NOTE: ANSWERS MUST BE DIGITALIZED NOT HANDWRITTEN BECAUSE I AM HAVING A HARD TIME SEEING MESSY HANDWRITING

Direction: Solve the following. SHOW THE COMPLETE SOLUTION.

Exercise 2: Suppose that when the switch is closed, the current in the right- hand loop takes 1.0us to build to its steady-state value, and that during this time, the magnetic flux through the left- hand loop increases steadily from zero to 1.0 x 10 * Wb. (a) While the flux is increasing, what are the magnitude and direction of the induced emf in the left-hand loop? (b) During this time, what is the direc- tion of the current through the am- meter? (c) Once the current through the right-hand loop stabilizes, the flux through the loops remains constant. Now how much emf is induced in the left-hand loop? (d) When the switch is opened, the cur- rent in the right-hand loop decreases steadily to zero in 1.0 x 10 7 s. Dur- ing this time, what are the magni- tude and direction of the induced emf in the left-hand loop? (e) After the current is stopped, what is the emf in the left-hand loop