Consider the AC circuit below with two mesh loops. The circuit consists of an AC voltage...

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Consider the AC circuit below with two mesh loops. The circuit consists of an AC voltage source Vs = 120/0° V, a resistor R₁ = 50 Ohms, an inductor L₁ = 0.2 H, and a capacitor C₁ = 100 μF. Assume the frequency of the AC source is 60 Hz. Calculate the current in each mesh loop using mesh analysis. A. I₁ = 1.572 - 7.7° A, I2 = 0.58276.03° A B. I₁ = 0.434Z - 79.6° A, I2 = 1.538 - 6° A C. I₁ 1.64 - 10.55° A, 120.8669° A D. I₁ I2 1.82-45° A, 1.2/60° A 120/0° V + 50Ω I₁ I₁ 30 Ω 0.2 H I2 1₂ 100 μ.F Consider the AC circuit below with two mesh loops. The circuit consists of an AC voltage source Vs = 120/0° V, a resistor R₁ = 50 Ohms, an inductor L₁ = 0.2 H, and a capacitor C₁ = 100 μF. Assume the frequency of the AC source is 60 Hz. Calculate the current in each mesh loop using mesh analysis. A. I₁ = 1.572 - 7.7° A, I2 = 0.58276.03° A B. I₁ = 0.434Z - 79.6° A, I2 = 1.538 - 6° A C. I₁ 1.64 - 10.55° A, 120.8669° A D. I₁ I2 1.82-45° A, 1.2/60° A 120/0° V + 50Ω I₁ I₁ 30 Ω 0.2 H I2 1₂ 100 μ.F

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SOLUTION To solve this problem we need to use mesh analysis which involves creating equations for th... View the full answer