x/ 0° V O a. -257.97 +j147.48V O b. -261.14 + j147.48V O c.-257,97 + j-4,70 V O d. -27.69 +j14.15 V O e. -1,87 +j2189,54 V O f.-16596,00 + j15,08 V j20 92 O g. 0.99 +j101.23V O h. 64,00 + j-7,05 V 40 Ω wwwm y/0° A Question 1) Since the amplitude value of the above circuit de voltage source is x=12V and the amplitude value of the current source is y=14A, calculate the value of the V node voltage. Question 1) The amplitude of the voltage source is x=12V and the amplitude of the current source is y=14A, then find the node voltage V in the above circuit. - -j30 Ω Σ 50 Ω

x/ 0° V O a. -257.97 +j147.48V O b. -261.14 + j147.48V O c.-257,97 + j-4,70 V O d. -27.69 +j14.15 V O e. -1,87 +j2189,54 V O f.-16596,00 + j15,08 V j20 92 O g. 0.99 +j101.23V O h. 64,00 + j-7,05 V 40 Ω wwwm y/0° A Question 1) Since the amplitude value of the above circuit de voltage source is x=12V and the amplitude value of the current source is y=14A, calculate the value of the V node voltage. Question 1) The amplitude of the voltage source is x=12V and the amplitude of the current source is y=14A, then find the node voltage V in the above circuit. - -j30 Ω Σ 50 Ω

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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