Home
Class 10
PHYSICS
In the given diagram, two coils of insul...

In the given diagram, two coils of insulated copper wire are wound over a nonconducting cylinder as shown. Coil P has larger number of turns.

In above phenomenon, the current is induced in another conductor,

A

By changing magnetic field

B

By increasing the strength of current

C

By decreasing the strength of the current

D

By using extra wire

Text Solution

Verified by Experts

The correct Answer is:
A

Electromagnetic current is induced in another conductor by changing the magnetic field.
Promotional Banner

Similar Questions

Explore conceptually related problems

In the given diagram, two coils of insulated copper wire are wound over a nonconducting cylinder as shown. Coil P has larger number of turns. Which phenomenon is involved in it?

In the given diagram, two coils of insulated copper wire are wound over a nonconducting cylinder as shown. Coil P has larger number of turns. Flemings right hand rule explains:

In the given diagram, two coils of insulated copper wire are wound over a nonconducting cylinder as shown. Coil P has larger number of turns. The rule which helps us to know direction of induced current:

In the given diagram, two coils of insulated copper wire are wound over a nonconducting cylinder as shown. Coil P has larger number of turns. A momentary deflection is shown by the galvanometer , when:

STATEMENT-1 A vertical iron rod has a coil of wire wound over it at the bottom end.An alternating current flows in the coil.The rod goes through a conducting ring as shown in the figure.The ring can float at a certain height above the coil. because STATEMENT-2 In the above situation, a current is induced in the ring which interacts with the horizontal component of the magnetic field to produce an average force in the upward direction

Statement-1: A vertical iron rod has ciol of wire wound over it at the bottom end. An alternating current flows in the coil. The rod goes through a conduction ring as shwon in the figure. The ring can float at a certain height above the coil. Statement -2: In the above situation a current is inuced in the ring which interacts with the horizontal components of the magnetc field to produce an aberage force in the upward direction.

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,