ECE190 Exam 1, Fall 2008
Thursday 25 September
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Be sure that your exam booklet has 9 pages. The exam is meant to be taken apart! Write your name at the top of each page. This is a closed book exam. You may not use a calculator. You are allowed one 8
ECE 190 Exam I Fall 2005
Tuesday, September 27th, 2005
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Be sure your exam booklet has 12 pages. Write your name at the top of each page. This is a closed book exam. You may not use a calculator. You are allowed one handwritten 8.5 x 11 sheet of not
ECE190 Exam 1, Spring 2007
Thursday 15 February
Name:
Be sure that your exam booklet has 13 pages.
The exam is meant to be taken apart!
Write your name at the top of each page.
This is a closed book exam.
You may not use a calculator.
You are allowe
ECE190 Exam 2, Fall 2006
Monday 30 October
Name:
Be sure that your exam booklet has 13 pages. The exam is meant to be taken apart! Write your name at the top of each page. This is a closed book exam. You may not use a calculator. You are allowed TWO 8.5
ECE190 Exam 2, Fall 2008
Thursday 30 October
Name:
Be sure that your exam booklet has 13 pages. The exam is meant to be taken apart! Write your name at the top of each page. This is a closed book exam. You may not use a calculator. You are allowed TWO 8.
ECE190 Exam 2, Spring 2007
Thursday 29 March
Name:
Be sure that your exam booklet has 14 pages.
The exam is meant to be taken apart!
Write your name at the top of each page.
This is a closed book exam.
You may not use a calculator.
You are allowed t
Volume in drive \ad.uillinois.edu\engr has no label.
Volume Serial Number is 84ED-4954
Directory of \ad.uillinois.edu\engr\instructional\tlin14\Desktop
10/04/2013 11:22 AM <DIR> .
10/04/2013 11:22 AM <DIR> .
10/04/2013 11:26 AM 164 list.txt
09/30/2013
function [x,y] = find_xy(HF)
% Name: Ting-Tsung, Lin
% NetID: tlin14
% simulate one run of the algorithm to find the optimum weight in function
% find_xy
mp1_data;
D_main= diag(-(1./d(1:n)+1./d(2:n+1),0);
D_upper= diag(1./d(2:n),1);
D_lower= diag(1./d(2:n
function handles= final_graphs
% Name: Ting-Tsung, Lin
% NetID: tlin14
% This function shows how the solutions approach in the functions.
global Data
figure
mp1_data;
Forces=Data(:,1);
Lengths=Data(:,2);
handles(1)=plot(Forces, Lengths, 'r*');
hold on
Tru