-j5 N j3 Ω R nevenin equivalent impedance is: "a. 4.25 -J 4.25 N "b. 3.75 -J 3.75 0 c. 4.75 -J 4.75 0 d. 3.25 -J 3.25 0 nevenin equivalent voltage is: a. 12.859 L 78.435 ° V b. 10.859 L 68.435 V c. 13.859 L 83.435 V d. 11.859 L 73.435 V

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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For the following figure, if l=5L55° A, and R=6 0, obtain the Thévenin equivalent seen looking into the terminals marked a and b:
a
-j5 N
V2
I
j3 N
R
Thevenin equivalent impedance is:
Оa. 4.25 -J 4.25
Оb. 3.75 -J 3.750
Oc. 4.75 -J 4.75 0
Od. 3.25 -J 3.25 N
Thevenin equivalent voltage is:
Oa. 12.859 L 78.435 V
Ob. 10.859 L 68.435 V
Oc. 13.859 L 83.435 V
Od. 11.859 L 73.435° V
Transcribed Image Text:For the following figure, if l=5L55° A, and R=6 0, obtain the Thévenin equivalent seen looking into the terminals marked a and b: a -j5 N V2 I j3 N R Thevenin equivalent impedance is: Оa. 4.25 -J 4.25 Оb. 3.75 -J 3.750 Oc. 4.75 -J 4.75 0 Od. 3.25 -J 3.25 N Thevenin equivalent voltage is: Oa. 12.859 L 78.435 V Ob. 10.859 L 68.435 V Oc. 13.859 L 83.435 V Od. 11.859 L 73.435° V
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