The variable resistor in the circuit shown in Fig. P10.47 is adjusted until maximum average power is delivered to a) What is the value of in ohms? b) Calculate the average power delivered to c) If is replaced with a variable impedance what is the maximum average power that can be delivered to ? d) In (c), what percentage of the circuit’s developed power is delivered to the load Zo? 10:51Vo 4.5GLTE91Chegg Studyb) Calculate the average power delivered to K c)R.If is replaced with a variable impedance Ka what isthe maximum average power that can bedelivered to Ro? d) In (c), what percentage of thecircuit's developed power is delivered to the loadZo?Figure P10.47V105Ω-j5N100/0° V (rms)Step-by-step solution6 100% (11 ratings) for this solutionStep 1 of 4Get solutions

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b) Calculate the average power delivered to Ka c) |c) If is replaced with a variable impedance R. what is the maximum average power that can be delivered to Ko? d) In (c), what percentage of the circuit's developed power is delivered to the load Zo? Figure P10.47 10 5Ω -j5N 5Ω 100/0° V (rms)

b) Calculate the average power delivered to Ka c) |c) If is replaced with a variable impedance R. what is the maximum average power that can be delivered to Ko? d) In (c), what percentage of the circuit's developed power is delivered to the load Zo? Figure P10.47 10 5Ω -j5N 5Ω 100/0° V (rms)

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 2.30MCQ: Under balanced operating conditions, consider the three-phase complex power delivered by the...

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Question

The variable resistor in the circuit shown in Fig. P10.47 is adjusted until maximum average power is delivered to a) What is the value of in ohms? b) Calculate the average power delivered to c) If is replaced with a variable impedance what is the maximum average power that can be delivered to ? d) In (c), what percentage of the circuit’s developed power is delivered to the load Zo?

10:51
Vo 4.5G
LTE
91
Chegg Study
b) Calculate the average power delivered to K c)
R.
If is replaced with a variable impedance Ka what is
the maximum average power that can be
delivered to Ro? d) In (c), what percentage of the
circuit's developed power is delivered to the load
Zo?
Figure P10.47
V
10
5Ω
-j5N
100/0° V (rms)
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