Unformatted text preview: t arithmetic. (Ugly looking answers with
2
0 1
expressions in denominators are allowed as long as they are correct.)
b. Now employ the same algorithm on the same problem but simulate a four decimal digit
floating point environment (thus 1 2 108 is computed as 1 ).
c. Finally, but use the original version of the Gaussian Elimination Algorithm and do the work
again in a four decimal digit floating point environment (thus 1 2 108 is computed as 1 ).
4. Suppose the application of the Gaussian Elimination algorithm on a 100 by 100 matrix is timed
at 500 seconds. How much time do you estimate would be required to apply the algorithm to a
1000 by 1000 matrix? (Ignore any issues with respect to the requirement for additional memory.)...
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This homework help was uploaded on 03/21/2014 for the course M 340L taught by Professor Pavlovic during the Spring '08 term at University of Texas.
 Spring '08
 PAVLOVIC
 Matrices

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