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Assume that ω = 1200 rad/sec. Determine the equivalent impedance of the circuit. A. Zeq = (39.3 + j16.0) Ω B. Zeq = (12.3 + j21.8) Ω C. Zeq = (39.3 – j16.0) Ω D. Zeq = (44.4 – j11.3) Ω E. Zeq = (13.2 + j 47.1) Ω F. None of the other answers is correct.

Assume that ω = 1200 rad/sec. Determine the equivalent impedance of the circuit. A. Zeq = (39.3 + j16.0) Ω B. Zeq = (12.3 + j21.8) Ω C. Zeq = (39.3 – j16.0) Ω D. Zeq = (44.4 – j11.3) Ω E. Zeq = (13.2 + j 47.1) Ω F. None of the other answers is correct.

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Assume that ω = 1200 rad/sec. Determine the equivalent impedance of the circuit. A. Zeq = (39.3 + j16.0) Ω B. Zeq = (12.3 + j21.8) Ω C. Zeq = (39.3 – j16.0) Ω D. Zeq = (44.4 – j11.3) Ω E. Zeq = (13.2 + j 47.1) Ω F. None of the other answers is correct.

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