A circular coil of radius 6 cm and 20 turns rotates about its vertical diameter with an angular speed of `40"rad"s^(-1)` in a uniform horizontal magnetic field of magnitude `2xx10^(-2)T`. If the coil form a closed loop of resistance `8omega`, then the average power loss due to joule heating is

A circular coil of area 300 cm ^(2) and 25 turns rotates about its vertical diameter with an angular speed of 40 s ^(-1) in a uniform horizontal magnetic field of magnitude 0.05 T . Obtain the maximum voltage induced in the coil .

A circular coil of radius 8.0cm and 20 turns rotated about its vertical diameter with an angular speed of 50"rads"^(-1) uniform horizontal magnetic field of magnitude 3xx10^(-2)T. Obtain the maximum and average emf induced in the coil if the coil froms a closed loop of resistance 10Omega then calculate the average power loss due to joule heating.

A circular coil of radius 8 cm and 20 turns is rotated about it vertical diamter with an angular speed of 50 rad/s in a uniform horizontal magnetic field of 3.0 xx 10^-2 T. Calculate the maximum and average value of emf induced in the coil.

A circular coil of radius 8.0 cm and 20 turns rotates about its vertical diameter with an angular speed of 50 rad. s^(-1) in a uniform horizontal magnetic field of magnitude 3.0xx10^(-2)T . Obtain the maximum and average emf induced in the coil. If the coil forms a closed loop of resistance 10 Omega , calculate the maximum value of current in the coil. Calculate the average power loss due to Joule heating. Where does this power come from?

A circular coil of radius 8.0 cm and 20 turns is rotated about its vertical diameter with an angular speed of 50 rad s^(-1) in a uniform horizontal magnetic field of magnitude 3.0xx10^(-2)T . Obtain the maximum and average emf induced in the coil. If the coil forms a closed loop of resistance 10Omega , calculate teh maximum value of current in the coil Calculated the average power loss due to Joule heating. Where does this power come from?

A circular coil of radius 8.0 cm and 20 turns, is rotated about its vertical diameter with an angular speed of 50 rad s^(-1) in a uniform horizontal magnetic field of magnitude 3.0xx10^(-2)T . Obtain the maximum and average emf induced in the coil. If the coil forms a closed loop of resistance 10 Omega , calculate the maximum value of current in the coil. Calculate the average loss due to joule heating . Where does this power come from ?

A circular coil of radius 8.0 cm and 20 turns is rotated about its vertical diameter with an angular speed of 50" rad s"^(-1) in a uniform horizontal magnetic field of magnitude 3.0 xx10^(-2)T Obtain the maximum and average emf induced in the coil. If the coil forms a closed loop of resistance 100, calculate the maximum value of current in the coil. Calculate the average power loss due to Joule heating. Where does this power come from ?

A circular coil of radius 8.0 cm and 20 turns is rotated about its vertical diameter with an angular speed of 50 rad s^(-1) in a uniform horizontal magnetic field of magnitude 3.0 xx 10^(-2) T. Obtain the maximum and average emf induced in the coil. If the coil forms a closed loop of resistance 10 Omega , calculate the maximum value of current in the coil. Calculate the average power loss due to Joule heating. Where does this power come from ?