Multiple Choice
Two 250-µF capacitors and a 1.5-mH inductor are connected as shown in the figure. It is desired to "drive" the circuit by placing an ac generator in series with the inductor. Which one of the following generator output voltages will produce the largest current in the above circuit? Assume that V is in volts when t is in seconds.
A) V = 0.6 sin[(1.1 × 106 rad/s) t]
B) V = 0.6 sin[(1.2 × 103 rad/s) t]
C) V = 1.2 sin[(5.3 × 106 rad/s) t]
D) V = 1.2 sin[(2.3 × 105 rad/s) t]
E) V = 2.8 sin[(4.6 × 106 rad/s) t]
Correct Answer:

Verified
Correct Answer:
Verified
Q48: Use the information given in the figure
Q49: What is the inductance of the inductor
Q50: The following table gives the reactance and
Q51: In an ac circuit, a 0.055-H inductor
Q52: An ac generator is connected across
Q54: Which one of the following graphs shows
Q55: Which one of the following statements concerning
Q56: An ac generator supplies a peak
Q57: An ac generator supplies an rms
Q58: An ac generator supplies an rms