Question

imagine that current is flowing clockwise around a square loop of wire in front of you (say around your screen or paper) and that a uniform magnetic field is directed across the surface of the loop from left to right in the positive x direction. assuming that the magnetic force is the only force acting on the loop, the right side of the loop will move in what direction due to the magnetic force? to your left away from you towards you to your right no movement occurs

Explanation:

Step1: Apply the right - hand rule

The right - hand rule for the magnetic force on a current - carrying wire is used. Point the fingers of your right hand in the direction of the current and curl them towards the magnetic field direction. Your thumb will then point in the direction of the magnetic force.
For the right - hand side of the square loop, the current is flowing in a clock - wise direction. The magnetic field is directed across the surface of the loop from left to right.

Step2: Determine the force direction

When we apply the right - hand rule, for the right - hand side of the loop, the current direction (clock - wise) and the magnetic field direction (left to right) result in a force that is directed towards you.

Answer:

towards you