Circuit theory ΧΩZ— j2ΩΜΟ a.Z=192,71 - j0,82 ohmΟ b.Z=197,88 + j0,82 ohmΟ cZ=196,71 + j0,71 ohmO d.Z=192,71 + j0,82 ohmΟ e.Z=195,53 + j1,18 ohmΟ fZ=194,35 + j0,82 ohmΟ g.Z=192,88 + j1,47 ohmΟ h.Z=193,76 + j0,82 ohm1ΩΝΖΩΗ2ΩSoru 1) X=192 olduğuna eşdeğer empedans Z değerini hesaplayınız.Question 1) X=192, then calculate the equivalent impedance Z.–1 ΩjΖΩ

Answered: Image /qna-images/answer/7669afc7-a12e-4a38-a222-262c37335e59.jpg

ΧΩ 1.0 ww HA Z— j2Ω √20 202 Soru 1) X=192 olduğuna eşdeğer empedans Z değerini hesaplayınız. Question 1) X=192, then calculate the equivalent impedance Z. O a. Z=192,71 - j0,82 ohm O b. Z=197,88 + j0,82 ohm O c. Z=196,71 + j0,71 ohm O d. Z=192,71 + j0,82 ohm O e. Z=195,53 + j1,18 ohm O f. Z=194,35 + j0,82 ohm O g. Z=192,88 + j1,47 ohm O h. Z=193,76 + j0,82 ohm -1jn j20

ΧΩ 1.0 ww HA Z— j2Ω √20 202 Soru 1) X=192 olduğuna eşdeğer empedans Z değerini hesaplayınız. Question 1) X=192, then calculate the equivalent impedance Z. O a. Z=192,71 - j0,82 ohm O b. Z=197,88 + j0,82 ohm O c. Z=196,71 + j0,71 ohm O d. Z=192,71 + j0,82 ohm O e. Z=195,53 + j1,18 ohm O f. Z=194,35 + j0,82 ohm O g. Z=192,88 + j1,47 ohm O h. Z=193,76 + j0,82 ohm -1jn j20

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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