capacitance simulation: https://phet.colorado.edu/sims/html/capacitor-lab-basics/latest/capacitor-lab-basics_en.html

w Lab 4 (1).docx Homework Help - Q&A from Or x + C dcccd-my.sharepoint.com/:w:/r/personal/e3294062_student_dcccd_edu/_layouts/15/Doc.aspx?sourcedoc=%7BB1E8FDC5-36E0-4ED1-8F6E-664C2EFEB022... (1 B G Zlibarary for free... Zlibarary Kindle Cloud Read... A ALEKS - Bisharo F... zy Section 1.1 - ENG... R TAMU COVID-19... Authentication | N... Appointment Das... my Appointment... Word Lab 4 (1) Co Search (Option + Q) BF File Home Insert Layout References Review View Help RCM Turnitin Comments Catch up Editing Share Calibri (Body) 11 A BIU ab Aav Dy Av ... EVEVEE EV Ov ... Part III Discharge 72% Open up the capacitance simulation, there are two options, select the light bulb option. 1. Check all tabs so you will see everything. The switch should be connected with the battery side, See 41 Editor suggestions if not, connect the circuit with battery side, slide the bar on battery all the way up to 1.5V. Now observe the charging. Record the following Capacitance: [answer] b. Charge: [answer] c. Energy stored: [answer] d. Capacitor area and separation: [answer] Footer 3 2. Bring the Voltmeter from the tool box, how should you connect the voltmeter to measure the Potential difference or voltage drops on the light bulb? (series or parallel) answer G 3. Connect the meter to measure the voltage drop cross the light bulb answer] 4. Now put the switch to the light bulb side to discharge, do this a few times to observe what Page 3 of 5 1,029 words English (U.S.) Text Predictions: On Editor Suggestions: Showing + 110% Fit Give Feedback to Microsoftw Lab 4 (1).docx Homework Help - Q&A from Or x + C dcccd-my.sharepoint.com/:w:/r/personal/e3294062_student_dcccd_edu/_layouts/15/Doc.aspx?sourcedoc=%7BB1E8FDC5-36E0-4ED1-8F6E-664C2EFEB022... ( B G Zlibarary for free... Zlibarary Kindle Cloud Read... A ALEKS - Bisharo F... zy Section 1.1 - ENG... R TAMU COVID-19... Authentication | N... Appointment Das... my Appointment... Word Lab 4 (1) Co Search (Option + Q) BF File Home Insert Layout References Review View Help RCM Turnitin Comments Catch up Editing Share Calibri (Body) 11 A " BI U ab Aav Dy Av ... EEVEE EV Ov ... E 2. Bring the Voltmeter from the tool box, how should you connect the voltmeter to measure the 72% Potential difference or voltage drops on the light bulb? (series or parallel) [answer] See 41 Editor suggestions 3. Connect the meter to measure the voltage drop cross the light bulb [answer] 4. Now put the switch to the light bulb side to discharge, do this a few times to observe what happens to the charge on capacitor, and the reading on the voltmeter [answer] 5 . Calculate the time constant for this circuit. (Assume the light bulb is 60W when used in 120V outlet, hint: find R first). [answer] 6. Now reduce the separation all the way to minimum and increase the area to maximum, switch back to the battery side with battery set at 1.5V. After charging, record the following: a. Capacitance: [answer] b. Charge: [answer] c. Energy stored: [answer] d. Capacitor area and separation: [answer] 7. Based on the value above, how many times more the time constant compare to the old value you calculated in step 5? [answer] 8. Put the switch back to the light bulb side again, observe the discharge. [answer] G 9. Based on what you learned, calculate the time for the voltage discharge to 1/2 of 1.5V? [answer] Page 4 of 5 1,029 words English (U.S.) Text Predictions: On Editor Suggestions: Showing + 110% Fit Give Feedback to Microsoftw Lab 4 (1).docx Homework Help - Q&A from Or x + C dcccd-my.sharepoint.com/:w:/r/personal/e3294062_student_dcccd_edu/_layouts/15/Doc.aspx?sourcedoc=%7BB1E8FDC5-36E0-4ED1-8F6E-664C2EFEB022... ( B G Zlibarary for free... Zlibarary Kindle Cloud Read... A ALEKS - Bisharo F... zy Section 1.1 - ENG... R TAMU COVID-19... Authentication | N... Appointment Das... my Appointment... Word Lab 4 (1) Co Search (Option + Q) BF File Home Insert Layout References Review View Help RCM Turnitin Comments Catch up Editing Share Calibri (Body) 11 A A " BIU ab Aav Dy Av ... EVEVE JE Ev Ov ... Summary and Learn: For the following two questions, light bulb is not used, so the switch either 72% stay to the left (connected to battery or on the top (not connected). 10. Play with the simulation, after charging and keep the switch closed with the same voltage (3V). what happen to the following when area doubles, try to think through, then compare See 41 Editor suggestions with simulation: a. Capacitance: [answer] b. Charge: [answer] Electric Field: [answer] 11. You can play with the simulation or directly summarize base on what you learned already. After charging, with the switch open, keep the area the same, double the distance between the two plates, what happens to a. Capacitance: [answer] b. Charge: [answer] Electric Field: [answer] Footer G Page 4 of 5 1,029 words English (U.S.) Text Predictions: On Editor Suggestions: Showing + 110% Fit Give Feedback to Microsoft