The magnetic flux density B is changing in magnitude at a constant rate dB/dt. A given mass m of copper

Sahay Sir > Question Answers > The magnetic flux density B is changing in magnitude at a constant rate dB/dt. A given mass m of copper
The magnetic flux density B is changing in magnitude at a constant rate dB/dt. A given mass m of copper, drawn into a wire of radius a and formed into a circular loop of radius r is placed perpendicular to the field B. The induced current in the loop is i. The resistivity of copper is ρ and density is d. The value of the induced current i is
20
Oct
The magnetic flux density B is changing in magnitude at a constant rate dB/dt. A given mass m of copper, drawn into a wire of radius a and formed into a circular loop of radius r is placed perpendicular to the field B. The induced current in the loop is i. The resistivity of copper [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: the current in wire AB is ( ab is one of the diameters ) , The magnetic flux density B is changing in magnitude at a constant rate dB/dt. A given mass m of copper , The radius of the circular conducting loop shown in figure is R. Magnetic field is decreasing at a constant rate alpha. Resistance per unit length of the loop is rho. Then ,