A very small circular loop of area `5xx10^(-4)m^2`, resistance `2Omega` and negligible inductance is initally coplanar and concentric with a much larger fixed circular loop of radius 0.1 m. A constant current of 1A passed in the bigger loop and the smaller loop is rotated with angular velocity `omega` rad/s about a diameter.Calculate
induced emf

A very small circular loop of area 5xx10^(-4)m^2 , resistance 2Omega and negligible inductance is initally coplanar and concentric with a much larger fixed circular loop of radius 0.1 m. A constant current of 1A s passed in the bigger loop and the smaller loop is rotated with angular velocity omega rad/s about a diameter.Calculate induced current in the smaller loop, as a function of time

A very small circular loop of area 5xx10^(-4)m^2 , resistance 2Omega and negligible inductance is initally coplanar and concentric with a much larger fixed circular loop of radius 0.1 m. A constant current of 1A s passed in the bigger loop and the smaller loop is rotated with angular velocity omega rad/s about a diameter.Calculate the flux linked with the smaller loop.

A very small circular loop of radius a is initially (at t = 0) coplanar and concentric with a much larger fixed circular loop of radius b. A constant current l flows in the larger loop. The smaller loop is rotated with a constant angular speed omega about the common diameter. The emf induced in the smaller loop as a function of time t is

A very small circular loop of radius a is initially (at t = 0) coplaner and concentric with a much larger fixed circular loop of radius b. A constant I flows in the larger loop. The smaller loop is rotated with a constant angular speed omega about the common diameter. The emf induced in the smaller loop as a function of time t is

The magnetic flux across a loop of resistance 10Omega is given by phi = 5t^2 -4t +1 induced in the loop after 0.2 sec ?

A particle is moving along a circular path of radius 2 m with constant angular velocity of 3 rad cdot s^(-1) . Detemine the angular displacement (in rad) of the particle in 3 s.

A square wire loop of side 10 cm is placed at an angle of 45^(@) with a magnetic field that changes uniformly from 0.1 T to zero in 0.7 s. If resistance of the loop is 1 Omega , then the induced current in it is