A single-phase inductive load consists of a resistance R (in ohms) in series with an inductor L (in henry). If the voltage across the load is rms 20°,and the operating frequency is w rad/s, what will...

A single-phase inductive load consists of a<br>resistance R (in ohms) in series with an inductor L<br>(in henry). If the voltage across the load is<br>rms 20°,and the operating frequency is w rad/s,<br>what will be the total complex power absorbed by<br>the load?<br>12<br>а.<br>rms<br>jwl<br>12<br>b. jul|V rms|<br>12<br>С.<br>rms<br>R+ jwL<br>d.<br>12<br>rms<br>R-jwL<br>

Extracted text: A single-phase inductive load consists of a resistance R (in ohms) in series with an inductor L (in henry). If the voltage across the load is rms 20°,and the operating frequency is w rad/s, what will be the total complex power absorbed by the load? 12 а. rms jwl 12 b. jul|V rms| 12 С. rms R+ jwL d. 12 rms R-jwL

Jun 11, 2022

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A single-phase inductive load consists of a resistance R (in ohms) in series with an inductor L (in henry). If the voltage across the load is rms 20°,and the operating frequency is w rad/s, what will...

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