7. Load the simulation (Capacitance). Choose "Capacitors" tab Tools Available: Voltmeter Be sure that the following are checked (in top right corner): Plate Charges Bar Graph Electric Field Current Direction Note: After checking all items, leave the simulation and note the green Capacitance value at the top of the screen. This will change when you adjust the variables. 8. Note the Capacitance, Plates separation, and Plates Area and enter it into the table below. Capacitance (pF) Click here to enter text. Plate Separation (mm) Click here to enter text. Plates Area (mm) Click here to enter text. Using "d" and "A", compute the capacitance. Click here to enter text. Does it match the value provided? Click here to enter text. Capacitance of a parallel plate capacitor in equation form is given by C=0(A/d). 0= 8.8510-12 F/m 9. Connect the voltmeter across the capacitor by dragging the voltmeter from the toolbox and attach the red and black leads to the black circles in the circuit. Slowly increase the battery voltage to 1.5 V. Observe changes in following quantities as "d" and "A" are kept constant and voltage is increased. Note the observations and provide reasoning in