Energy stored in the capacitor versus Voltage 1. Open the link. (https://phet.colorado.edu/sims/html/capacitorlabbasics/latest/capacitorlab- basics en.html) 2. Set the plates to the maximum area (400.0 mmz), separation (5.0 mm), and battery voltage to 0.150 V. 3. Using the provided data (Top plate charge, stored energy, capacitance, and voltmeter) in the simulation complete the following data table 5 A C, = 4. Calculate the capacitance using d , this the real value. 5. Increase the voltage (by 0.05 V) from the battery and record the values of the voltage across the capacitor(V), Charge on the plate(Q), and energy stored (U) 5 A C' z\" Separation d ( m) Plate Area A ( m2) Capacitance d ( F) Trial Potential Charge Q Stored Electric Field V2 (volt)2 Q2 (C2) E2(V/m)2 Stored Energy difference V (C) Energy U (J) between plates E Density (V) (V/m) u(J/m3) U u = Ad 1 -__ 2 -_ 3 4 5 6 7 -_ 8 -_ 9 -_ 1 -_ 6. 7. 8. Use Excel to plot the relationship between (V2, U), using Vzin the most left column in Excel. U =1CV2 Use the equation 2 , to determine Co using the slope of the graph. Compare this value of Co with Coin the table. Calculate the percentage error