Third part

Dielectrics and Capacitance (Battery Connected)

1. Open the(https://phet.colorado.edu/en/simulation/capacitor-lab)
2. Click on the "Dielectrics" tab.
3. Set the plates to the area A between (195- 205 mm²), separation d between (7.5- 8.5 mm), maximum positive battery voltage (1.5 V) and minimum dielectric constant (1) with zero offset to begin.
4. Using the provided meters (charge, energy, Electric field E, and voltmeter) in the simulation complete the following data table

Introduction Dielectric Multiple Capacitors PHE View Electric Field X Plate Charges Show Vectors: 10-13 X 10-13 X 10.132 Electric Field Lines Plate Plate Sum Dielectric 186 Vim 186 Vim Meters Sum Capacitance Zoom Dielectric Plate Charge Disconn 0 V/m Stored Energy Show Values Voltmeter Plate Charge (top) Capacitance Stored Energy Electric Field Detector Separation 3.32x10 C 2.21x1013 F 2.49x10 J Dielectric 8.1 mm X Material: |custom v 1.5 V Dielectric Constant: 1.00 Plate Area 1.5 V 201.1 mm Dielectric Charges: - OV O Hide all charges 14 O Show all charges -1.5 V O Show excess charges Reset All