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-1 02 j2 2 m /0° v(+ (၁) { n 45 V 1, + 22 V. Soru 2) Yukarıdaki devrede m=20 ve n=78 olduğuna göre Vo geriliminin değeri nedir? Question 2) In the above figure, m=20 and n=78 then find Vo in the circuit.

-1 02 j2 2 m /0° v(+ (၁) { n 45 V 1, + 22 V. Soru 2) Yukarıdaki devrede m=20 ve n=78 olduğuna göre Vo geriliminin değeri nedir? Question 2) In the above figure, m=20 and n=78 then find Vo in the circuit.

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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m /0° v ( 7 -10 j20 n 45° v L + 20 Vo Soru 2) Yukarıdaki devrede m=20 ve n=78 olduğuna göre Vo geriliminin değeri nedir? Question 2) In the above figure, m=20 and n=78 then find Vo in the circuit. +j35,15 V O a. Vo = 30,00 + O b. Vo = -34,00 + j 75,15 V O c. Vo = -32,00 + j-75,15 V O d. Vo = 24,00 + j 75,15 V O e. Vo = -26,00 +j 25,03 V O f. Vo = 20,00 + j 9,48 V O g. Vo = -20,00 + j 35,15 V Oh. Vo = 40,00 + j 95,15 V
Transcribed Image Text:m /0° v ( 7 -10 j20 n 45° v L + 20 Vo Soru 2) Yukarıdaki devrede m=20 ve n=78 olduğuna göre Vo geriliminin değeri nedir? Question 2) In the above figure, m=20 and n=78 then find Vo in the circuit. +j35,15 V O a. Vo = 30,00 + O b. Vo = -34,00 + j 75,15 V O c. Vo = -32,00 + j-75,15 V O d. Vo = 24,00 + j 75,15 V O e. Vo = -26,00 +j 25,03 V O f. Vo = 20,00 + j 9,48 V O g. Vo = -20,00 + j 35,15 V Oh. Vo = 40,00 + j 95,15 V
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