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Consider a circuit shown in below figure the switch closes at t=0 after being open for a long time.
The capacitor current ic at t=0+ is __________ A. (Correct upto one decimal place)
Correct answer is '-2.4'. Can you explain this answer?
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Verified Answer
Consider a circuit shown in below figure the switch closes at t=0 afte...
For t<0: switch="" is="" open="" and="" in="" steady="" state="" capacitor="" acts="" as="" an="" open="">
Voltage across capacitor at t =0 - is,
Since voltage across capacitor does not change instantaneously. So at t = 0+ we can replace the capacitor by a voltage source of 24 V.
Using source transformation,
Combining parallel sources and resistances,
Applying KVL,
Most Upvoted Answer
Consider a circuit shown in below figure the switch closes at t=0 afte...
For t<0: switch="" is="" open="" and="" in="" steady="" state="" capacitor="" acts="" as="" an="" open="">
Voltage across capacitor at t =0 - is,
Since voltage across capacitor does not change instantaneously. So at t = 0+ we can replace the capacitor by a voltage source of 24 V.
Using source transformation,
Combining parallel sources and resistances,
Applying KVL,
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Consider a circuit shown in below figure the switch closes at t=0 after being open for a long time.The capacitor current ic at t=0+ is __________ A. (Correct upto one decimal place)Correct answer is '-2.4'. Can you explain this answer?
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