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Course: ECE 350, Fall 2008School: Boise State
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350 EE Signals & Systems Spring 2006 Last Homework Due Wednesday, 10 May 2005 by 1pm. Completion of this assignment will give you the right to drop your choice of homework grades. Please complete this even if you like your homework average. 1) Go to the COEN course evaluation webpage at http://coeneval.boisestate.edu and fill out the evaluation for all courses. your Printout the summary page that shows...
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350 EE Signals & Systems Spring 2006 Last Homework
Due Wednesday, 10 May 2005 by 1pm. Completion of this assignment will give you the right to drop your choice of homework grades. Please complete this even if you like your homework average. 1) Go to the COEN course evaluation webpage at http://coeneval.boisestate.edu and fill out the evaluation for all courses. your Printout the summary page that shows that you have done all your reviews for this term. Write your answers to the next two questions on that page. 2) Write a few sentences with advice to the students wh...
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Boise State - ECE - 350
Boise State - ECE - 350
EE350 Signals and Systems Fall 2004 Homework #4 - SolutionsThe following problems from your text are to be completed and turned in at the start of class on Friday, 24 September 2004. Problems: 1. Determine the impulse response by first finding the
Boise State - ECE - 350
EE350 Signals and Systems Fall 2004 Homework #6The following problems from your text are to be completed and turned in at the start of class on Friday, 15 October 2004. Problems: 1. Text problem 4.21 a, g. Use the Fourier Transform analysis integra
Boise State - ECE - 350
EE350 Signals and Systems Fall 2004 Homework #6The following problems from your text are to be completed and turned in at the start of class on Friday, 15 October 2004. Problems: 1. Text problem 4.21 a, g. Use the Fourier Transform analysis integra
Boise State - ECE - 350
EE350 Signals and Systems Fall 2004 Homework #7The following problems from your text are to be completed and turned in at the start of class on Friday, 22 October 2004. Problems: 1. For Text problem 4.26 iii, calculate the answer using convolution.
Boise State - ECE - 350
EE350 Signals and Systems Fall 2004 Homework #7The following problems from your text are to be completed and turned in at the start of class on Friday, 22 October 2004. Problems: 1. For Text problem 4.26 iii, calculate the answer using convolution.
Boise State - ECE - 350
EE350 Signals and Systems Fall 2004 Homework #9The following problems from your text are to be completed and turned in at the start of class on Friday, 5 November 2004. Problems: 1. Complete the Time-Domain multiplexing example we started in class.
Boise State - ECE - 350
EE350 Signals and Systems Fall 2004 Homework #9 -SolutionsThe following problems from your text are to be completed and turned in at the start of class on Friday, 5 November 2004. Problems: 1. Complete the Time-Domain multiplexing example we starte
Boise State - ECE - 350
EE350 Signals and Systems Fall 2004 Homework #10 - SolutionsThe following problems from your text are to be completed and turned in at the start of class on Wednesday, 1 December 2004. Problems: 1. Text 9.7. Sketch all possible non-empty ROCs. Writ
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Teachers College, Columbia University Speech-Language Pathology Student Council's A-Z Survival Guide 2006-2007 Advance Magazine: A free, weekly (non peer-reviewed) magazine for speech language pathologists and audiologists; offers articles on current
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EE222 Signals and Transforms Fall 1999 Homework #1The following problems from your text are to be completed and turned in at the start of class on Wednesday September 1st.Problems: 1.21 a,b,c 1.23 b 1.25 a,b,c 1.27 a,c,e,g 1.31
Boise State - ECE - 350
EE 222 Signals and Transforms Fall 1999 Homework #2The following problems from your text are to be completed and turned in at the start of class on Friday September 10. Problems: 2.1 b 2.11 a 2.21 d 2.22 a, b 2.23 2.29 a, c, e The following problem
Boise State - ECE - 350
EE222 Signals and Transforms Fall 1999 Homework #3The following problems from your text are to be completed and turned in at the start of class on Friday September 17th.Problems: 2.45 e 2.40 2.33 a(i) If you are still not comfortable with convol
Boise State - ECE - 350
EE222 Signals and Transforms Fall 1999 Homework #4The following problems from your text are to be completed and turned in at the start of class on Friday September 24th.Problems: 3.1 3.3 3.4 3.21 3.22 (a)-aExtra credit: 3.41 The test on Wednes
Boise State - ECE - 350
EE222 Signals and Transforms Fall 1999 Homework #5The following problems from your text are to be completed and turned in at the start of class on Wednesday October 13th.Problems: 4.21 a, g, i 4.22 a, e 4.23 4.26 i find the convolution of the t
Boise State - ECE - 350
EE222 Signals and Transforms Fall 1999 Homework #6The following problems from your text are to be completed and turned in at the start of class on Wednesday October 20th.Problems: 4.31 a 4.32 a, c 4.33 a, b (you should be able to do `c' and othe
Boise State - ECE - 350
EE222 Signals and Transforms Fall 1999 Homework #7The following problems from your text are to be completed and turned in at the start of class on Wednesday October 27th.Problems: 6.12 6.28 a-iii: Draw Bode plot with straight line approximation
Boise State - ECE - 350
EE222 Signals and Transforms Fall 1999 Homework #8The following problems from your text are to be completed and turned in at the start of class on Friday November 12th.Problems: 7.21 a, b, d, e 7.26 Determine P(jw) and the spectrum for the sampl
Boise State - ECE - 350
EE222 Signals and Transforms Fall 1999 Homework #9The following problems from your text are to be completed and turned in at the start of class on Friday November 19th. There will be a lecture on Semiconductors held in our classroom at this time.
