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3 ohm 25,47 mH 4 Ohm 6,37 mH 240Cos(314t+30) 398uF Find the load impedance (ZL) for the maximum power to be absorbed by load (ZL). A 3.8418 – 0.7543j B 4.1685 – 0.3293j 5.8323 – 0.5725j D 7.5733 – 0.1932j 8.4528 – 0.4125j

3 ohm 25,47 mH 4 Ohm 6,37 mH 240Cos(314t+30) 398uF Find the load impedance (ZL) for the maximum power to be absorbed by load (ZL). A 3.8418 – 0.7543j B 4.1685 – 0.3293j 5.8323 – 0.5725j D 7.5733 – 0.1932j 8.4528 – 0.4125j

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
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3 ohm 25,47 mH 4 Ohm 6,37 mH 240Cos(314t+30) 398uF Find the load impedance (ZL) for the maximum power to be absorbed by load (ZL). 3.8418 – 0.7543j A B 4.1685 – 0.3293j 5.8323 – 0.5725j D 7.5733 – 0.1932j 8.4528 – 0.4125j
Transcribed Image Text:3 ohm 25,47 mH 4 Ohm 6,37 mH 240Cos(314t+30) 398uF Find the load impedance (ZL) for the maximum power to be absorbed by load (ZL). 3.8418 – 0.7543j A B 4.1685 – 0.3293j 5.8323 – 0.5725j D 7.5733 – 0.1932j 8.4528 – 0.4125j
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