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Q 3/ For the circuit shown in figure (8).if the total current Iy = 18/45° Find: 1- The total impedance Zr for the circuit ? 2- Calculate the current for each branch 1. 4? 3- The power factor p.f ? 4- obtain the phasor voltage VAB in the two-branch parallel cireuit ? 5- Calculate the voltage V1on across th resistor R = 102 ? 6- The power dissipated ( P1on )? Y 10 2 j2 2 18 4S A A B 20 S2 j6 2

Q 3/ For the circuit shown in figure (8).if the total current Iy = 18/45° Find: 1- The total impedance Zr for the circuit ? 2- Calculate the current for each branch 1. 4? 3- The power factor p.f ? 4- obtain the phasor voltage VAB in the two-branch parallel cireuit ? 5- Calculate the voltage V1on across th resistor R = 102 ? 6- The power dissipated ( P1on )? Y 10 2 j2 2 18 4S A A B 20 S2 j6 2

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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Q 3/ For the circuit shown in figure (8).if the total current I = 18/45° Find: 1- The total impedance Zr for the circuit ? 2- Calculate the current for each branch 1, 4? 3- The power factor p.f ? 4- obtain the phasor voltage VAB in the two-branch parallel cireuit ? 5- Calculate the voltage V10n across th resistor R = 102 ? 6- The power dissipated ( P1on )? Y 10 2 I j2 2 18 4S A A B 20 Ω Σ j6 2
Transcribed Image Text:Q 3/ For the circuit shown in figure (8).if the total current I = 18/45° Find: 1- The total impedance Zr for the circuit ? 2- Calculate the current for each branch 1, 4? 3- The power factor p.f ? 4- obtain the phasor voltage VAB in the two-branch parallel cireuit ? 5- Calculate the voltage V10n across th resistor R = 102 ? 6- The power dissipated ( P1on )? Y 10 2 I j2 2 18 4S A A B 20 Ω Σ j6 2
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