Label the following statements as true or false.{a) If E is an elementary matrix, then det(E ) = ± 1.(b) For any A, B ϵ Mnxn(F), det(AB) = det(A) · det(B ).{c) A matrix M ϵ Mnxn(F ) is invertible if and only if det(.M) = 0.(d) A matrLx M ϵ Mnxn(F) has rank n if and only if det(M) ≠ 0.(e) For any A ϵ Mnxn(F), det(AL) = - det(A).(f) The determinant of a square matrix can be evaluated by cofactorexpansion along any column.(g) Every system of n linear equations in n unknowns can be solvedby Cramer's rule.
Label the following statements as true or false.{a) If E is an elementary matrix, then det(E ) = ± 1.(b) For any A, B ϵ Mnxn(F), det(AB) = det(A) · det(B ).{c) A matrix M ϵ Mnxn(F ) is invertible if and only if det(.M) = 0.(d) A matrLx M ϵ Mnxn(F) has rank n if and only if det(M) ≠ 0.(e) For any A ϵ Mnxn(F), det(AL) = - det(A).(f) The determinant of a square matrix can be evaluated by cofactorexpansion along any column.(g) Every system of n linear equations in n unknowns can be solvedby Cramer's rule.
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter5: Orthogonality
Section5.3: The Gram-schmidt Process And The Qr Factorization
Problem 23EQ
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Label the following statements as true or false.
{a) If E is an elementary matrix, then det(E ) = ± 1.
(b) For any A, B ϵ Mnxn(F), det(AB) = det(A) · det(B ).
{c) A matrix M ϵ Mnxn(F ) is invertible if and only if det(.M) = 0.
(d) A matrLx M ϵ Mnxn(F) has rank n if and only if det(M) ≠ 0.
(e) For any A ϵ Mnxn(F), det(AL) = - det(A).
(f) The determinant of a square matrix can be evaluated by cofactor
expansion along any column.
(g) Every system of n linear equations in n unknowns can be solved
by Cramer's rule.
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