Problem 1TFR: For items a-f, decide if the given statement is true or false, and give a brief justification for... Problem 2TFR Problem 3TFR: For items a-f, decide if the given statement is true or false, and give a brief justification for... Problem 4TFR Problem 5TFR Problem 6TFR Problem 1P: For Problems 1-14, evaluate the determinant of the given matrix by first using elementary row... Problem 2P: For Problems 1-14, evaluate the determinant of the given matrix by first using elementary row... Problem 3P: For Problems 1-14, evaluate the determinant of the given matrix by first using elementary row... Problem 4P: For Problems 1-14, evaluate the determinant of the given matrix by first using elementary row... Problem 5P: For Problems 1-14, evaluate the determinant of the given matrix by first using elementary row... Problem 6P: For Problems 1-14, evaluate the determinant of the given matrix by first using elementary row... Problem 7P: For Problems 1-14, evaluate the determinant of the given matrix by first using elementary row... Problem 8P Problem 9P: For Problems 1-14, evaluate the determinant of the given matrix by first using elementary row... Problem 10P Problem 11P: For Problems 1-14, evaluate the determinant of the given matrix by first using elementary row... Problem 12P Problem 13P: For Problems 1-14, evaluate the determinant of the given matrix by first using elementary row... Problem 14P Problem 15P: For Problems 1521, use Theorem 3.2.5 to determine whether the given matrix is invertible or not.... Problem 16P Problem 17P: For Problems 1521, use Theorem 3.2.5 to determine whether the given matrix is invertible or not.... Problem 18P Problem 19P Problem 20P Problem 21P: For Problems 1521, use Theorem 3.2.5 to determine whether the given matrix is invertible or not.... Problem 22P Problem 23P: Determine all values of the constant k for which the given system has a unique solution.... Problem 24P: Determine all values of the constant k for which the given system has a unique solution.... Problem 25P: Determine all values of the constant k for which the given system has an infinite number of... Problem 26P: If A=[112314013], find det(A), and use properties of determinants to find det(A1) and det(3A) . Problem 27P Problem 28P: Verify property P9 for the matrices A=[coshxsinhxsinhxcoshx] and B=[coshysinhysinhycoshy] . Problem 29P: For Problems 2932, let A=[abcd] and assume det(A)=1 .Find det(B). B=[2a2c3a+b3c+d]. Problem 30P: For Problems 2932, let A=[abcd] and assume det(A)=1 .Find det(B) . B=[3c3d4a4b] . Problem 31P Problem 32P Problem 33P: For Problems 33-36, let A=[abcdefghi] and assume det(A)=6. Find det(B). B=[ghi2d2e2fabc] . Problem 34P: For Problems 33-36, let A=[abcdefghi] and assume det(A)=6. Find det(B). B=[4d4e4fg+5ah+5bi+5cabc] . Problem 35P: For Problems 33-36, let A=[abcdefghi] and assume det(A)=6. Find det(B). B=[def3a3b3cg4dh4ei4f] . Problem 36P Problem 37P: For Problems 37-44, let A and B be 44 matrices such that det(A)=5 and det(B)=3. Compute the... Problem 38P: For Problems 37-44, let A and B be 44 matrices such that det(A)=5 and det(B)=3. Compute the... Problem 39P: For Problems 37-44, let A and B be 44 matrices such that det(A)=5 and det(B)=3. Compute the... Problem 40P: For Problems 37-44, let A and B be 44 matrices such that det(A)=5 and det(B)=3. Compute the... Problem 41P: For Problems 37-44, let A and B be 44 matrices such that det(A)=5 and det(B)=3. Compute the... Problem 42P: For Problems 37-44, let A and B be 44 matrices such that det(A)=5 and det(B)=3. Compute the... Problem 43P: For Problems 37-44, let A and B be 44 matrices such that det(A)=5 and det(B)=3. Compute the... Problem 44P: For Problems 37-44, let A and B be 44 matrices such that det(A)=5 and det(B)=3. Compute the... Problem 45P: Let A,B,andS be nn matrices. If S1AS=B, must A=B? Must det(A)=det(B)? Justify your answers. Problem 46P: Let A=[124316k32]. a) In terms of k, find the volume of the parallelepiped determined by the row... Problem 47P: Without expanding the determinant, determine all values of x for which det(A)=0 if A=[11x21x241x3] . Problem 48P: Use only properties P1,P2,P6 to show that |xyxyy+xx+y|=(x2+y2)||. Problem 49P Problem 50P Problem 51P: An nn matrix A that satisfies AT=A1 is called an orthogonal matrix. Show that if A is an orthogonal... Problem 52P: a. Use the definition of a determinant to prove that if A is an nn lower triangular matrix, then... Problem 53P: Use the determinants to prove that if A is invertible and BandC are matrices with AB=AC, then B=C. Problem 54P: If A and S are nn matrices with S invertible, show that det((S1AS)2)=[det(A)]2. Problem 55P Problem 56P: Let E be an elemetary matrix. Verify the formula for det(E) given in the text at the beginning of... Problem 57P: Show that |xy1x1y11x2y21|=0 represents the equation of the straight line through the distinct points... Problem 58P: Without expanding the determinant, show that |1xx21yy21zz2|=(yz)(zx)(xy). Problem 59P: If A is an nn skew symmetric matrix and n is odd, prove that det(A)=0. Problem 60P Problem 61P: Let A be general 44 matrix. a Verify property P1 of determinant in the case when the first two rows... Problem 62P Problem 63P: Determine all values of a for which [1234a212343212343212a4321] is invertible. Problem 64P Problem 65P format_list_bulleted