- #1
UrbanXrisis
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I know that in a parallel connection, two capacitors that are charged and connected across a resistor, the switch is open, the capacitors discharge the same as if there was only one by itself? I need a physical argument as why this is? Any suggestions?
I know that in a series connection, two capacitors that are charged and connected across a resistor, the switch is open, the capacitors discharge slower than if there was only one by itself? I need a physical argument as why this is too? Any suggestions?
I know that in a series connection, two capacitors that are charged and connected across a resistor, the switch is open, the capacitors discharge slower than if there was only one by itself? I need a physical argument as why this is too? Any suggestions?
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