I need help with my lab please.Lab stimulation: PHet capacitors: link here: https://phet.colorado.edu/sims/html/capacitor-lab-basics/latest/capacitor-lab-basics_en.html

4. Let's conduct an experiment in the simulation to find out how the plate charge depends on the potential difference (i.e., voltage). Measure the charge on the top plate for eight different values of the voltage across the capacitor. Record your data in the table below; use units of 3. Set the voltage on the battery to +1.5 V. picocoulombs for the charge (1 pC - 10." C) (a) Take some measurements verify how total Plate Charge depends on the Plate Area. Fill out the table below with your measurements and use them to come up with a mathematical relationship. Write this down and explain what the constant in your equation Voltage (V) Charge (PC) corresponds to. O Plate area (mm') Plate charge (p() 5. Plot the data from your table in Excel, with Voltage on the horizontal axis and Charge on the vertical axis. Fit a trendline to your data points and display its equation on the graph. (It should (b) Make some observations that can answer the question of how the Electric Field depends be linear!) Insert the graph in the space below. on the Plate Area. Describe your procedure and your observations. Discuss your results. Graph of Charge vs. Potential Difference (c) Make some observations of how both the Electric Field and the Top Plate Charge depend on the Plate Separation. In the case of the Electric Field, you can be descriptive (e g, smallest, largest. etc.) Which equation(s) in the text explains your observations? 5. What property of these parallel plates is represented by the slope of this graph? Confirm that your slope value is close the quantity shown in the simulation during your experiment. Plate separation (mm) |Plate charge (pC) 7. Perform some measurements to learn how Capacitance depends on the surface area of the parallel plates. Describe the measurements you take, put your data into a table, and discuss your results. 8. Perform some measurements to learn how Capacitance depends on the separation distance of the parallel plates. Describe the measurements you take, put your data into a table, and discuss your results