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Force on a Current Carrying Conductor

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What dose this mean "when a charged partice moves parallel (either in the same direction or in opposite direction ) to the magnetic field, the magnetic force acting on particle is zero What does parallel mean? Force on a moving charge in magnetic field

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Q. A charged particle having charge q is moving in a uniform magnetic field parallel to the lines of field force, the magnetic force acting on a charge will be qvB.

Q. Suppose a charged particle moves with a velocity v near a wire carrying an electric current. So, a magnetic force acts on it. If the same particle is seen from a frame moving with velocity v in the same direction, the charge will be found to be at rest. Will the magnetic force become zero in this frame? Will the magnetic field become zero in this frame?

Q. What should one do to maximize the magnitude of the magnetic force acting on a charged particle moving in a magnetic field?
I. Maximize the strength of the magnetic field
II. Minimize the particles velocity
III. Ensure that the particle is moving in the same direction as the magnetic field lines.

Q. What is the direction of the force acting on a charged particle

q

,moving with velocity

V

in a uniform magnetic field?

Q. Assertion :Force experienced by moving charge will be maximum if direction of velocity of charge is parallel to applied magnetic field. Reason: Force on moving charge is independent of direction of applied magnetic field.

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