Magnetic field does not interact with stationary charge, is this statement true or false justify your answer?

Question

Answer

This statement is True. The magnetic field requires continously moving charge to experience the magnetic force. Also, the velocity of the charge should have a component perpendicular to the direction of magnetic field which will be possible only when the charge is moving. So, the above statement is true

Answer

Magnetic field does interacted with stationary charge in this statement true

Answer

Is the statement 'Magnetic field does not interact with stationary charge' true or false?

The statement 'Magnetic field does not interact with stationary charge' is false. Magnetic fields can interact with stationary charges, but the interaction is different from that of a moving charge.

Explanation

A stationary charge produces an electric field, but no magnetic field.

A moving charge produces both an electric and magnetic field.

A magnetic field exerts a force on a moving charge, but not on a stationary charge.

However, a stationary charge can experience a force in the presence of a magnetic field if it is part of a larger system that is moving or if it has an intrinsic magnetic moment.

For example, a current-carrying wire has a magnetic field around it that can exert a force on a nearby stationary charge.

Therefore, while it is true that a magnetic field does not directly interact with a stationary charge, there are scenarios where a stationary charge can experience a force due to the presence of a magnetic field.

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