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10 Nov 2019
and this is my answer to part a.
Please show the solution (all steps) for the rest of the partsb, c and d.
Consider the matrix A = Factor A in the following ways: A = LU, where L is unit lower triangular and U is upper triangular. A = LDU', where L is unit lower triangular, D is diagonal, and U' is unit upper triangular {I went over how to do this in class; if you missed lecture, you can begin by letting D take the diagonal elements of U, then define U' so that DU' = U). A = LRR U', where L is unit lower triangular, R is diagonal, and U' is unit upper triangular
and this is my answer to part a.
Please show the solution (all steps) for the rest of the partsb, c and d.
Consider the matrix A = Factor A in the following ways: A = LU, where L is unit lower triangular and U is upper triangular. A = LDU', where L is unit lower triangular, D is diagonal, and U' is unit upper triangular {I went over how to do this in class; if you missed lecture, you can begin by letting D take the diagonal elements of U, then define U' so that DU' = U). A = LRR U', where L is unit lower triangular, R is diagonal, and U' is unit upper triangular
1
answer
0
watching
93
views
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Deanna HettingerLv2
30 Aug 2019