For the following figure, if I-3L35° A, and R=8 0, obtain the Thévenin equivalent seen looking into the terminals marked a and b: 9. -j5 0 V2 j3n R Thevenin equivalent impedance is: Oa. 1.941 -J 3.265 0 Ob. 2.441 -J 3.765 Q Oc. 2.941 -J 4.265 Q Od. 3.441 -J 4.765 Q Thevenin equivalent voltage is: Oa. 3.457 L 39.036 *V Ob. 6.457 L 54.036* V Oc. 5457 L 49.036*V Od. 4.457 L 44.036 V

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For the following figure, if l=3L35° A, and R=8 0, obtain the Thévenin equivalent seen looking into the terminals marked a and b:
a
-j5 0
j3 N
R
Thevenin equivalent impedance is:
Oa. 1.941 -J 3.265 Q
Ob. 2.441 -J 3.765 Q
Oc. 2.941 -J 4.265 Q
Od. 3.441 -J 4.765 0
Thevenin equivalent voltage is:
Oa. 3.457 L 39.036 * V
Ob. 6.457 L 54.036* V
Oc. 5457 L 49.036 V
Od. 4.457 L 44.036 V
ype here to search
DELL
F3
F4
F5
F6
F7
F8
F9
F10
F11
近
Transcribed Image Text:For the following figure, if l=3L35° A, and R=8 0, obtain the Thévenin equivalent seen looking into the terminals marked a and b: a -j5 0 j3 N R Thevenin equivalent impedance is: Oa. 1.941 -J 3.265 Q Ob. 2.441 -J 3.765 Q Oc. 2.941 -J 4.265 Q Od. 3.441 -J 4.765 0 Thevenin equivalent voltage is: Oa. 3.457 L 39.036 * V Ob. 6.457 L 54.036* V Oc. 5457 L 49.036 V Od. 4.457 L 44.036 V ype here to search DELL F3 F4 F5 F6 F7 F8 F9 F10 F11 近
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