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# |
Date Assigned |
Date Due |
Topic |
Hint |
|
Group Quiz 2 |
Mon 04.13.09 |
Mon 04.13.09 |
Matlab and Approximation Theory |
You will probably need to draw a picture
of the two curves in order to see where all the points of intersection lie
in the plane. There are four. How would you get Matlab to plot these curves? |
|
Quiz
5 |
Fri
03.20.09 |
Fri
03.13.09 |
Solving Nonlinear Systems of Equations |
Think about the difference between
Jacobi's Method and Gauss-Seidel. You'll need the formula for the inverse of
a 2x2 matrix [a b; c d] which is [d -b; -c a]*(1/(ad-bc)) |
|
Group Quiz 1 |
Fri
03.13.09 |
Mon 03.13.09 |
Matlab and Nonlinear Systems of Equations |
You will probably need to draw a picture
of the two curves in order to see where all the points of intersection lie
in the plane. There are four. How would you get Matlab to plot these curves? |
|
Quiz
4 |
Fri
02.20.09 |
Mon 02.23.09 |
Lazy
Newton's Method |
Think about the difference between
Newton's Method and "Lazy" Newton's Method and what that would do to the
visualization of what a "fixed slope" method would look like. |
|
BONUS
Quiz 2 |
Wed 02.13.09 |
Wed 02.18.09 |
MATLAB practice |
Think about the easiest way to generate
and find the sum of the first 100 integers. |
|
Quiz 3 |
Fri
02.13.09 |
Mon 02.18.09 |
Appreciating cubic convergence |
Always simplify the expression
before you take the limit of the rational expression |
|
Quiz
2 |
Fri
02.06.09 |
Mon 02.09.09 |
Rates
of Convergence of Functions |
Think about the Taylor expansion of e^A
(twice!) |
|
BONUS
Quiz 1 |
Wed 1.28.09 |
Mon 02.02.09 |
Finite Precision Arithmetic |
Remember that you can never more than
5-digits (except for the error calculations in part 1(e)) |
|
Quiz 1 |
Fri
1.23.09 |
Mon 1.26.09 |
Binary
Representation of Numbers |
|