P5-12: In the circuit shown in Fig. P5.12, the impedances of the various components are ZR...

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P5-12: In the circuit shown in Fig. P5.12, the impedances of the various components are ZR = R Q, ZL = j XL. 2, and Zc Xc, where j = √-1. 1 Suppose R 1202, X₁ = 120√32 and Xc S2. 50√3 a) Express the impedance ZR. Z₁ and Ze as complex numbers in both their rectangular and polar forms. ZR ZL b) Now, suppose that the total impedance of the circuit is Z = Zc+ ZR+ZL Determine the total impedance and express the result in both its rectan- gular and polar forms. c) Determine the complex conjugate of Z and compute the product Z..Z*. C Z Figure P5.12: A capacitor connected in series with a parallel combination of resistor and inductor for problem P5-12. R www. P5-12: In the circuit shown in Fig. P5.12, the impedances of the various components are ZR = R Q, ZL = j XL. 2, and Zc Xc, where j = √-1. 1 Suppose R 1202, X₁ = 120√32 and Xc S2. 50√3 a) Express the impedance ZR. Z₁ and Ze as complex numbers in both their rectangular and polar forms. ZR ZL b) Now, suppose that the total impedance of the circuit is Z = Zc+ ZR+ZL Determine the total impedance and express the result in both its rectan- gular and polar forms. c) Determine the complex conjugate of Z and compute the product Z..Z*. C Z Figure P5.12: A capacitor connected in series with a parallel combination of resistor and inductor for problem P5-12. R www.

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a ZR R2 120 120e ZLjXL j120302 1203el22 Zc jxc j15... View the full answer