Branch Current Methods EMF's and resistor value are indicated in figure below. Apply Branch currents method, step by step, use your own words to explain the solutions. Find current through each resistor. Do power analysis to confirm your solutions. İf Va= 0V find potantials of Vb, Vc, Vd, Vf, Vg and calculate Vad, Vfb, Vcg, Vbf=?
Branch Current Methods EMF's and resistor value are indicated in figure below. Apply Branch currents method, step by step, use your own words to explain the solutions. Find current through each resistor. Do power analysis to confirm your solutions. İf Va= 0V find potantials of Vb, Vc, Vd, Vf, Vg and calculate Vad, Vfb, Vcg, Vbf=?
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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
Transcribed Image Text:Branch Current Methods
EMF’s and resistor value are indicated in figure below. Apply Branch currents method , step by step, use your own
words to explain the solutions. Find current through each resistor.
Do power analysis to confirm your solutions.
İf Va= 0V find potantials of Vb , Vc, Vd , Vf, Vg and calculate Vad, Vfb, Vcg , Vbf=?
В
D
R1=3Ro
R2 - 4Ro
E2 = 5E,
E3= IDE
YE = E1
F
A
R3 = Ro
R4= 2e
G
E4 =E
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