R, ww 1 kn I, R2 1 kn Circuit 1 Circuit 2 In Circuit 2 above, I1 2m Aand R2 = 5kN . If you use a source transformation, calculate the values for Vị and R1 so that Circuit 1 = Circuit 2. Fill in the blanks in the equations below. Work to one decimal place only. Use a full stop as the decimal indicator, not a comma. Use a + or - sign to indicate whether the number is positive or negative. Do not insert a space between the number and the + or - sign. For Circuit 1 and Circuit 2 to be equivalent, V1 V and R1 ww ww

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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R,
ww
v,
1 ko =
I,
R2
1 kQ
Circuit 1
Circuit 2
In Circuit 2 above, I1
2m Aand R2 = 5kN . If you use a source transformation, calculate the values for
Vị and R1 so that Circuit 1 = Circuit 2. Fill in the blanks in the equations below.
Work to one decimal place only. Use a full stop as the decimal indicator, not a comma. Use a + or - sign to
indicate whether the number is positive or negative. Do not insert a space between the number and the + or -
sign.
For Circuit 1 and Circuit 2 to be equivalent, Vị=
V and R1
=
ww
ww
ww
Transcribed Image Text:R, ww v, 1 ko = I, R2 1 kQ Circuit 1 Circuit 2 In Circuit 2 above, I1 2m Aand R2 = 5kN . If you use a source transformation, calculate the values for Vị and R1 so that Circuit 1 = Circuit 2. Fill in the blanks in the equations below. Work to one decimal place only. Use a full stop as the decimal indicator, not a comma. Use a + or - sign to indicate whether the number is positive or negative. Do not insert a space between the number and the + or - sign. For Circuit 1 and Circuit 2 to be equivalent, Vị= V and R1 = ww ww ww
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