For the following network in Figure 1, an AC network has been designed where an AC...

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For the following network in Figure 1, an AC network has been designed where an AC voltage source, three resistors, one inductor, and one capacitor are connected. There is a target to provide the average power in the circuit. So, calculate the value of total impedance ZT, currents I, I₁, I2, power factor, and then the average power delivered in the circuit. [10] According to your student ID (YY-YZZYX-Y), Set the value of E= ZZ V R₂ = X N E = R₁ M I* 40 V20⁰ ZT Figure: 1 R₂ XC 1₂ X₂ = 6n 000 A (70 R₂ ≤in 0 For the following network in Figure 1, an AC network has been designed where an AC voltage source, three resistors, one inductor, and one capacitor are connected. There is a target to provide the average power in the circuit. So, calculate the value of total impedance ZT, currents I, I₁, I2, power factor, and then the average power delivered in the circuit. [10] According to your student ID (YY-YZZYX-Y), Set the value of E= ZZ V R₂ = X N E = R₁ M I* 40 V20⁰ ZT Figure: 1 R₂ XC 1₂ X₂ = 6n 000 A (70 R₂ ≤in 0