Boise State - ECE - 350
EE222 Signals and Transforms Fall 1999 Homework #10The following problems are to be completed and turned in at the start of class on Monday November 29th. This is an optional homework, but if you choose to complete it, the grade you get on this hom
Boise State - ECE - 350
EE222 Signals and Transforms Spring 2000 Homework #1The following problems from your text are to be completed and turned in at the start of class on Wednesday February 2nd. Problems: 1)A continuous-time signal x(t) is shown belowx(t)11 -1 3 t
Boise State - ECE - 350
EE222 Signals and Transforms Spring 2000 Homework #2The following problems from your text are to be completed and turned in at the start of class on Wednesday February 9th. Problems: From your text: 1) problem 2.23 2) problem 1.23a 3) problem 1.25
Boise State - ECE - 350
EE222 Signals and Transforms Spring 2000 Homework #4The following problems from your text are to be completed and turned in at the start of class on Friday February 25th. Problems: From your text: 1) problem 3.1 2) problem 3.3 rationalize all coe
Boise State - ECE - 350
EE222 Signals and Transforms Spring 2000 Homework #5The following problems from your text are to be completed and turned in at the start of class on Wednesday March 1st. Problems: 1) problem 3.19 from your text 2) (a) Given x(t) as in problem 3.3,
Boise State - ECE - 350
EE222 Signals and Transforms Spring 2000 Homework #7The following problems from your text are to be completed and turned in at the start of class on Wednesday March 15th. 1) problem 4.31 a = find the response (Y(jw) for the three systems in 4.21a
Boise State - ECE - 350
EE222 Signals and Transforms Spring 2000 Homework #9The following problems from your text are to be completed and turned in at the start of class on Wednesday 12 April 2000.Problems: 1) A signal x(t) with Fourier Transform X(jw) undergoes impulse
Boise State - ECE - 350
EE222 Signals and Transforms Spring 2000 Homework #11The following problems from your text are to be completed and turned in at the start of class on Wednesday 26 April 2000.Problems: 1) Text problem 9.36 2) Text problem 9.25 b,c. What type of fi
Boise State - ECE - 350
EE 222 - Signals & Transforms Sample Exam #3 Spring 20001) A signal is sin(t ) x(t ) = cos(10t ) t(a) What is the equation describing X(jw)? (b) Draw X(jw). (c) According to Nyquist, what is the smallest sampling frequency, ws, that may be used
Boise State - ECE - 350
EE350 Signals and Transforms Fall 2003 Homework #3The following problems are to be completed and turned in at the start of class on Wednesday 17 September 2003. Problems: 1) Calculate the convolution y(t) = xi(t)*h(t) for the impulse response h(t)
Boise State - ECE - 350
EE 350 Signals and Systems Fall 2003 Homework #7The following problems from your text are to be completed and turned in at the start of class on Wednesday October 22nd. Problems: 1) Text 6.27 a, c, d 2) Text 6.27e 3) Text 6.33 a 4) Text 6.33b,c 5)
Boise State - ECE - 350
EE 350 Signals and Systems Fall 2003 Homework #8The following problems from your text are to be completed and turned in at the start of class on Monday November 10th. Problems: 1) Text 7.22 2) Text 7.26 3) Text 9.25 4) Text 9.33 5) Text 9.45 (think
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EE 350 Signals and Systems Fall 2003 Homework #10The following problems from your text are to be completed and turned in at the start of class on Monday November 24th. Problems: 1) Text 8.3. Also draw block diagram showing all steps between x(t) an
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Complex Number WorksheetConvert the complex numbers between rectangular and polar form. Plot all numbers on Real/Imaginary plane labeling magnitudes and phases. Note: put all exponents in radians [-,=] Polar to Rectangular Products Rectangular to Po
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Boise State - ECE - 350
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Boise State - ECE - 350
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Boise State - ECE - 350
EE350 Signals and Systems Spring 2007 Homework #3The following problems are to be completed and turned in at the start of class on Wednesday, 14 February 2007. Problems: 1)Calculate the convolution y(t) = xi(t)*h(t) for the impulse response h(t)
Boise State - ECE - 350
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Boise State - ECE - 350
