A coil of insulated wire is connected to a battery. If it is connected to galvanometer, its pointer is deflected, because

What is electromagnetic induction ? A coil of insulated copper wire is connected to a galvanometer. What will happen in the galvanometer if a strong bar magnet is . .. (1) pushed into the coil ? (2) withdrawn from inside the coil ? (3) held stationary inside the coil ?

A non - conducting cylindrical rod is inserted within two coils of insulated wires, as shown in the given figure. A battery is connected to coil 1 , while a galvanometer is connected to coil 2 On switching on the current in coil 1,

A non - conducting cylindrical rod is inserted within two coils of insulated wires, as shown in the given figure. A battery is connected to coil 1 , while a galvanometer is connected to coil 2 On switching on the current in coil 1,

Two coils C_(1) and C_(2) are kept coaxially as shown the coil C_(1) is connected to a battery and the coil C_(2) is connected to a galvanometer. The deflection in galvanometer can be increased by

When a current is passed in moving coil galvanometer, the coil gets deflected because,

When a current is passed in moving coil galvanometer, the coil gets deflected because,

A coil made of insulated copper wire is connected to a galvanometer . i] What happens to the deflection of the galvanometer if this coil is moved towards a stationary bar magnet and then ii] Moved away from it ? Give reason for you answer and name the phenomenon involved.