In a repetitive-pulse RC integrator circuit, what would the steady-state voltage

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Question
In a repetitive-pulse RC integrator circuit, what would the steady-state voltage equal at the end of the fifth pulse? Assume a V_in of 20 V.
Options
A. 1.46 V
B. 14.62 V
C. 20 V
D. 0 V

Correct Answer

14.62 V

Time Response of Reactive Circuits problems

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2.
Which of the following statements is true if R = 100 Ω and X_L = 100 Ω in the circuit in the given circuit?
Options
A. Each component drops 5 V.
B. The impedance equals 200 Ω.
C. The power factor equals 1.
D. The phase angle equals 45�.

3.
Which of the following statements is true if the inductor shorts out in the circuit in the given circuit?
Options
A. Each component drops 5 V.
B. The impedance equals 0 Ω.
C. The power factor equals 1.
D. The phase angle equals 90�.

4. What is the magnitude of the phase angle between the source voltage and current when a 100 mH inductor with an inductive reactance of 6 kΩ and a 1 kΩ resistor are in series with a source?
Options
A. 0.1�
B. 9.0�
C. 61.0�
D. 81.0�

5.
Which of the following statements is true if the frequency decreases in the circuit in the given circuit?
Options
A. The phase angle decreases.
B. V_R decreases.
C. I_T decreases.
D. V_S decreases.

9. Which of the following is true for a capacitor?
Options
A. A capacitor acts like a short to instantaneous changes in current.
B. A capacitor's voltage cannot change instantaneously.
C. A capacitor acts like an open to dc.
D. All of the above

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