The following condition must apply: R (R +R) R, +R, 2. a ..(3.3) %3D R +R +R b. a Similarly for R ас R. (R +R) R, +R, a (3.4) R +R, +R b. a And for R. bc R(R +R) b. R, +R, a .(3.5) R +R +R a Solving equations (3.3), (3. 4) and (3.5) for the unknowns, R,, R, and R, in terms of R,R, and R yields: R, R b. R, R +R, +R .(3.6) a R R R2 a (3.7) R +R, +R b. a R R 9. a (3.8) %3D E. R +R +R b. a Or solving the same equations (3.3), (3.4) and (3.5) for the unknowns RR, and R in terms of R,,R, and R, yields: a

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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The following condition must apply:
R(R +R)
R, +R,
2.
a
..(3.3)
%3D
R +R +R
b.
a
Similarly for R
ас
R. (R +R)
R, +R,
a
(3.4)
R +R, +R
b
a
And for R,
bc
R(R +R)
b.
R,+R,
a
.(3.5)
R +R +R
a
Solving equations (3.3), (3. 4) and (3.5) for the unknowns, R,, R, and R, in
terms of RR, and R yields:
R, R
b.
R,
R +R, +R
(3.6)
a
b.
R R
R,
a
.(3.7)
R +R, +R
b
a
R R
a
(3.8)
%3D
E.
R +R +R
b.
a
Or solving the same equations (3.3), (3.4) and (3.5) for the unknowns
RR, and R in terms of R,,R, and R, yields:
a
9.
Transcribed Image Text:The following condition must apply: R(R +R) R, +R, 2. a ..(3.3) %3D R +R +R b. a Similarly for R ас R. (R +R) R, +R, a (3.4) R +R, +R b a And for R, bc R(R +R) b. R,+R, a .(3.5) R +R +R a Solving equations (3.3), (3. 4) and (3.5) for the unknowns, R,, R, and R, in terms of RR, and R yields: R, R b. R, R +R, +R (3.6) a b. R R R, a .(3.7) R +R, +R b a R R a (3.8) %3D E. R +R +R b. a Or solving the same equations (3.3), (3.4) and (3.5) for the unknowns RR, and R in terms of R,,R, and R, yields: a 9.
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