Use this to run java simulation.

http://poet.colorado.edu/en/simulation/capacitor-lab

Check in box: capacitance, plate charge, store energy and voltmeter.

Spring 2019 11. Adjust the battery voltage slider to vary the applied voltage from 0-1.5V in steps of approximately 0.25V (doesn't need to be exactly equal to 0.25V). The voltmeter connected to the capacitor measures the EE113 voltage across the capacitor 12. Observe and record the values of the listed parameters in Table 1. Table 1. Effect of applied voltage on plate charge Applied Measured vc Measured C Meas. Charge QueCalculated C Cale. charge Qeak Voltage (VUnits: Units: Units Units: 0.00 Calculations for V 0.25V Calculations for V = 1.50 V: 13. What is the effect of the applied voltage on: (state directly proportional or inverse proportional) (a) Amount of charge stored on the plate (b) Capacitance: Spring 2019 11. Adjust the battery voltage slider to vary the applied voltage from 0-1.5V in steps of approximately 0.25V (doesn't need to be exactly equal to 0.25V). The voltmeter connected to the capacitor measures the EE113 voltage across the capacitor 12. Observe and record the values of the listed parameters in Table 1. Table 1. Effect of applied voltage on plate charge Applied Measured vc Measured C Meas. Charge QueCalculated C Cale. charge Qeak Voltage (VUnits: Units: Units Units: 0.00 Calculations for V 0.25V Calculations for V = 1.50 V: 13. What is the effect of the applied voltage on: (state directly proportional or inverse proportional) (a) Amount of charge stored on the plate (b) Capacitance