1. R₁ = 4 Ω, I₁ = 3 A, V₁ = 12 V; R₂ = 6 Ω, I₂ = 2 A, V₂ = 12 V; R₃ = 12 Ω, I₃ = 1 A, V₃ = 12 V; R_T = 2 Ω, I_T = 6 A, V_T = 12 V
2. R₁ = 8 Ω, I₁ = 1.5 A, V₁ = 12 V; R₂ = 12 Ω, I₂ = 1 A, V₂ = 12 V; R₃ = 24 Ω, I₃ = 0.5 A, V₃ = 12 V; R_T = 4 Ω, I_T = 3 A, V_T = 12 V
3. R₁ = 10 Ω, I₁ = 1.2 A, V₁ = 12 V; R₂ = 15 Ω, I₂ = 0.8 A, V₂ = 12 V; R₃ = 30 Ω, I₃ = 0.4 A, V₃ = 12 V; R_T = 5 Ω, I_T = 2.4 A, V_T = 12 V
4. R₁ = 6 Ω, I₁ = 2 A, V₁ = 12 V; R₂ = 10 Ω, I₂ = 1.2 A, V₂ = 12 V; R₃ = 15 Ω, I₃ = 0.8 A, V₃ = 12 V; R_T = 3 Ω, I_T = 4 A, V_T = 12 V
5. R₁ = 20 Ω, I₁ = 0.6 A, V₁ = 12 V; R₂ = 30 Ω, I₂ = 0.4 A, V₂ = 12 V; R₃ = 60 Ω, I₃ = 0.2 A, V₃ = 12 V; R_T = 10 Ω, I_T = 1.2 A, V_T = 12 V
6. R₁ = 12 Ω, I₁ = 1 A, V₁ = 12 V; R₂ = 18 Ω, I₂ = 0.67 A, V₂ = 12 V; R₃ = 36 Ω, I₃ = 0.33 A, V₃ = 12 V; R_T = 6 Ω, I_T = 2 A, V_T = 12 V
Parent Tip: Review the logic above to help your child master the concept of parallel circuit problems worksheet.
