Please solve asap.I got stuck in this one. I'll surely give upvote. EXAMPLE 22.5 For the Y-connected load of Fig. 22.23:EL = 173.2 V 20⁰EL = 173.2 V Z + 120°EL: = 173.2 VL-120°XLV+XLR = 39MR == 4Ω= 4 Ωmoo3ΩFIG. 22.23Example 22.5.a000+Vn&X₁ = 422000√ & XmR = 3 Ωa. Find the average power to each phase and the total load.b. Determine the reactive power to each phase and the total reactivepower.c. Find the apparent power to each phase and the total apparent power.d. Find the power factor of the load.

EXAMPLE 22.5 For the Y-connected load of Fig. 22.23: EL EL = 173.2 V 20⁰ = 173.2 VL+ 120° EL: = 173.2 VL-120° с R = 3Q Id + XL X₁ = 492 mmoo = 4 Ω R = 39 FIG. 22.23 Example 22.5. www 000 + V n 6 XL Ib = 4Ω M R = 39 a. Find the average power to each phase and the total load. b. Determine the reactive power to each phase and the total reactive power. c. Find the apparent power to each phase and the total apparent power. d. Find the power factor of the load.

EXAMPLE 22.5 For the Y-connected load of Fig. 22.23: EL EL = 173.2 V 20⁰ = 173.2 VL+ 120° EL: = 173.2 VL-120° с R = 3Q Id + XL X₁ = 492 mmoo = 4 Ω R = 39 FIG. 22.23 Example 22.5. www 000 + V n 6 XL Ib = 4Ω M R = 39 a. Find the average power to each phase and the total load. b. Determine the reactive power to each phase and the total reactive power. c. Find the apparent power to each phase and the total apparent power. d. Find the power factor of the load.

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

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.61P

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