(3) Observethe following figure. If thesome current be induced in the

1.	(3) Observethe following figure. If thesome current be induced in the coil B? Explain.current in the coil A is changed, will
Answer» It is because when the current in your coil A is successfully changed, then the magnetic field linked with it also changes. Hence, the overall magnetic field around the coil B also alters. This kind of change in the magnetic field the lines around coil B actually induces the electric current in this field. It is known as electromagnetic induction.

(3) Observethe following figure. If thesome current be induced in the coil B? Explain.current in the coil A is changed, will

Answer»

It is because when the current in your coil A is successfully changed, then the magnetic field linked with it also changes.

Hence, the overall magnetic field around the coil B also alters.

This kind of change in the magnetic field the lines around coil B actually induces the electric current in this field.

It is known as electromagnetic induction.