For the circuit shown : determine: Reactance of L1: XL1-26.4 ohms Reactance of L2: XL2-75.40 ohms...

   

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For the circuit shown : determine: Reactance of L1: XL1-26.4 ohms Reactance of L2: XL2-75.40 ohms Z Reactance of C: XC 75.80 Ohms Impedance of R1 in series with XL1, name it as Z1: Z1 (in Polar Form) 61<25.64 ohms Impedance of R2 in series with XL2, name it as Z2: Z2 (in Polar Form) 145.98<31.1 ohms Impedance of C in Parallel with 22, name it as Z3: Z3 (in Polar Form) 88.52<-58.72 ohms Total Impedance Z1 + Z3, name it as Zt: Zt (in polar Form) 112.4<-26 ohms The Output Voltage labeled as Vo: Vo (in Polar Form) 126.4<27.28 V R₁ www 550 70 mH v₂(1) =160 cos(2#60t+60°) V C T35 UF Vo(t) 0 wwww R₂ 1250 4₂ 200 mH For the circuit shown : determine: Reactance of L1: XL1-26.4 ohms Reactance of L2: XL2-75.40 ohms Z Reactance of C: XC 75.80 Ohms Impedance of R1 in series with XL1, name it as Z1: Z1 (in Polar Form) 61<25.64 ohms Impedance of R2 in series with XL2, name it as Z2: Z2 (in Polar Form) 145.98<31.1 ohms Impedance of C in Parallel with 22, name it as Z3: Z3 (in Polar Form) 88.52<-58.72 ohms Total Impedance Z1 + Z3, name it as Zt: Zt (in polar Form) 112.4<-26 ohms The Output Voltage labeled as Vo: Vo (in Polar Form) 126.4<27.28 V R₁ www 550 70 mH v₂(1) =160 cos(2#60t+60°) V C T35 UF Vo(t) 0 wwww R₂ 1250 4₂ 200 mH