Various advanced texts in linear algebra prove the following determinant criterion for rank: The rank of a matrix A is r if and only if A has some r × r submatrix with a nonzero determinant, and all square submatrices of larger size have determinant zero. (A submatrix of A is any matrix obtained by deleting rows or columns of A. The matrix A itself is also considered to be a submatrix of A.) Use this criterion to find the rank of the matrix. 1 6 5 30 -1| rank (A) =

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Q: what is the determinant of an upper/lower triangular matrix?

A: This question is related to Linear Algebra. Here the determinant of upper/lower triangular matrix is…

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A: We check the given statements are true or false.

Q: (a) Use Excel, or any Mathematical software, or any programming language, to compute the…

A: The main objective is to generalize the determinant of matrix.