[four points) 16) Here a battery, a capacitor, and a light bulb are wired in series with a switch. Complete this table of what happens when you close the switch. I=U/R 24.0 12 = 6/4 100 uF C + 6.0 V At the instant that Several seconds after you close the switch you close the switch Current in the circuit 0.25A OA Voltage across the capacitor Ov lev * After capacitor is charged, voltage will equal that of the battery 17) Now instead we connect the same bulb and capacitor to a 6.00 V AC power source of variable frequency. If its frequency equals 60.0 Hz, what is the current now? 18) To make the bulb glow brighter, would you increase or decrease the frequency of the source? Please explain. Page 3 [Page 3 /16 - 16