The diagram shows a coil connected to a centre zero galvanometer G the galvanometer shows a deflection to the right when the N - Pole of a powerful magnet is moved the the right as shown:

State the observation in G when, both the coil and the magent, are moved to the right at the same speed.

Change in magnetic flux induces a current in the coil

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Clockwise current is induced at end A

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Deflection will be to the right in the galvanometer

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Zero deflection will be seen in the Galvanometer

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Solution

The correct option is D
Zero deflection will be seen in the Galvanometer

When both the coil and the magnet, are moved to the right at the same speed there is no change in magnetic flux linked with the coil and hence there is no emf induced in the coil. Hence Galvanometer shows no deflection.

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Similar questions

The given figure shows a coil connected to a centre zero galvanometer G. The galvanometer shows a deflection to the right when the N-pole of a powerful magnet is moved to the right as shown.

What will be the observation in G when both the coil and the magnet are moved to the right at the same speed?

The given figure shows a coil connected to a centre zero galvanometer G. The galvanometer shows a deflection to the right when the N-pole of a powerful magnet is moved to the right as shown.

The deflection occurs in the galvanometer because of:

Q. The diagram below show a coil connected to a centre zero galvanometer

G

. The galvanometer shows a deflection to the right when the

N

-pole of a powerful magnet is moved to the right as shown. Does the direction of the current in the coil appear clockwise or anticlockwise viewed from this end

A

The given figure shows a coil connected to a centre zero galvanometer G. The galvanometer shows a deflection to the right when the N-pole of a powerful magnet is moved to the right as shown.

Does the direction of the current in the coil appear clockwise or anticlockwise when viewed from the end A?

A coil is connected to a galvanometer. When the N-pole of a magnet is pushed into the coil the galvanometer deflected to the right . What deflection, if any, is observed when :

(a) the N-pole is removed ?

(b) the S-pole is inserted ?

State three ways of increasing the deflection on the galvanometer.

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The diagram shows a coil connected to a centre zero galvanometer G the galvanometer shows a deflection to the right when the N - Pole of a powerful magnet is moved the the right as shown: State the observation in G when, both the coil and the magent, are moved to the right at the same speed.

The correct option is D Zero deflection will be seen in the Galvanometer When both the coil and the magnet, are moved to the right at the same speed there is no change in magnetic flux linked with the coil and hence there is no emf induced in the coil. Hence Galvanometer shows no deflection.

The diagram shows a coil connected to a centre zero galvanometer G the galvanometer shows a deflection to the right when the N - Pole of a powerful magnet is moved the the right as shown:

State the observation in G when, both the coil and the magent, are moved to the right at the same speed.

The correct option is D
Zero deflection will be seen in the Galvanometer

When both the coil and the magnet, are moved to the right at the same speed there is no change in magnetic flux linked with the coil and hence there is no emf induced in the coil. Hence Galvanometer shows no deflection.