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 × 10⁶rad/s)t] B)V = 0.6 sin[(1.2 × 10³rad/s)t] C)V = 1.2 sin[(5.3 × 10⁶rad/s)t] D)V = 1.2 sin[(2.3 × 10⁵rad/s)t] E)V = 2.8 sin[(4.6 × 10⁶rad/s)t]

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The Answer of 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 × 10⁶rad/s)t] B)V = 0.6 sin[(1.2 × 10³rad/s)t] C)V = 1.2 sin[(5.3 × 10⁶rad/s)t] D)V = 1.2 sin[(2.3 × 10⁵rad/s)t] E)V = 2.8 sin[(4.6 × 10⁶rad/s)t]

Two 250-µF Capacitors and a 1