5. Consider the following circuit of two loops that can he switched between and 1which share a capacitor C = 200mF. The left loop has a battery V = 12V and resistor R; = 551 and is used for charging. The right loop just has a resistor RB = 100 and is used for discharging. Assume the capaeimr is completely discharged. At t = O the Switch is ipped to close the charging circuit. At t = 3a the Switch is ipped from the charging circuit. to the discharging circuit. Draw the graph of the voltage drop across the capacitor as a function of time from t = I] 5 to t = 8 5. Note the voltage value for each second in a table. RA RB V C charging W) C discharging