G5 = 0.25 Siemens and E = 32V. Use Norton's theorem to find the current throu power dissipated on resistor R₁. Procedure must be explicit. R₁ E R₂ R3 w G4 www G5

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TECNO
POP4
On figure 2 below, assume voltage source R₁ = 80, R₂ = 0, R3
G5 = 0.25 Siemens and E = 32V. Use Norton's theorem to find the current through and
power dissipated on resistor R₁. Procedure must be explicit.
R₁
E
www
R2
w
Figure 2
www
00, R3 = 40,
G4
40, G4 = 0Siemens,
R3
w
G4
www
G5
Transcribed Image Text:TECNO POP4 On figure 2 below, assume voltage source R₁ = 80, R₂ = 0, R3 G5 = 0.25 Siemens and E = 32V. Use Norton's theorem to find the current through and power dissipated on resistor R₁. Procedure must be explicit. R₁ E www R2 w Figure 2 www 00, R3 = 40, G4 40, G4 = 0Siemens, R3 w G4 www G5
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