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Let R1 = 60 Ω. Determine Zeq, the equivalent impedance of the circuit. A. (0.98 + j2.66) kΩ B. (19 + j395) Ω C. (19 - j395) Ω D. (1.04 + j2.66) kΩ E. (2.09 + j1.68) kΩ F. None of the other answers is correct.

Let R1 = 60 Ω. Determine Zeq, the equivalent impedance of the circuit. A. (0.98 + j2.66) kΩ B. (19 + j395) Ω C. (19 - j395) Ω D. (1.04 + j2.66) kΩ E. (2.09 + j1.68) kΩ F. None of the other answers is correct.

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Let R1 = 60 Ω. Determine Zeq, the equivalent impedance of the circuit. A. (0.98 + j2.66) kΩ B. (19 + j395) Ω C. (19 - j395) Ω D. (1.04 + j2.66) kΩ E. (2.09 + j1.68) kΩ F. None of the other answers is correct.

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