The Line Vallages at the terminelof abalanced 4-connectad Loodis VAB=120/Eech Phase ofThe lood consistof 64 j82/8O Find the maghitud of the Linecarrent Feed the LoadO Find the Phase carrent in eachPhase© Draw the PhasoY diagram of thePhase and Line currents takeVAB as refeance.

Answered: Image /qna-images/answer/ec94af00-e805-44f9-b96a-aeb9b924dc99.jpg

The Line Vallages at the terminel of abalanced 4-connected Lood is VAB=120/eEech Phase of The lood Consistof 64j2/8 O Find the maghitud of the Line current Feed the Load O Find the Phase carrent in each Phase © DYaw the PhasoY diagram of the Phase and Line currents take VAR as Yefeance

The Line Vallages at the terminel of abalanced 4-connected Lood is VAB=120/eEech Phase of The lood Consistof 64j2/8 O Find the maghitud of the Line current Feed the Load O Find the Phase carrent in each Phase © DYaw the PhasoY diagram of the Phase and Line currents take VAR as Yefeance

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...

See similar textbooks

Related questions

Q: Need to find the line current and the phase current

A: A. Total power P= W1 +W2= 30-15= 15 kWB. Power factor = cos( 79.106) = 0.188, Angle φ=79.106° C.…

Q: In the above circuit VL=239 and ZL= 28 + j47, fond the Ib line and IAB phase currents

A: It is given that:VL =239 V and ZL=28+j47

Q: is positive and'aline Voltage Voe=208/-70V Fhe loadt is balancet also Yin farallet With Arthe phoase…

Q: Rine 40 Ω Rine j30 N j30 N j30 N 40 2. 40 2 Rine Rine Image Link…

A: As load and line impedances in all phases are same , system is balanced I.e. magnitude of currents…

Q: Q21-The Line Volta8es at the terminal ofabalanced Yeomected Lood 1S VAB-12066Each phase of the Lood…

Q: nsed A-Connected loud is eof the load consist of6+182/4 the agnitud of the Linecarrenf F load d the…

A: In this question, delta connectd load is given..We have to calculate line current ,phase current…

Q: Q1: The currents of 3-phase system are la = 350-90, = 600-90 and I 250 Compute the un-symmetrical…

A: The solution is given below

Q: Use nodal method to find the branch currents lı, l2, 13, la and Is in the network shown below.

A: The given circuit is as below, We need to find the branch currents I1, I2, I3, I4, and I5.

Q: In a balanced delta connected 3-phase circuit , has resistance 25 ohm and inductive reaction 40 ohm…

A: By ohms law Phase current in the delta connected load= Line voltage/ phase impedance power consumed…

Q: 4-The Line Voltages at the terminalof a balanced A-Connected Land is - Each Phase of the load…

A: As we have given: VAB=120∠0° VZ=6+j8 Ω/ϕ

Q: P is Positiveand'aline Valtage Vbe=20o8/-10V The toad is balancet also Yin farallel with Arthe phase…

A: 3 phase balanced system have positive sequence with Line voltage Vbc = 208∠-70V Two parallel Loads…

Q: Z, E b. Refer to the above AC bridge Which one is the correct statement? Select one: O a. Under…

A: To find the condition when the AC bridge is balanced

Q: DIagram: FauLt h phase 3phase Load Source 2 Line Values: sourte Line Impedances: • Eon: 120 L0' v •)…

A: Under unbalanced condition with fault We have to find load power profile Active (PT), reactive (QT),…

Q: The figure shows a 3-phase balanced negative sequence electrical system. Vcn = 200 /0° Vrms. Vbn =

A: Let us first draw phase of negative sequence. From the above diagram we can observe that the phase…

Q: Memo Date: Rule - Derive Valtge dividerifor hvee Series resistafs. elivider

A: As per Bartleby guidelines we are allowed to solve only one question,please ask the rest again.

