Magnetic flux through a coil depends upon

For a coil rotating in a uniform magnetic field, in which position of the coil is the emf induced in the maximum? What is the magnetic flux through the coil in this position?

A current-carrying coil of total resistance R is kept inside magnetic field. How is the change in magnetic flux through the coil related to the amount of charge passing through the coil ?

A current coil of total resistance R is kept inside magnetic field. How is the change in magnetic flux through the coil related to the amount of charge passing through the coil?

The magnetic flux through a coil is inversely proportional to :

(A): Only a change in magnetic flux will maintain an induced current in the coil. (R): The presence of large magnetic flux through a coil maintains a current in the coil if the circuit is continuous

(A): Only a change in magnetic flux will maintain an induced current in the coil. (R): The presence of large magnetic flux through a coil maintains a current in the coil if the circuit is continuous

Assertion : The presence of large magnetic flux through a coil maintains a current in the coil if the circuit is continuous. Reason : Magnetic flux is essential to maintain an induced current in the coil.

Assertion : The presence of large magnetic flux through a coil maintains a current in the coil if the circuit is continuous. Reason : Magnetic flux is essential to maintain an induced current in the coil.

Assertion: Only a charge in magnetic flux will maintain an induced current in the coil. Reason: The presence of large magnetic flux through a coil maintains a current in the coil if the circuit is continuous.