For the circuit shown in the figure, $R _ { 1 } = 50 \Omega , R _ { 2 } = 20 \Omega , R _ { 3 } = 35 \Omega , R _ { 4 } = 10 \Omega , R _ { 5 } = 68 \Omega$, $I _ { 1 } = 0.111 \mathrm {~A} , I _ { 2 } = 0.142 \mathrm {~A}$, and the batteries are ideal.
(a) Determine $V _ { 1 }$ and $V _ { 2 }$.
(b) What is the potential difference across $R _ { 4 }$ ?

Question

Quizplus · Accepted Answer

The Answer of For the circuit shown in the figure, $R _ { 1 } = 50 \Omega , R _ { 2 } = 20 \Omega , R _ { 3 } = 35 \Omega , R _ { 4 } = 10 \Omega , R _ { 5 } = 68 \Omega$, $I _ { 1 } = 0.111 \mathrm {~A} , I _ { 2 } = 0.142 \mathrm {~A}$, and the batteries are ideal.
(a) Determine $V _ { 1 }$ and $V _ { 2 }$.
(b) What is the potential difference across $R _ { 4 }$ ?

For the Circuit Shown in the Figure R1=50Ω,R2=20Ω,R3=35Ω,R4=10Ω,R5=68ΩR _ { 1 } = 50 \Omega , R _ { 2 } = 20 \Omega , R _ { 3 } = 35 \Omega , R _ { 4 } = 10 \Omega , R _ { 5 } = 68 \OmegaR1​=50Ω,R2​=20Ω,R3​=35Ω,R4​=10Ω,R5​=68Ω

For the Circuit Shown in the Figure $R _ { 1 } = 50 \Omega , R _ { 2 } = 20 \Omega , R _ { 3 } = 35 \Omega , R _ { 4 } = 10 \Omega , R _ { 5 } = 68 \Omega$