Q: DIagram: FauLt ち phase 3phase Load Source 2しne Values: Source Line Impedances Eon: 120 L0" v ·)…

Q: P a balanced 3phase system the Sequeuse is Positive and'aline Valtage Vbe=208/-70V The load is…

A: 3 phase balanced phase sequence system, Line voltage Vbc = 208∠-70V Two parallel Load connected…

Q: VL/120° V VL-120° V Ia V₁Z0° V Ib Ic LAB ZL B IBC ZL 2₁. ICA C Soru 3) Yukarıdaki dengeli üç fazlı…

Q: 2abalanced4-connec HAB=120/0 Eech Phas lood Consistof 64j8 d the maghitud of th rent Feed the Load…

A: In this question, 3 phase balanced delta connected load is given..We have to find out line current…

Q: Q1- the line Voltage at the terminal of a balanced D-Connected load is Loo Each Phase of the load…

A: for the given balanced delta connected load phase and line, currents are determined as shown below…

Q: 4-The Line Vottages at the terminalof abalanced A-Connected loud is Each Phase of the Load consistof…

A: We are authorized to answer one question at a time, since you have not mentioned which question you…

Q: Use the Y-Y circuit shown below, a)Solve for the phase voltage at load end b)Solve for the phase…

A: In this question we need a)Solve for the phase voltage at load end b)Solve for the phase current.

Q: -The Line Voltages at the terminalof abalanced A-Connected loud is-- Each Phase of the load…

A: Per phase load in Delta connect 6+8j ohm Line voltage VAB = 100∠0 Line current? Phase current?…

Q: 10. The following line currents were obtained from a 3-phase system: la= 330 cis 250°, lb = 450 cis…

A: 10) To find the negative sequence of the phase B current Given , line currents for three phase…

Q: n balancedsphase system the Sequguce is Positive and'aline Valtage Vbe=208/-70V The load is balancet…

A: 3 phase balanced system, positive sequence Line voltage Vbc = 208∠-70V Two parallel Loads connected…

Q: Use Kirchhoff’s Laws to find the branch currents indicated in the following network:

A: Answer is as follows-

Q: EQ1/ the Line Ve ltages at the terminad. eof abalanced s connected Loadis e 120 Lo e Each Phase of…

Q: A-Connected loud Is VaB=150. of the load consist of6+182

A: In a delta connected load the phase voltage is equal to line voltage.

Q: Zy = 69 + 36j ohms Zw = 9 + 6j ohms %3D Line to line Voltage = 420V Assume positive sequence and Van…

Q: 9n balancedsphase system the Sequeace is Positiveand'aline Valtage Vbe=208-70V The load is batancet…

A: 3 phase balanced system, positive sequence Line voltage Vbc = 208∠-70V Two parallel Loads connected…

Q: The Line Velhages at the terminal a balanced A-cennected lend is Gach Phase of the Load consistof…

A: Line voltage at terminal of balance VLL in Delta load = 100∠0 V Phase load = 6+8j ohm Magnitude of…

Q: A delta connected balanced resistive load is connected across an unbalanced three phase supply. The…

A: Given that load is balanced delta connection and Ia=10∠30° AIb=15∠-60° A It is asked to find the…

Q: Pzi-The of abalanced Y connested load is-- Each phase of the load Consist of loL30 S Find the active…

A: Star connect balance load. Line voltage VLL = 100∠0V Per phase impedance = 10∠30 ohm Find the…

Q: . Given Vo = 3.5 2122, V₁=5.02-10, V₂ = 1.9 292, find the phase sequence components V₁, VB and Vc.

Q: Q/ A balonce 3-phate Y- Comected load has = lo 4-45 and VCA =llo de v Find phose currents and line…

Q: Nodal analysis Determine the nodal voltages of v1 and v2

A: In nodal anaylsis, Current going from the node is taken positive in sign and current coming at the…

Q: 4-The Line Voltages at the terminal of a balancedl A-connected loud is Each Phase of the load…

A: Line voltage at the terminal of a balance Delta connected VLL = 100∠0 V Phase of the load = 6+8j…

Q: 1. On a 120/208-V four wire Y system, two lamps are connected from phase A to neutral, 5 lamps from…

A: Since you have asked multiple questions, we will solve the first question for you. If you want any…

Q: Use nodal method to find the branch currents Ii, I2. I3. la and Is in the network shown below.

