An unknown 3 x 3 matrix A using rowoperations eor_1, ero_2, ero_3 and ero_4. In this order, the matrix can be formed into an identity matrix eroj: -3rı +r2 → r2 ero2: -3r3 → r3 ero3: rį + r2 ero4: 5r3 +r| → r| a) For every i = 1, 2, 3, 4 the elementary matrix Eirthat is the same as ero_i. Argue for one of the following matrix products. AE,E3E2E1, AE,E2E3E4, E¡E2E3E4A eller E4E3E2E¡A must be the identity matrix. Which one is it? List another one of these four products which provides the identity matrix. b) For each i = 1, 2, 3, 4 in the elementary matrix E, 'and apply these to dedice A. c) Let X be row 2 and 3 in the matrix EE,E,E, and set 3 -5 0 -43] B Show that X is the inverse to B Decide all left inverse to B Does matrix B have any right inverse?
An unknown 3 x 3 matrix A using rowoperations eor_1, ero_2, ero_3 and ero_4. In this order, the matrix can be formed into an identity matrix eroj: -3rı +r2 → r2 ero2: -3r3 → r3 ero3: rį + r2 ero4: 5r3 +r| → r| a) For every i = 1, 2, 3, 4 the elementary matrix Eirthat is the same as ero_i. Argue for one of the following matrix products. AE,E3E2E1, AE,E2E3E4, E¡E2E3E4A eller E4E3E2E¡A must be the identity matrix. Which one is it? List another one of these four products which provides the identity matrix. b) For each i = 1, 2, 3, 4 in the elementary matrix E, 'and apply these to dedice A. c) Let X be row 2 and 3 in the matrix EE,E,E, and set 3 -5 0 -43] B Show that X is the inverse to B Decide all left inverse to B Does matrix B have any right inverse?
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter4: Eigenvalues And Eigenvectors
Section4.5: Iterative Methods For Computing Eigenvalues
Problem 51EQ
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