| 1. | The resulting linear circuit matrix can be solved with Gaussian elimination.
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| 2. | Simplified forms of Gaussian elimination have been developed for these situations.
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| 3. | The LU decomposition is basically a modified form of Gaussian elimination.
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| 4. | One can find a solution using Gaussian elimination in polynomial time.
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| 5. | Computing the inverse transformation using gaussian elimination requires operations.
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| 6. | Solving systems of equations over Z, uses a modified form Gaussian elimination.
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| 7. | These programs treat polynomials, iterative formulas, Gaussian elimination, and Bernoulli numbers.
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| 8. | They are used in the process of Gaussian elimination to represent the Gaussian transformations.
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| 9. | Specific choices lead to various methods including the conjugate gradient method and Gaussian elimination.
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| 10. | :Use Gaussian elimination to solve the system.
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