A: Given circuit is as shown below: We need to find the indicated branch currents.

Q: la A Z2 VAB VCA IAB ICA B Z3 TBC le VBC

A: In the Star Connection, the 3 winding's similar endpoints are connected to a common point known as…

Q: per phase. The arualure Current of the generalor al Full Load Three-phase - Connec sTar Y00u (Line…

A: Given, 3-phase star connected synchronous generator, At full load line voltage = 400 V Synchronous…

Q: Za= 10 ohms Zb = -j5 ohms Zc = 4+j4 ohms Zd= 6-j8 ohms Ze = 5 ohms Ea = 10 angle 0 Eb = 5 angle 0 10…

Q: 9n balanted 3phase System the Sequence is Positiveandaline Veltage Voe=208-70V The loat is batancet…

A: 3 phase balanced system, Line voltage Vbc = 208∠-70V Two parallel Loads connected star connected…

Q: The Line Volleges at the terminel of abalanced A-connected Lood is VAB= 120/ Eech Phase of the lood…

Concept explainers

Single Phase AC Circuit

Alternating Current (AC) is a type of electric power in which the electric current changes, both in magnitude and direction, at regular intervals. This AC Circuits can deliver power in either a Single Phase system or a Three Phase system.

Question

The Line Vallages at the terminel
of abalanced 4-connectad Lood
is VAB=120/Eech Phase of
The lood consistof 64 j82/8
O Find the maghitud of the Line
carrent Feed the Load
O Find the Phase carrent in each
Phase
© Draw the PhasoY diagram of the
Phase and Line currents take
VAB as refeance.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Analysis of Single Phase and Three Phase System

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

4- The Line Voltages at the terminal of abalanced A-connected Loud is- Each Phase of the Load consistef 6+182 Find the lagnitud of the Linecurfent Feed the load b) Find the phase curreat c) praw the Phaser diagram of the phose and Line eurrentstake VAB as fofeknco in each fhase
P balancedsphase system the Sequeace is Positive andaline Valtage Vbe=208/-10V The loest is halanced alsaYnfarallet with Arthe phase impedancesof the twa load ore 5132210, The line imfedance is L4tja8 5247 praw the singte phase equivelent cipcuit and use IH te the load in the a fhaseeFind total Pawer loss in Line. 3-19.22/4 resfectively calculate' the Line Voltageat P2:Derive Leg For the cireuit shown Find It for L=12=13=15H M13=AM31=2 H in afig then M1z%=DMz+%=1H ele M12 M
Compute the voltage drop across the transmission line, ETL = E1 – E2, in both polar and cartesian format. Draw the Phasor Diagram of ETL
Q21-7he Line Voltases at the terminal ofabalahced Yeomected Lood is VAB-12o6Each phase of the Lood cousist of lo L3on Find the activea Reactiveand Com Plex Power Perphase then Find the total Powers For th ree Phase Lood?
1. The following are the given for the circuit below: VRY = 220 cis 0°, VYB = 220 cis -120° and VBR = 220 cis -240°. IR = 10 cis 0°. The load is balanced and delta connected. Determine the: (a) Impedance per phase (b) Current per phase (c) Line currents. B R reellee mmm mmm Y Iy ĪB ĪR B R ZBR VYB ZRY Y
P n balancedsphase system the Sequeuce is positiveandaline Valtage Vbe=208-70V The toad is balanced also Vin farallel ewith Arthe phase impedancesi the two load are 51362 0, 3-jg2/ Kesfectively The tine imfedance is lofija8214. Draw the Single phase equivelent circuit and use lk to calculate'the Line Voltage at the load in the a-fhase Find total Pauler loss in Linee
Circuit IIshow your solution please
In a delta connected load Select one: a. Phase and line currents are not equal O b. Phase current is zero O c. Phase and line voltages are equal O d. Phase and line voltages are not equal
he figure shows a 3-phase balanced positive sequence electrical system. The current Ipg %3D Balanced (+) sequence 230/20 vms Select one: O a. 23 /195 Arms b. 23 /75 Arms C. 23 /-45 Arms d. 23 /45 Arms e. 39.84 -75 Arms OOO0