A square loop of wire with sides = 10.0 cm and resistance R = 2.00 Q is in a magnetic field. The magnetic field is uniform and into the page (and also directly into the loop). The magnetic field starts to decrease with time and its field strength is B(t) = 10 - 0.5t? measured in Tesla. (a) Draw a before and after picture showing how the field is changing in the loop (b) Determine the direction of the induced current. Show this on your diagram from (a). (C) Determine the amount of induced current in the loop at t = 3 s.

A square loop of wire with sides = 10.0 cm and resistance R = 2.00 Q is in a magnetic field. The magnetic field is uniform and into the page (and also directly into the loop). The magnetic field starts to decrease with time and its field strength is B(t) = 10 - 0.5t? measured in Tesla. (a) Draw a before and after picture showing how the field is changing in the loop (b) Determine the direction of the induced current. Show this on your diagram from (a). (C) Determine the amount of induced current in the loop at t = 3 s.