Asked by rishabh gupta
Consider an RC series CKT with V in series with RC.
V=7 V, R=15 Ohm, C=0.0025 Farad.
At t=0 we start charging the capacitor with no charge initially on the capacitor.
(a) Calculate the time tâ (in seconds) when the potential across the capacitor is V/2.
(b) How much energy (in Joules) has the power supply generated between t=0 and the time when the potential across the capacitor reaches V/2?
V=7 V, R=15 Ohm, C=0.0025 Farad.
At t=0 we start charging the capacitor with no charge initially on the capacitor.
(a) Calculate the time tâ (in seconds) when the potential across the capacitor is V/2.
(b) How much energy (in Joules) has the power supply generated between t=0 and the time when the potential across the capacitor reaches V/2?
Answers
Answered by
rishabh gupta
some one plz help.....!
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