2. A magnetic field S2.5T × (†)² | 250 T × () for t > 10s for t <10s B(t) is oriented into the page. A square loop with side length l=10 cm composed of conducting material is oriented perpendicularly to the magnetic field, as in Figure. The resistance of the loop is R=100 2. (a) Calculate the Eind and Iind induced in the loop at t = 2 s. Indicate the direction of Iind- (b) Calculate the Eind and Iind induced in the loop at t = 20 s. Indicate the direction of Iind- (c) Calculate the energy dissipated by the loop between t = 2s and t = 20s.

2. A magnetic field S2.5T × (†)² | 250 T × () for t > 10s for t <10s B(t) is oriented into the page. A square loop with side length l=10 cm composed of conducting material is oriented perpendicularly to the magnetic field, as in Figure. The resistance of the loop is R=100 2. (a) Calculate the Eind and Iind induced in the loop at t = 2 s. Indicate the direction of Iind- (b) Calculate the Eind and Iind induced in the loop at t = 20 s. Indicate the direction of Iind- (c) Calculate the energy dissipated by the loop between t = 2s and t = 20s.