Cofactor expansion determinant 4x4

    • [PDF File]5.3 Determinants and Cramer’s Rule

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      of a determinant, see below four properties and cofactor expansion. Four Properties. The de nition of determinant (9) implies the fol-lowing four properties: Triangular The value of det(A) for either an upper triangular or a lower triangular matrix Ais the product of the

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    • [PDF File]Lec 16: Cofactor expansion and other properties of ...

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      The method of cofactor expansion is especially applicable if a matrix has a row or a column with many zeros. Then we expand the determinant along this row or column. 1. Example. Compute the determinant of

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    • [PDF File]32 Cofactor Expansion - Old Dominion University

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      (expansion of det(A)along the i-th column) EXAMPLE 2In Example 2 (→p. 154), the determinant of A = 12−34 −4213 30 0−3 20−23 was found by •expansion along the third row, and •expansion along the first column. We shall illustrate the expansion along the second column: MATH 316U (003) - …

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    • [PDF File]3.6 Proof of the Cofactor Expansion Theorem

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      3.6 Proof of the Cofactor Expansion Theorem Recall that our definition of the term determinant is inductive: The determinant of any 1×1 matrix is defined first; then it is used to define the determinants of 2×2 matrices. Then that is used for the 3×3 case, and so …

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    • [PDF File]212 CHAPTER 3 Determinants - Purdue University

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      Regardless of the chosen row or column, the cofactor expansion will always yield the determinant of A. However, sometimes the calculation is simpler if the row or column of expansion is wisely chosen. We will illustrate this in the examples below. The proof of the Cofactor Expansion Theorem will be presented after some examples. Example 3.3.8 ...

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