Magnetic field due to a horseshoe magnet is parallel to the plane of the paper and North Pole is on the left. Direct current in a straight wire is perpendicular to the plane of the paper, toward the observer. The wire will be deflected

downward

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upward

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on the right

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first upward then downward

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Solution

The correct option is C on the right
Magnetic field due to horse shoe magnet is parallel to the plane of the paper and North pole is on the left.
The wire will be deflected on the right due to I and moving wire will be $180 °$ to each other.

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Magnetic field due to a horseshoe magnet is parallel to the plane of the paper and North Pole is on the left. Direct current in a straight wire is perpendicular to the plane of the paper, toward the observer. The wire will be deflected

The correct option is C on the rightMagnetic field due to horse shoe magnet is parallel to the plane of the paper and North pole is on the left.The wire will be deflected on the right due to I and moving wire will be 180° to each other.

The correct option is C on the right
Magnetic field due to horse shoe magnet is parallel to the plane of the paper and North pole is on the left.
The wire will be deflected on the right due to I and moving wire will be $180 °$ to each other.