Reduce equations to 3 working equations and round answers up to the 4th decimal place. 3. Determine: Branch currents and power in each resistor Kirchhoff's LawsRI = 50R3 = 4 0V3 = 5 VR5 = 8 0V1 = 20 VR2= 30R4 = 20V5 = 30 VV2 = 5 VV4 = 5 V

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Answered: 3. Determine: Branch currents and power…

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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INSTRUCTIONS: I really need to understand this. Please follow and I'll give an upvote without any questions. Do not answer if you don't know, please I'm trying to study while working. • If using calculator, please input at the solution. Example: "Just click at 'Mode 2 5" like that • Always write the complete formula including derivation of the fomula • When writing a formula, please input the exact word terminology. Example: Ia = Van/Zan where Ia is a phase A line current • Always put explanation at the computation. TOPIC: Analysis of Balance Polyphase Systems QUESTION: A phase voltage of 230V, 3 phase supply feds a balanced wye-connected load of 10+j5 ohms per phase. The real power of the load is _____ watts.
INSTRUCTIONS: I really need to understand this. Please follow and I'll give an upvote without any questions. Do not answer if you don't know, please I'm trying to study while working. • If using calculator, please input at the solution. Example: "Just click at 'Mode 2 5" like that • Always write the complete formula including derivation of the fomula • When writing a formula, please input the exact word terminology. Example: Ia = Van/Zan where Ia is a phase A line current • Always put explanation at the computation. TOPIC: Analysis of Balance Polyphase Systems QUESTION: A 208V, 3 phase power system is connected through a three-phase transmission line to a Y-connected load. The transmission line has an impedance of 0.06+j0.12 ohms per phase, and the load has an impedance of 12+j9 ohms per phase. For this simple system, find the power factor of the system. (BEP 2015)
INSTRUCTIONS: I really need to understand this. Please follow and I'll give an upvote without any questions. Do not answer if you don't know, please I'm trying to study while working. • If using calculator, please input at the solution. Example: "Just click at 'Mode 2 5" like that • Always write the complete formula including derivation of the fomula • When writing a formula, please input the exact word terminology. Example: Ia = Van/Zan where Ia is a phase A line current • Always put explanation at the computation. TOPIC: Symmetrical Components QUESTION: 2. The phase sequence components of phase b currents are: Zero sequence component = 0.47+j1.49; Positive sequence component = 18.4 cis -31.6 ° A; Negative sequence component = 3.23cis 168.2 ° A Determine line current Ib. a. 17.9720 cis -144.91 b. 22.51cis 82 c. 14.9864cis -30 d. 55.504cis 114

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3. Determine: Branch currents and power in each resistor Kirchhoff's Laws RI = 50 R3 = 4 0 V3 = 5 V R5 = 8 0 V1 = 20 V R2=3 Ω R4 = 20 V5 = 30 V V2 = 5 V V4 = 5 V