anonymous
  • anonymous
Compare between the (guassian,gauss-jordan and LU factorization)methods for solving linear systems from the following view points: 1) Storage requirements. 2) Computational requirements. And hence suggest when to use each.
Mathematics
  • Stacey Warren - Expert brainly.com
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chestercat
  • chestercat
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anonymous
  • anonymous
This is a subjective question, but I'll do my best. By storage requirements, you mean the amount of memory/mind power/etc. for your brain/calculator needs, right? The one that would need the most "storage" would be the LU factorization. You might have to do more computations for Gauss and Gauss-Jordan. I personally hate LU factorizations you don't learn how to explicitly formulate them in elementary linear algebra, but you would use it when you have a lot of b's to calculate x for in the Ax = b equation. If you did Gauss or Gauss-Jordan, you would have to do elimination for b matrices, but you would only have to do ONE LU factorization. Use Gauss and Gauss-Jordan when you only have to solve for x in Ax = b when you only have one or two b's. It's a lot faster.

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