When magnetic field is acting towards north and current is moving in east to west direction through a conductor, then the conductor will move direction

Correct option is D

The correct answer is (D) in the downward.

Explanation:
Using Fleming's Left-Hand Rule:

• First finger: Direction of magnetic field (towards north).
• Second finger: Direction of current (from east to west).
• Thumb: Direction of the force or motion of the conductor.

With the magnetic field towards the north and current flowing from east to west, the conductor will experience a force in the downward direction.

Incorrect Options Explanations:

• (A) In the upward: Incorrect, the force is directed downward.
• (B) Towards left: Incorrect, the force is directed downward, not left.
• (C) Towards right: Incorrect, the force is directed downward, not right.

Information Booster:

• Fleming's Left-Hand Rule: Describes the direction of force acting on a current-carrying conductor in a magnetic field.
• Electromagnetic Force: Key principle in the working of electric motors and generators.