The Kirchhoff Voltage Law is applied on each mesh in the circuit given on the right...

 

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The Kirchhoff Voltage Law is applied on each mesh in the circuit given on the right and the equations given below are obtained; 101₁ + 8(1₁13) + 2(1₁ - 1₂) = 0 -50 + 2(1₂1₁) + 6(1₂ – 13) = 0 6(131₂) + 8(13 - 1₁) - 10 = 0 Simplify the equations and find the value of currents I1, I2 and 13 by using the Cramer's rule. 50 V 292 -ww 10 Ω ww Σ6Ω 822 ww 10 V The Kirchhoff Voltage Law is applied on each mesh in the circuit given on the right and the equations given below are obtained; 101₁ + 8(1₁13) + 2(1₁ - 1₂) = 0 -50 + 2(1₂1₁) + 6(1₂ – 13) = 0 6(131₂) + 8(13 - 1₁) - 10 = 0 Simplify the equations and find the value of currents I1, I2 and 13 by using the Cramer's rule. 50 V 292 -ww 10 Ω ww Σ6Ω 822 ww 10 V