In the Circuit Shown,R 1 = 5$\varOmega$ ,R 2 = 10$\varOmega$ ,And R 3 = 15

The Answer of In the Circuit Shown,R 1 = 5$\varOmega$ ,R 2 = 10$\varOmega$ ,And R 3 = 15

In the Circuit Shown,R 1 = 5$\varOmega$ ,R 2 = 10$\varOmega$ ,And R 3 = 15

The Answer of In the Circuit Shown,R 1 = 5$\varOmega$ ,R 2 = 10$\varOmega$ ,And R 3 = 15

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In the Circuit Shown,R₁ = 5 $\varOmega$ ,R₂ = 10 $\varOmega$ ,And R₃ = 15

Question 44

Multiple Choice

In the circuit shown,R₁ = 5 $\varOmega$ ,R₂ = 10 $\varOmega$ ,and R₃ = 15 $\varOmega$ ,and $\varepsilon$ ₁ = 10 V,and $\varepsilon$ ₂ = 15 V.Using Kirchhoff's loop and junction laws,determine the currents I₁,I2,and I₃ flowing through R₁,R₂,and R₃,respectively,where the direction of each current is as indicated in the figure. $In the circuit shown,R1 = 5 \varOmega ,R2 = 10 \varOmega ,and R3 = 15 \varOmega ,and \varepsilon 1 = 10 V,and \varepsilon 2 = 15 V.Using Kirchhoff's loop and junction laws,determine the currents I1,I2,and I3 flowing through R1,R2,and R3,respectively,where the direction of each current is as indicated in the figure. A) I1 = 0.636 A,I2 = 0.545 A,I3 = 0.091 A B) I1 = 0.091 A,I2 = 0.545 A,I3 = 0.636 A C) I1 = 1.0 A,I2 = -1.0 A,I3 = 2.0 A D) I1 = 0.5 A,I2 = 1.5 A,I3 = 1.0 A$

A) I₁ = 0.636 A,I₂ = 0.545 A,I₃ = 0.091 A
B) I₁ = 0.091 A,I₂ = 0.545 A,I₃ = 0.636 A
C) I₁ = 1.0 A,I₂ = -1.0 A,I₃ = 2.0 A
D) I₁ = 0.5 A,I₂ = 1.5 A,I₃ = 1.0 A

In the Circuit Shown,R1 = 5 Ω\varOmegaΩ ,R2 = 10 Ω\varOmegaΩ ,And R3 = 15

Multiple Choice

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In the Circuit Shown,R₁ = 5 $\varOmega$ ,R₂ = 10 $\varOmega$ ,And R₃ = 15

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