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EE 350 Signals and Systems Spring 2007 Homework #7The following problems from your text are to be completed and turned in at the start of class on Wednesday March 21st. Problems:1) Text 9.15 2) Text 9.25 3) Text 9.28 4) Text 9.31
Boise State - ECE - 350
EE 350 Signals and Systems Spring 2007 Homework #8The following problems from your text are to be completed and turned in at the start of class on Friday April 13th. Problems: 1) a) A continuous-time signal x(t) is obtained at the output of an idea
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EE 350 Signals and Systems Spring 2007 Homework #9 - SolutionsThe following problems from your text are to be completed and turned in at the start of class on Friday April 20th. Problems: 1) Text problem 8.122) Text problem 8.253) Text problem
Boise State - ECE - 350
EE350 Signals & Systems Math Review The questions below represent types of mathematical problems that you should have encountered in earlier math and engineering courses. The problems are also representative of mathematical operations you will encou
Boise State - ECE - 350
ECE350 Signals & TransformsMath Review SolutionsFall 2008EE350 Signals & Transforms Math Review Solutions 1) 2) 3) 4) a) x=1.41 a) 1/2 +0j a) 1+j = 2e j 4 = 2e j 4 = L j c) 2 + j 2 = 2e 4 a)1+ j j = 1e 2 = j 1- j9b) x=1c) x=0.707 b)1-
Boise State - ECE - 350
EE350 Signals and Transforms Fall 2008 Homework #1The following problems are to be completed and turned in at the start of class on Friday 5 September 2008. Problems: Text 1.19 a,b,c Text 1.27 a,b,d
Boise State - ECE - 350
EE350 Signals and Transforms Fall 2008 Homework #2The following problems are to be completed and turned in at the start of class on Friday 12 September 2008. Problems: 1) Let x[n] = [n] + 2 [n-1] + 3 [n-2] h[n] = [n] + [n-1] + [n-2]+ [n-3] (a)
Boise State - ECE - 350
EE350 Signals and Transforms Fall 2008 Homework #3The following problems are to be completed and turned in at the start of class on Friday 19 September 2008. Problems: 1) 2)Problem 2.29 c, f Calculate the convolution y(t) = xi(t)*h(t) for the imp
Boise State - ECE - 350
EE350 Signals and Transforms Fall 2008 Homework #5The following problems are to be completed and turned in at the start of class on Friday 10 October 2008. Problems: 1) For the continuous-time periodic signal x(t) = 3 - 6sin(2t) + 5cos(4t+/3) deter
Boise State - ECE - 350
ECE350 Signals and Systems Fall 2008 Homework #6The following problems are to be completed and turned in at the start of class on Friday 17 October 2008. Problems: 1) Consider a causal LTI system implemented as the RC circuit shown below. A voltage
Boise State - ECE - 350
ECE350 Signals and Systems Fall 2008 Homework #7The following problems are to be completed and turned in at the start of class on Friday 24 October 2008. Problems: 1) Text problem 4.21 i 2) Consider a causal LTI system implemented as the RC circuit
Boise State - ECE - 350
ECE350 Signals and Systems Fall 2008 Homework #8The following problems are to be completed and turned in at the start of class on Friday 31 October 2008. Problems: 1) Text problem 6.14 2) (a) Draw a Bode plot that has the characteristics i. A slope
Boise State - ECE - 350
EE 350 Signals and Systems Fall 2008 Homework #9The following problems from your text are to be done during lab on Thursday 6 November. Revisions of problems 2 & 3 may be submitted until class time Monday. Problems:1) Repeat Test #2 as a group (3
Boise State - ECE - 350
EE 350 Signals and Systems Fall 2008 Homework #10The following problems are to be completed and turned in at the start of class on Friday 14 November 2008. Problems: 1) Text 8.6 a) Neatly draw the block diagram that generates g(t) from x(t). b) Det
Boise State - ECE - 350
EE 350 Signals and Systems Fall 2008 Homework #11The following problems are to be completed and turned in at the start of class on Friday 21 November 2008. Problems:1) Text 9.15 2) Text 9.25 3) Text 9.28 4) Text 9.31 5) Text 9.33
Boise State - ECE - 350
EE 350 Signals and Systems Fall 2008 Homework #12The following problems are to be completed and turned in at the start of class on Friday 21 November 2008. Problems:1) Text 9.25 2) Text 9.45 3) Text 10.18 4) Text 10.21 a-c 5) Text 10.23. (a) probl
Boise State - ECE - 350
EE 350 Signals & Systems Fall 2008 Last HomeworkDue Monday, 15 December 2008 by 1pm. Completion of this assignment will give you the right to drop your choice of homework grades. Please complete this even if you like your homework average.Go to t