Asked by anonymous
There is circuit with one resistor, one capacitor, one switch and a dc voltage source
resistor = 200Ω
dc voltage = 10v
Capacitor = 10 uf = 0.00001f
1. what is the RC time constant of the circuit?
answer: (200Ω)(0.00001f)=0.002s
2. What is the time from the instant that the switch closes until the capacitor fully charges? Assume that the capacitor is fully discharged prior to the switch closing?
answer: t=5*(rc)
t= 5*(0.002) = 0.01s = 1ms
3. What is the current in the circuit the instant after the switch closes? Assume that the capacitor is fully discharged prior to the switch closing.
answer: i=v/r = 10v/200Ω = 0.05A
are my answers correct?
resistor = 200Ω
dc voltage = 10v
Capacitor = 10 uf = 0.00001f
1. what is the RC time constant of the circuit?
answer: (200Ω)(0.00001f)=0.002s
2. What is the time from the instant that the switch closes until the capacitor fully charges? Assume that the capacitor is fully discharged prior to the switch closing?
answer: t=5*(rc)
t= 5*(0.002) = 0.01s = 1ms
3. What is the current in the circuit the instant after the switch closes? Assume that the capacitor is fully discharged prior to the switch closing.
answer: i=v/r = 10v/200Ω = 0.05A
are my answers correct?
Answers
Answered by
bobpursley
If the circuit is a series RC, all are correct.
Answered by
anonymous
it is in a series rc circuit
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