I'm confused about the equations. I get 2x10^-13 for Q1, please help.
Posted: Thu Apr 28, 2022 9:22 am
I'm confused about the equations.
I get 2x10^-13 for Q1, please help.
3. Using the proper meters find the capacitance for each capacitor (C and C2) and equivalent capacitance (Cea), total charge for the system (Qtotal) and potential difference for each capacitor (AV1 and AV2) and total potential difference (AVtotal), total stored energy (Etotal). Put your findings in the table below. Capacitance (F) Charge (C) Stored energy (1) Potential difference (V) C1 = Q1 = AV1= E1 = C2 = Q2 = AV2= E2= Ceq = Qtotal = AVtotal= Etotal = 4. Calculate the equivalent capacitance of the system (Cea) using the formula and confirm that it matches with the number you got in the simulation. Show your work below.
10-12 10 10-13 C1 0 Total Capacitance 0.05x10-12F 0 Stored Charge 0 Stored Energy 0.56x10-13 0.75x10-13 C 1.5 V Capacitance 1.00x10-13 F OV -1.5 V Capacitance 1.00x10-13 F
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3. Using the proper meters find the capacitance for each capacitor (C and C2) and equivalent capacitance (Cea), total charge for the system (Qtotal) and potential difference for each capacitor (AV1 and AV2) and total potential difference (AVtotal), total stored energy (Etotal). Put your findings in the table below. Capacitance (F) Charge (C) Stored energy (1) Potential difference (V) C1 = Q1 = AV1= E1 = C2 = Q2 = AV2= E2= Ceq = Qtotal = AVtotal= Etotal = 4. Calculate the equivalent capacitance of the system (Cea) using the formula and confirm that it matches with the number you got in the simulation. Show your work below.
10-12 10 10-13 C1 0 Total Capacitance 0.05x10-12F 0 Stored Charge 0 Stored Energy 0.56x10-13 0.75x10-13 C 1.5 V Capacitance 1.00x10-13 F OV -1.5 V Capacitance 1.00x10-13 F