Check this URL regularly for information about the course.
There will be written and programming assignments, including use of the computer algebra system MAPLE.
From the text: 1.1: 10,18; 1.2: 4 a), c),20;
1.3: 6 a), c).
added Sept. 19: 2.1: 16; 2.2: 12,18
When you use a text implementation of an algorithm say what system you
used and provide a printout of the run.
Suggested additional exercises (most have answers at the back of the
text):
1.1: 3,9,19,21,25; 1.2: 3,7,17,25; 1.3: 1,5,8,11,13
2.1: 5,9,13,17; 2.2: 3,9,13,17;
From the text: 2.3: 14; 2.4: 6; 2.5: 10 a), c); 2.6: 6; 3.1: 8,18.
When you use a text implementation of an algorithm say what system you used and provide a printout of the run.
Other suggested problems:
2.3: 5,7,15,17,21,25; 2.4: 3,5,9;
2.5: 1,5,9,13,17; 2.6: 5,9; 3.1: 3,5,11,15,17.
From the text: 3.2: 4; 3.3: 4 b); 3.4: 4 a), b), 12; 3.5: 2 a), c).
When you use a text implementation of an algorithm say what system you used and provide a printout of the run.
Other suggested problems: 3.2: 3,7,9,13; 3.3:3,5,7; 3.4: 3,7,11,15,21,25,28; 3.5: 1,3.
From the text: 4.1: 6 a), 12 a); 4.2 2 a), b); 4.3: 4 a-d; 4.4: 8 a),b), 18
When you use a text implementation of an algorithm say what system you used and provide a printout of the run.
Write a program to implement Steffensen's method. Use the language of your choice (as long as it is C++), and concentrate on making the program robust (I will try to break it). You will asked to hand in source code and an executable. This part of the assignment is due November 9.Other suggested problems: 4.1: 3, 7, 9, 21; 4.2: 3, 7, 9, 13; 4.3: 7, 9, 13, 15; 4.4: 7, 11, 13, 17
From the text: 4.5: 4, 10; 4.6 4 a), c); 4.7 2 a) c); 5.1: 2 a), c); 5.2: 2 a), 10.
Suggested problems:
4.5: 3, 7, 11; 4.6: 3, 5; 5.1 5, 7; 5.2: 5, 7, 11(only if you are a
non-conformist);
and the left out parts of problems assigned above.
extra problems: 5.3: 3, 5; 5.4: 7, 11, 13;
More extra problems: 6.1: 3, 5, 13 ; 6.2: 5,7, 9, 11, 13; 6.5: 3,5; 6.6: 3, 7,9, 13, 17; 7.3: 3,4, 9,12