Assignments

__Solve only the even numbered problems__ and the problems on even numbered
slides, __unless indicated otherwise__. The odd numbered
problems you can solve as you prepare yourself for exams, but you are not to
turn them in for grading. The solutions to all problems in a given assignment
will be posted after you turn in that assignment.)

**DO NOT COPY FROM OLD SOLUTIONS! ALL WORK MUST BE 100% YOURS.**

All assignments are
due in hard copy form before lecture starts

**Assignment 0:** Must be completed before the beginning of
the second week of classes.

1. Purchase, download and install Multisim
(student version) on your PC.

2. Download (free) and install Mathcad on your
PC: Mathcad 2001**Note:** Make sure you unzip the downloaded folder before installation. To
install Mathcad, double-click the file “Mathcad 2001 Professional” (located
inside the unzipped folder). Enter the software key MN100011UC0151 when
prompted.

**Assignment
1: **(Due: Monday,
Sept. 10. Submit a hardcopy before lecture starts)

**Svoboda textbook**: P1.2-2,** **P1.2-5, P1.2-6, P1.5-1, P1.5-5, P1.5-6, P1.7-1 &
DP1-2.

Verify P1.2-5,
P1.5-6 and DP1-2 using Mathcad

For P1.5-6 determine
the average power and the total energy over the period . Is this energy supplied by or is it
absorbed by the element?

Attach screen
captures (you may use Jing) of all Mathcad work to your solutions.

(Free
Screen capture software: Jing)

**Assignment
2: **(Due: Monday,
September 17. Submit a hardcopy before lecture starts. Also, make a copy of your
solution and keep it for your records)

**Svoboda textbook**: P2.2-3, P2.2-4, P2.2-5, P2.4-2, P2.4-4, P2.4-11, P2.5-2, P2.5-6, P2.6-2
and P2.7-10.

For P2.6-2 and
P2.7-10 verify your solutions employing Multisim.

**Assignment
3: **(Due: Monday,
September 24. Submit a hardcopy before lecture starts. Also, make a copy of
your solution and keep it for your records)

**Svoboda textbook**: P3.3-10, P3.4-16, P3.6-14, P3.6-27.

Solve the “Your
Turn” problems on Chapter 3 Slides: 38, 42 (bottom circuit), 47 [first circuit,
second circuit (with the 7 resistors) and the cube] and 59 (second problem,
Circuit b).

Employ Mathcad to
solve (symbolically) the set of Equations (1), (2) and (4) on Slide 17.

Employ Multisim to
solve for in the
circuit on Slide 48

**Assignment
4: **(Due: Monday,
October 8. Submit a hardcopy __before lecture starts.__ Also, make a copy of your solution and keep it for your records)

**Assignment
5: **(Due: Monday,
October 15. Submit a hardcopy __before lecture starts__. Also, make a copy of your solution and keep it for your records)

**Assignment
6: **(Due: Due
Monday, October 22. Submit a hardcopy __before lecture starts__. Also, make a copy of your
solution and keep it for your records)

**Assignment
7: **(Due: Monday,
November 5. Submit a hardcopy __before lecture starts__. Also, make a copy of your solution and keep it for your records)

**Assignment
8: **(Due:
Wednesday, November 14. Submit a hardcopy __before lecture starts__. Also, make a copy of your
solution and keep it for your records)

**Assignment
9: **(Due: Tuesday, November 20, but you may also
extend the deadline to Wednesday, November 21, __before 5:00 pm__ (sharp!). __Submit to your TA an electronic
version__ of your solution (fs6081@wayne.edu). Also, make a copy of your solution and keep it for
your records. Pickup your graded assignment 9 directly from your TA on
Monday, Nov. 26, 12:30-2:30; Room 3342 Engineering.

(Solve all problems, even and odd)

**Assignment
10: **(Due: Monday, December 10, __before lecture
starts)__. Also, make a copy of your solution and keep it for your records. Pickup
your graded assignment 10 from Mostafa on Thursday, Dec. 13, 4:00-6:00 in the
open lab.

(Solve all problems, even and odd)