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The figure represents two air-filled cylindrical capacitors connected in series
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The figure represents two air-filled cylindrical capacitors connected in series across a battery. The capacitors have an inner plate and outer plate, and a length given. The outer plate of capacitor 2 is a conducting organic membrane that can be stretched, and the capacitor can be inflated to increase the plate separation. If the outer radius is increased by inflation, how many electrons move through point P?
Confronted with two cylindrical capacitors connected in series, where one can be inflated to increase plate separation, Cortez the Capacitor employs a formula to calculate how electron movement through point P changes with the inflation. His adjustments ensure the capacitors function seamlessly, even as their configurations change.
Confronted with two cylindrical capacitors connected in series, where one can be inflated to increase plate separation, Cortez the Capacitor employs a formula to calculate how electron movement through point P changes with the inflation. His adjustments ensure the capacitors function seamlessly, even as their configurations change.