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10020 V(s) 14.28 16.20 82 www Ο 15.52 Ω O 17.63 f O 18.93 362 888 -j12.0: For Questions Q13, Q14: Consider the circuit shown in Figure 3. The load ZL= RL + jXL is designed such that: as much real power as possible is transferred to the load, under that constraint that the load reactance satisfies 8 ≤ XL ≤ 16. Q13: R. the real part of the load impedance Z. is given by 4.5 mn ZL

10020 V(s) 14.28 16.20 82 www Ο 15.52 Ω O 17.63 f O 18.93 362 888 -j12.0: For Questions Q13, Q14: Consider the circuit shown in Figure 3. The load ZL= RL + jXL is designed such that: as much real power as possible is transferred to the load, under that constraint that the load reactance satisfies 8 ≤ XL ≤ 16. Q13: R. the real part of the load impedance Z. is given by 4.5 mn ZL

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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The answer is 16.20 ohms. can you please work me through how to get it.

 

10020 V(s) O 14.28 Ο 16.20 Ω 15.52 17.63 82 562 www 888 18.93 -j12^2= 45 mn For Questions Q13, Q14: Consider the circuit shown in Figure 3. The load Z= R₁ + jXL is designed such that as much real power as possible is transferred to the load, under that constraint that the load reactance satisfies 8 ≤ XL ≤ 16. Q13: R. the real part of the load impedance ZL. is given by ZL
Transcribed Image Text:10020 V(s) O 14.28 Ο 16.20 Ω 15.52 17.63 82 562 www 888 18.93 -j12^2= 45 mn For Questions Q13, Q14: Consider the circuit shown in Figure 3. The load Z= R₁ + jXL is designed such that as much real power as possible is transferred to the load, under that constraint that the load reactance satisfies 8 ≤ XL ≤ 16. Q13: R. the real part of the load impedance ZL. is given by ZL
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