4. Express the following matrix A and its inverse (A-1) as products of elementary matrices, 1\ A = (0 -1 0 (1 0 where 12 1.

College Algebra
1st Edition
ISBN:9781938168383
Author:Jay Abramson
Publisher:Jay Abramson
Chapter7: Systems Of Equations And Inequalities
Section7.8: Solving Systems With Cramer's Rule
Problem 3SE: Explain what it means in terms of an inverse for a matrix to have a 0 determinant.
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4. Express the following matrix A and its inverse (A-1) as products of elementary matrices,
(1 0 1)
A = (0 -1 0
where
12
1
(2 2 4
5. Use inversion logarithm to find the inverse of the matrix A = (3 4 5
\1 0 2.
Transcribed Image Text:4. Express the following matrix A and its inverse (A-1) as products of elementary matrices, (1 0 1) A = (0 -1 0 where 12 1 (2 2 4 5. Use inversion logarithm to find the inverse of the matrix A = (3 4 5 \1 0 2.
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