In the circuit shown in Figure A3, with the use of Thevenin's theorem, determine the value of current 1, which is flowing through the 4 2 resistor and the power dissipated in the 4 resistor. I

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Question 3 (Network Theorems)
14
In the circuit shown in Figure A3, with the use of Thevenin's theorem, determine the value of
current I, which is flowing through the 4 2 resistor and the power dissipated in the 42
resistor.
I
E₁ = 4V
T1 = 20
E2 = 2V
72 =
Figure A3
1Ω
I
R = 40
Transcribed Image Text:Question 3 (Network Theorems) 14 In the circuit shown in Figure A3, with the use of Thevenin's theorem, determine the value of current I, which is flowing through the 4 2 resistor and the power dissipated in the 42 resistor. I E₁ = 4V T1 = 20 E2 = 2V 72 = Figure A3 1Ω I R = 40
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