Please answer all parts and make sure all are 100% correct solutions and do NOT use calculus (integration, etc.) to solve any of them. The correct answer for the first part is option 1 but how do you get that answer? Thank you.

The circuit contains a discharged capacitor. The switch is moved to position A. After the capacitor is fully charged, the switch changes to position B. What is the A B 751 voltage across the capacitor 10 sec after the switch changes? 9V 49 1F (1) 2.16 V (2) 6.84 V (3) 3.63 V (4) 5.37 V (5) 0.18 V . The gure shows two separate concentric circular wire loops. The current in both the inner loop and outer loop is counterclockwise and steady. At t = 0, thl current in the outer loop increases in magnitude at a constant rate. Which of the following are a possible result for the current in the inner loop while the outer loop is undergoing this change in current: I. The current decreases in magnitude. II. The current increases in magnitude. III. The current becomes clockwise. IV. The current becomes zero. (1) I, III, and IV (2) II only (3) I and IV (4) II and IV (5) II and III Calculate the total resistance of this network. Each resistor has resistance R = 2.0 Q. What is the charge on the 3.0 F capacitor? (1) 17.1 AC 3 UF_ (2) 67.1 AC 10v 3 70.0 uC 5 UF -H (4) 46.7 uC 50.0 MC 4UF (5