed in magnetic field
hence T = BIL
hence the tension is developed since the magnetic field is non uniform and changes with time .