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For the circuit in the below figure, XL = 4.5 kOhm, XC = 5 kOhm, R1 2.7 kOhm, R2 2 kOhm, R3= 1.1 kOhm,

For the circuit in the below figure, XL = 4.5 kOhm, XC = 5 kOhm, R1 2.7 kOhm, R2 2 kOhm, R3= 1.1 kOhm,

For the circuit in the below figure, XL = 4.5 kOhm, XC = 5 kOhm, R1 2.7 kOhm, R2 2 kOhm, R3= 1.1 kOhm, |v1|=20 V phase 0 degrees, and [V2] = 8 V phase 150. Use the superposition theorem to determine which of the following is true? Round up your answer to exactly two decimal points. Warning: selecting a wrong answer takes marks away. 121 12t_v11 2.15 kOhm (total impedance for V1) 121 V11 = 3.62 kOhm (total impedance for V1) None of the answers Zt V114 kOhm (total impedance for V1) Angle of Zt V1 = 47.77 degrees (total impedance for V1) O Angle of 21_V1=-57.18 degrees (total impedance for V1) 0 Angle of Zt V1=-58.01 degrees (total impedance for V1)

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