Figure 26.6 Two networks that cannot be reduced to simple series-parallel combina- tions of resistors. (a) as there Ex C Not a junction TRATT Loop 2 VEST CANTA Loop I 72 Ez 14 a www b Junction Junction Loop 3 R d Not a junction
Figure 26.6 Two networks that cannot be reduced to simple series-parallel combina- tions of resistors. (a) as there Ex C Not a junction TRATT Loop 2 VEST CANTA Loop I 72 Ez 14 a www b Junction Junction Loop 3 R d Not a junction
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Transcribed Image Text:Figure 26.6 Two networks that cannot be
reduced to simple series-parallel combina-
tions of resistors.
(a)
SECURSOSers
Not a
junction
DENTROS SERVE
R
Loop 2
- Loop I
PAYS
n
14
a
E2
Junction
Harman
Junction
b
Loop 3
BEZPEPERT PROPRIPPSTALOM FEITA
d
Not a
junction
Transcribed Image Text:24.0 V,
26.55 Consider the circuit shown in Fig. 26.6a. E
&₂ = 36.0 V, n = 12 = 2.00 2, and R = 20.0 2. (a) What is the cur-
rent I₁ through E₁? (b) What is the current 2 through E2? (c) What is the
current IR through R?
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