Planteando ley de voltaje de Kirchhoff (LTK):
[tex]E_s - IR_2 + E_2 - IR_1+E_1-IR_4-E_4-IR_s=0[/tex]
[tex]6 - 5I + 9 - 10I+12-3I-3-2I=0[/tex]
[tex]20I-24 = 0[/tex]
[tex]I = \dfrac{24}{20}\ A = 1.2\ A[/tex]
Voltaje en los Resistores:
V₂ = IR₂ = 5Ω × 1.2 A = 6 V
V₁ = IR₁ = 10Ω × 1.2 A = 12 V
V₄ = IR₃ = 3Ω × 1.2 A = 3.6 V
Vs = IRs = 2Ω × 1.2 A = 2.4 V
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Planteando ley de voltaje de Kirchhoff (LTK):
[tex]E_s - IR_2 + E_2 - IR_1+E_1-IR_4-E_4-IR_s=0[/tex]
[tex]6 - 5I + 9 - 10I+12-3I-3-2I=0[/tex]
[tex]20I-24 = 0[/tex]
[tex]I = \dfrac{24}{20}\ A = 1.2\ A[/tex]
Voltaje en los Resistores:
V₂ = IR₂ = 5Ω × 1.2 A = 6 V
V₁ = IR₁ = 10Ω × 1.2 A = 12 V
V₄ = IR₃ = 3Ω × 1.2 A = 3.6 V
Vs = IRs = 2Ω × 1.2 A = 2.4 V