9) An RC circuit is shown in the figure. The capacitor has no charge initially and switch S is closed at t = 0 s. a) What is the charge on the capacitor when the current drops to 1/4th of its maximum value? O a. (3/4) (EC) O b. (4/3) (EC) O c. (4/3) (E/C) O d. (1/4)-(e/C) O e. (1/4) (EC) O f. (3/4) (E/C) Answer: દ S b) ε = 12 V, R = 50 k2, and C = 4.0 µF are given, what is the time constant of this RC circuit? Answer: R c) What is the time t when the current is 1/4th of its maximum value?

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9) An RC circuit is shown in the figure. The capacitor has no charge initially and switch S is closed at t = 0 s.
a) What is the charge on the capacitor when the current drops to 1/4th of its maximum value?
O a. (3/4) (EC)
O b. (4/3) (EC)
O c. (4/3) (E/C)
O d. (1/4) (E/C)
O e. (1/4) (EC)
O f. (3/4) (E/C)
Answer:
E
S
b) ε = 12 V, R = 50 k2, and C = 4.0 μF are given, what is the time constant of this RC circuit?
Answer:
R
c) What is the time t when the current is 1/4th of its maximum value?
Transcribed Image Text:9) An RC circuit is shown in the figure. The capacitor has no charge initially and switch S is closed at t = 0 s. a) What is the charge on the capacitor when the current drops to 1/4th of its maximum value? O a. (3/4) (EC) O b. (4/3) (EC) O c. (4/3) (E/C) O d. (1/4) (E/C) O e. (1/4) (EC) O f. (3/4) (E/C) Answer: E S b) ε = 12 V, R = 50 k2, and C = 4.0 μF are given, what is the time constant of this RC circuit? Answer: R c) What is the time t when the current is 1/4th of its maximum value?
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