Question

2?90° V -j5 ? j3 ? 4? ZL Find the Thevenin equivalent of the circuit with respect to ZL. Express the answer in terms of the Thevenin voltage (VT ), short-circuit current (isc), and Thevenin impedance (ZT). Round answer to 2 decimal places, add trailing 0's as needed. VT = ?° V isc = ?° A ZT = ?° ?

          2?90° V
-j5 ?
j3 ?
4?
Z<sub>L</sub>
Find the Thevenin equivalent of the circuit with respect to Z<sub>L</sub>. Express the answer in terms of the Thevenin voltage (V<sub>T</sub>
), short-circuit current (i<sub>sc</sub>), and Thevenin impedance (Z<sub>T</sub>).
Round answer to 2 decimal places, add trailing 0's as needed.
V<sub>T</sub> = ____?____° V
i<sub>sc</sub> = ____?____° A
Z<sub>T</sub> = ____?____° ?

2?90° V
-j5 ?
j3 ?
4?
Z<sub>L</sub>
Find the Thevenin equivalent of the circuit with respect to Z<sub>L</sub>. Express the answer in terms of the Thevenin voltage (V<sub>T</sub>
), short-circuit current (i<sub>sc</sub>), and Thevenin impedance (Z<sub>T</sub>).
Round answer to 2 decimal places, add trailing 0's as needed.
V<sub>T</sub> = ?° V
i<sub>sc</sub> = ?° A
Z<sub>T</sub> = ?° ?

Added by Tom B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert David Morabito

Step 1

In this case, Z is connected in parallel with a voltage source of 1392V. Since Z is in parallel with the voltage source, the voltage across Z will be the same as the voltage across the voltage source. Therefore, Voc = 1392V. Show more…

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1392 1.0672 ZI Find the Thevenin equivalent of the circuit with respect to Z. Express the answer in terms of the Thevenin voltage (Vt), short-circuit current (i), and Thevenin impedance (ZT). Round the answer to 2 decimal places, adding trailing 0's as needed. Vr = A ZT = n