I need help with problem 10.77 +V24/0°VFigure P10.7310.74 In the network shown in Fig. P10.74, determine the valueof the load impedance for maximum power transfer.-j202Figure P10.740.01 j0.02VsFigure P10.76Vs300.1ΩIdealFigure P10.7710.76 Find Vs in the network in Fig. P10.76.1:2j0.2 ΩI₁V₁Ideal1:21023Ideal2 kW0.8 pflagging10.77 Find Vs in the network in Fig. P10.77.V₂1₁wwm0.08 0.22+1:2ZLIdealIdeal40 kW0.8 pflagging80310 kW0.85 pflagging10.75 In the network shown in Fof the load impedance for30212/0° VFigure P10.75+50 kW0.77 pf 220/0° V rmslagging+220/0° Vrms-O

In this question we need to find the voltage Vs of the given circuit.

Answered: G 10.77 Find Vs in the network in Fig.…

G 10.77 Find Vs in the network in Fig. P10.77. 1:2 0.1Ω Vs j0.2 Ω 2 kW 0.8 pf lagging Ideal 10 kW 0.85 pf lagging 220/0° Vrms

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 2.18P: Let a series RLC network be connected to a source voltage V, drawing a current I. (a) In terms of...

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Question

I need help with problem 10.77

+
V
24/0°V
Figure P10.73
10.74 In the network shown in Fig. P10.74, determine the value
of the load impedance for maximum power transfer.
-j202
Figure P10.74
0.01 j0.02
Vs
Figure P10.76
Vs
30
0.1Ω
Ideal
Figure P10.77
10.76 Find Vs in the network in Fig. P10.76.
1:2
j0.2 Ω
I₁
V₁
Ideal
1:2
1023
Ideal
2 kW
0.8 pf
lagging
10.77 Find Vs in the network in Fig. P10.77.
V₂
1₁
wwm
0.08 0.22
+
1:2
ZL
Ideal
Ideal
40 kW
0.8 pf
lagging
803
10 kW
0.85 pf
lagging
10.75 In the network shown in F
of the load impedance for
302
12/0° V
Figure P10.75
+
50 kW
0.77 pf 220/0° V rms
lagging
+
220/0° Vrms
-O

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