mark all that apply Power, 5 Ohm: 5.581 WPower, 5 Ohm: 14.86 WPower, 5 Ohm: 8.94 WPower, 5 Ohm: 12.33 WPower, 5 Ohm: 13.303 WPower, 8 Ohm: 5.581 WPower, 8 Ohm: 14.86 WPower, 8 Ohm: 8.94 WPower, 8 Ohm: 12.33 WPower, 8 Ohm: 13.303 WComplex Power: S = 24.38<33.07 VA = (20.43 + 13.303) VAComplex Power: S = 24.38<31.11 VA = (20.43 + 12.33) VAComplex Power: S = 23.80<29.20 VA = (23.80 + 13.303) VAComplex Power: S = 14.52<40.34 VA = (14.52 + 12.33) VAComplex Power: S = 24.38<0 VA = (20.43) VAConservation of Power is present in this circuit.Conservation of Power is not present in this circuit. In the circuit shown below, find the average power dissipated by the resistors. Additionally, find the complex power supplied and verify the conservation of power.Note: all voltages should be considered to be peak values for this problem.20/30° V5Ωmj4 Ω8 Ω-j6 N

In this question, We need to determine the choose the correct options Compex power S= VI* = P+jQ…

In the circuit shown below, find the average power dissipated by the resistors. Additionally, find the complex power supplied and verify the conservation of power. Note: all voltages should be considered to be peak values for this problem. 20/30° V 5Ω m j4 Ω 8 Ω -j6 N

In the circuit shown below, find the average power dissipated by the resistors. Additionally, find the complex power supplied and verify the conservation of power. Note: all voltages should be considered to be peak values for this problem. 20/30° V 5Ω m j4 Ω 8 Ω -j6 N

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)

10th Edition

ISBN:9781337399128

Author:Russell E. Smith

Publisher:Russell E. Smith

Chapter7: Alternating Current, Power Distribution, And Voltage Systems

Section: Chapter Questions

Problem 7RQ

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Power, 5 Ohm: 5.581 W
Power, 5 Ohm: 14.86 W
Power, 5 Ohm: 8.94 W
Power, 5 Ohm: 12.33 W
Power, 5 Ohm: 13.303 W
Power, 8 Ohm: 5.581 W
Power, 8 Ohm: 14.86 W
Power, 8 Ohm: 8.94 W
Power, 8 Ohm: 12.33 W
Power, 8 Ohm: 13.303 W
Complex Power: S = 24.38<33.07 VA = (20.43 + 13.303) VA
Complex Power: S = 24.38<31.11 VA = (20.43 + 12.33) VA
Complex Power: S = 23.80<29.20 VA = (23.80 + 13.303) VA
Complex Power: S = 14.52<40.34 VA = (14.52 + 12.33) VA
Complex Power: S = 24.38<0 VA = (20.43) VA
Conservation of Power is present in this circuit.
Conservation of Power is not present in this circuit.

In the circuit shown below, find the average power dissipated by the resistors. Additionally, find the complex power supplied and verify the conservation of power.
Note: all voltages should be considered to be peak values for this problem.
20/30° V
5Ω
m
j4 Ω
8 Ω
-j6 N

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