Kindly solve this question ASAP, I am stuck here!! Consider the three phase load represented in the figure, where the line current/ is known. Calculate the real power absorbed bythe three-phase load. Report your result in kilowatt (kW) The admitted tolerance is 3%.R%3DData: / = 30 AR= 25 2 X = 20 2241009705241009241009 By correcting the power factor of the load in the figure using the capacitor C:VV2P2, Q2P,Q1(a) the current before the capacitor decreases: 4 < 2(b) the real power before the capacitor increases: P > P2O (C) the reactive power before the capacitor increases: Q > Q(d) the voltage before the capacitor decreases: V, < V2

As per our company guidelines we are supposed to answer only First question kindly repost other…

Consider the three phase load represented in the figure, where the line current/ is known. Calculate the real power absorbed by the three-phase load. Report your result in kilowatt (kW) The admitted tolerance is 3%. R Data: / = 30 A.R 25 2 X = 20 2 %3D %3D 241009 241009

Consider the three phase load represented in the figure, where the line current/ is known. Calculate the real power absorbed by the three-phase load. Report your result in kilowatt (kW) The admitted tolerance is 3%. R Data: / = 30 A.R 25 2 X = 20 2 %3D %3D 241009 241009

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter2: Fundamentals

Section: Chapter Questions

Problem 2.16P: A single-phase, 120V(rms),60Hz source supplies power to a series R-L circuit consisting of R=10 and...

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Question

Kindly solve this question ASAP, I am stuck here!!

Consider the three phase load represented in the figure, where the line current/ is known. Calculate the real power absorbed by
the three-phase load. Report your result in kilowatt (kW) The admitted tolerance is 3%.
R
%3D
Data: / = 30 AR= 25 2 X = 20 2
241009
705241009
241009

By correcting the power factor of the load in the figure using the capacitor C:
V
V2
P2, Q2
P,Q1
(a) the current before the capacitor decreases: 4 < 2
(b) the real power before the capacitor increases: P > P2
O (C) the reactive power before the capacitor increases: Q > Q
(d) the voltage before the capacitor decreases: V, < V2

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