OPTIONAL BONUS

ADJUNTO ENCONTRARAS EL PROBLEMA #1 DE LAS DIFERENTES VERSIONES DEL EXAMEN #2

ESCOGE LA QUE CORRESPONDE A TU EXAMEN.

Si quieres subir la nota del examen #2 trabaja este ejercicio y lo entregas con el Take-home.

POLYTECHNIC UNIVERSITY ELECTRIC ENGINEERING DEPARTMENT.EE-3020/S___ CIRCUIT ANALYSIS II EXAM #2 DATE _______________

NAME ______________________ STD.NUM.._____________

STD.DEPT._____________

To get credit, you must show your work in each problem. Answers must be in simplest form

Prob.#1(25pts) (a) Use the Node-Voltage method to find the phasor voltage, Vo.

(b) Find the complex power delivered by the current source.

POLYTECHNIC UNIVERSITY ELECTRIC ENGINEERING DEPARTMENT.EE-3020/S___ CIRCUIT ANALYSIS II EXAM #2 DATE _______________

NAME ______________________ STD.NUM.._____________

STD.DEPT._____________

To get credit, you must show your work in each problem. Answers must be in simplest form

Prob.#1(25pts) (a) Find the phasor voltage, Vo. (b) Calculate the complex power delivered by the current source.

POLYTECHNIC UNIVERSITY ELECTRIC ENGINEERING DEPARTMENT.EE-3020/S___ CIRCUIT ANALYSIS II EXAM #2 DATE _______________

NAME ______________________ STD.NUM.._____________

STD.DEPT._____________

To get credit, you must show your work in each problem. Answers must be in simplest form

Prob.#1(25pts) (a) Find the impedance ZL, for maximum real power transferred.

(b) Find the maximum real power that can be transferred to a load ZL.

POLYTECHNIC UNIVERSITY ELECTRIC ENGINEERING DEPT..EE-3020 CIRCUIT ANALYSIS II EXAM #2 DATE _______________

NAME ______________________ STD.NUM..____________________

You must show your work and all calculations in each problem. Answers must be in simplest form

1.(25pts) Vg = 240p0 V(rms) F ind the: (a) reactive power absorbed by the inductor; (b) the complex power delivered by the voltage source.