(Solved): 1. A counterclockwise induced current is in the conducting loop shown in the figure. The magnetic f ...

1. A counterclockwise induced current is in the conducting loop shown in the figure. The magnetic field inside the loop is A. increasing in strength, B. decreasing in strength, C. steady, Explain your reasoning for the answer you chose. 2. The loop in the following figure has an induced current, as shown. The loop has a resistance of $0.10?$. Is the magnetic field strength increasing or decreasing? What is the rate of change in the field, $\frac{?B}{?t}$ ?