Hi can you please explain this questions?

I would appreciate it if you could explain the right hand rule and maybe draw it?

Thanks in advance

1) (1 pt) A rectangular loop of current in the xy plane is in a magnetic field which has magnitude 0.1 T and points out of the page (+z direction) everywhere. If the entire loop (as a rigid whole of O O constant size) is moving at constant velocity in the +x direction, the induced current in the loop will be a. Clockwise b. Counterclockwise o O O Zero O o 2) (3 pt) A square loop of wire in the xy plane is sitting in a magnetic field which points out of the page and has magnitude 0.75 T. It has a resistance of 5 Ohms. Over the next 10 milliseconds, the field increases in magnitude to 1.25 T, then it remains at 1.25 T for 10 milliseconds, then it decreases back to 0.75 over the final 10 25 cm milliseconds. During this process, the induced current will A. Be zero for the first 10 milliseconds only B. Be zero for the middle 10 milliseconds only C. Be zero for the last 10 milliseconds only 50 B 25 cm D. Be zero for both the first and last 10 milliseconds E. Never be zero During this process, the direction of the induced current will be A. Clockwise B. Counterclockwise C. Clockwise then counterclockwise D. Counterclockwise then clockwise The largest value of the induced EMF during any part of the time interval will be A. 1.0 V B. 2.6 V C. 3.1 V D. 4.7V E. 7.8 V