Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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Question
The circuit shown below operates at 50 Hz frequency. (consider RMS). The Complex power absorbed by the inductive branch and value of 'C' if the capacitor takes 10 VAR respectively will be + 10/0V 20 wwww 10 1 mH C= 20/0V + Select one: O a. (91.01 +j 28.57) VA and 67.24 μF O b. (91.01 +j 28.57) VA and 79.57 μF O c. (87.12 +j 14.62) VA and 67.24 μF O d. None of them O e. (87.12 +j 14.62) VA and 28.57 μF
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Transcribed Image Text:The circuit shown below operates at 50 Hz frequency. (consider RMS). The Complex power absorbed by the inductive branch and value of 'C' if the capacitor takes 10 VAR respectively will be + 10/0V 20 wwww 10 1 mH C= 20/0V + Select one: O a. (91.01 +j 28.57) VA and 67.24 μF O b. (91.01 +j 28.57) VA and 79.57 μF O c. (87.12 +j 14.62) VA and 67.24 μF O d. None of them O e. (87.12 +j 14.62) VA and 28.57 μF
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Step 2: Finding the complex power is inductive branch and capacitance value
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