233 home Homework policy Homework grading Homework 0 Homework 1 Homework 2	EE 233 Spring 2008 Circuit Theory
	Homework Assignments Homework policy Homeworks are assigned each Monday and due the subsequent Monday. The homework must be turned in no later than the end of the class lecture on the due date. Absolutely no late homework accepted since the homework solution will be posted on this web site on the same day. Problems are primarily assigned from the textbook. Additional questions or problems outside the textbook are explicitly stated in the assignments. Students are permitted and encouraged to discuss approaches to homework problems together together so they can learn various problem-solving techniques from each other, but must complete and submit homework individually. Please write your name and your section clearly. Homework grading All late homeworks automatically receive zero score since the homework solution will be posted on this web site on the due date, after the end of the class lecture. Grading guidelines. NOTE on solutions: Solutions sometimes have errors. If you suspect possible errors, please notify the instructor and the TAs. There are many methods to solve a problem. A method used in the textbook solution or by the TAs or by the instructor should not be interpreted as the only "right" way to solve a problem. Homework 0 Optional review homework, can replace lowest regular homework score. Assigned on Monday 3/29, due Monday 4/5 in class. 1. Problem 4.72 in Nilsson and Riedel. 2. Problem 5.14 3. Problem 6.17 4. Problem 7.25 5. Problem 8.51 6. Calculate the following complex number: (1+3j)+(2-2j)/(2+j). Give answer in both Cartesian and angular (magnitude and phase) form. Homework 0 Solutions BACK TO TOP Homework 1 Assigned on Monday 4/5, due Monday 4/12 in class. 1. Problem 9.3 in Nilsson and Riedel. 2. Problem 9.20 3. Problem 9.23 4. Problem 9.48 5. Problem 9.54 6. Problem 9.61 7. Problem 9.65 Homework 1 Solutions BACK TO TOP Homework 2 Assigned on Monday 4/12, due Monday 4/19 in class. 1. Problem 9.70 in Nilsson and Riedel. 2. Problem 9.83, also determine the power factor of the source with and without the -j22 Ohm capacitor. 3. Problem 10.1 4. Problem 10.9 5. Problem 10.24 6. Problem 10.43 7. Problem 10.51 Homework 2 Solutions BACK TO TOP Homework 3 Assigned on Friday 4/23, due Wednesday 4/28 in class. 1. Problem 12.10. 2. Problem 12.19. 3. Problem 12.23. 4. Problem 12.27. 5. Problem 12.37. Homework 3 Solutions BACK TO TOP Homework 4 Assigned on Wednesday 4/28, due Wednesday 5/5 in class. 1. Check your answer to Problem 12.37 (5th Problem on HW#3) with SPICE. 2. Problem 12.38. 3. Find f(t) for the following functions: (a) F(s)=(s3+8s2+16s+12)/(s2+5s+6) (b) F(s)=(2s2-4s+2)/(s+2)3 (c) F(s)=(s+3)/(s2+4s+5) (d) F(s)=(3s+2)/(s2+2s+5)2 4. Apply the initial and final value theorem to each transform pair in Problem 3, if possible. Homework 4 Solutions BACK TO TOP Homework 5 Assigned on Wednesday 5/5, due Monday 5/10 in class. 1. Problem 13.13 in Nilsson and Riedel. Check your answer to (c) with PSpice. 2. Problem 13.19 in Nilsson and Riedel. 3. Problem 13.32 in Nilsson and Riedel. 4. Problem 13.44 in Nilsson and Riedel. 5. Problem 13.56 in Nilsson and Riedel. Homework 5 Solutions BACK TO TOP Homework 6 Assigned on Wednesday 5/10, due Monday 5/17 in class. 1. Problem 13.60 in Nilsson and Riedel. /FONT> 2. Problem 13.71 in Nilsson and Riedel. 3. Problem 13.76 in Nilsson and Riedel. Check your answer to (c) with PSpice. 4. Problem 13.79 in Nilsson and Riedel. 5. Problem 13.85 in Nilsson and Riedel. 6. Problem 14.5 in Nilsson and Riedel. 7. Problem 14.13 in Nilsson and Riedel. Homework 6 Solutions BACK TO TOP Homework 7 Assigned on Friday 5/21, due Wednesday 5/26 in class. 1. Problem 14.18 in Nilsson and Riedel. /FONT> 2. Problem 14.25 in Nilsson and Riedel. Plot the asymptotic Bode plot for this filter and compare to computer calculation. 3. Problem 14.40 in Nilsson and Riedel. 4. Problem 15.5 in Nilsson and Riedel. 5. Problem 15.13 in Nilsson and Riedel. 6. Problem 15.27 in Nilsson and Riedel. Homework 7 Solutions BACK TO TOP Homework 8 Assigned on Friday 5/28, due Friday 6/4 in class. Homework 8 Solutions BACK TO TOP  Last Updated: 03/29/2010	Contact the instructor at: dunham@ee.washington.edu