The discussion revolves around a circuit involving capacitors C1, C2, and C3, where C3 is in parallel with C1 and C2 in series. The original poster is attempting to measure the current arriving at the capacitors and the voltage across capacitor C2 before they are fully charged.
The discussion is ongoing with various interpretations being explored. Some participants have provided insights regarding the implications of having no resistors and the instantaneous charging of capacitors in a DC circuit. The original poster has indicated that their setup was ultimately correct for the exercise.
There is a lack of information regarding the component values and the specific nature of the exercise, whether it is theoretical or practical. The original poster's instructions appear to be limited, leading to questions about the measurement techniques and tools available.
Then I think you are asked to find the charge arriving on each capacitor. This is a dc circuit containing capacitors. Since there is no resistance involved, all the capacitors will be charged instantly,hence the current will cease instantly. You can find the charge in terms of C1, C2, C3 and voltage V.ft92 said:
Is this in preparation for an actual experiment using wires, etc., or is this for a computer simulation, or is it some sort of thought exercise?ft92 said:
ft92 said:
