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4. Calculate the total impedance of the circuits of Fig. 15.116. Express your answer in rectangular and polam forms, and draw the impedance diagram. R, = 20 Xc = 6N R, = 1 ki2 Xz, = 3 kN R = 6.8 2 RE 4 kf2 6.8 2 X, - 7 kl ll

4. Calculate the total impedance of the circuits of Fig. 15.116. Express your answer in rectangular and polam forms, and draw the impedance diagram. R, = 20 Xc = 6N R, = 1 ki2 Xz, = 3 kN R = 6.8 2 RE 4 kf2 6.8 2 X, - 7 kl ll

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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4. Caleulate the total impedance of the cireuits of Fig. 15.116. Express your answer in rectangular and polar forms, and draw the impedance diagram. R, = 1 kf2 Xz, = 3 kN ll R = 6.8 N R1 20 Xc = 6N Z7 6.8 2 R2 4 k - 7 kN (a) (b) (c)
Transcribed Image Text:4. Caleulate the total impedance of the cireuits of Fig. 15.116. Express your answer in rectangular and polar forms, and draw the impedance diagram. R, = 1 kf2 Xz, = 3 kN ll R = 6.8 N R1 20 Xc = 6N Z7 6.8 2 R2 4 k - 7 kN (a) (b) (c)
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Step 1
  • note, that inductive reactance is positive i.e +jXL
  • and capacitive reactance is megative i.e, -jXc
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