Set the voltage on the DC supply to 6 V, turn the switch so that current ows to the resistor and capacitor and watch the DMM (at this point the DMM should be connected to the capacitor only). Describe what you observe in the reading of the DMM. This process corresponds to charging the capacitor. Now turn the switch and describe the reading in the DMM. This process corresponds to discharging the capacitor. Repeat the charging and discharging at least once more to make sure you are getting the correct reading. The third time you do the process (charging and discharging) have the DMM connected to the resistor. Describe the reading you observe. How does it compare to the reading in the capacitor? Connect now the capacitor and resistor to the Data Studio interface. Ask your lab instructor for help. Record a plot of Voltage vs time that shows at least one cycle of the capacitor charging and discharging. In your notebook make a neat qualitative plot that shows the same profile of Voltage vs time displayed in Data Studio, similar to what is shown below: cal-Irv Own n-I nu lu- VII-n 4.- III I- 1. Would you expect that the sum of the voltage across the resistor and the voltage across the capacitor equals the voltage delivered by the power supply? Support your answer based on the plots you just made. 2. What is the direction of the resistor current while the capacitor is (i) charging and (ii) after the capacitor is fully charged? Explain. 3. What is the direction of the resistor current after while the capacitor is (i) discharging and