The discussion revolves around calculating the potential difference Va-Vb between two points in a circuit involving capacitors. Participants are exploring the behavior of charged plates in capacitors and the implications of initial conditions on the circuit's charge distribution.
The discussion is ongoing, with participants raising questions about the initial conditions and the implications for charge distribution. Some guidance on using KVL has been mentioned, but no consensus or clear resolution has been reached.
Participants are considering the initial state of the capacitors and how it affects the overall charge in the circuit. There is an emphasis on understanding the implications of these assumptions on the potential difference calculation.
If the capacitors are uncharged prior to being placed in the circuit, then the net charge in the part of the circuit right of the capacitors is zero initially.lavankohsa said:Homework Statement
Find the potential difference Va-Vb between points a and b.
Homework Equations
The Attempt at a Solution
Each capacitors left plate will have difference amount of positive charge and right plate will have negative charge. After that i don't know how to proceed.
If you are familiar with KVL, you can use it for the 3 loops to get the voltage across each capacitor.. Just find the potential of point b, assuming a as ground(0V).lavankohsa said:Homework Statement
Find the potential difference Va-Vb between points a and b.
Homework Equations
The Attempt at a Solution
Each capacitors left plate will have difference amount of positive charge and right plate will have negative charge. After that i don't know how to proceed.