Problem 1E: In Exercises 12, find all the minors and cofactors of the matrix A. A=[123671314] Problem 2E: In Exercises 12, find all the minors and cofactors of the matrix A. A=[112336014] Problem 3E: Let A=[41160033410144132] Find a. M13 and C13 b. M23 and C23 c. M22 and C22 d. M21 and C21 Problem 4E: Let A=[2311320332103214] Find a. M32 and C32 b. M44 and C44 c. M41 and C41 d. M24 and C24 Problem 5E: In Exercises 58, evaluate the determinant of the given matrix. If the matrix is invertible, use... Problem 6E: In Exercises 58, evaluate the determinant of the given matrix. If the matrix is invertible, use... Problem 7E: In Exercises 58, evaluate the determinant of the given matrix. If the matrix is invertible, use... Problem 8E: In Exercises 58, evaluate the determinant of the given matrix. If the matrix is invertible, use... Problem 9E: In Exercises 914, use the arrow technique of Figure 2.1.1 to evaluate the determinant. [a353a2] Problem 10E: In Exercises 914, use the arrow technique of Figure 2.1.1 to evaluate the determinant. [276512384] Problem 11E: In Exercises 914, use the arrow technique of Figure 2.1.1 to evaluate the determinant. [214357162] Problem 12E: In Exercises 914, use the arrow technique of Figure 2.1.1 to evaluate the determinant. |112305172| Problem 13E: In Exercises 914, use the arrow technique of Figure 2.1.1 to evaluate the determinant. |300215194| Problem 14E: In Exercises 914, use the arrow technique of Figure 2.1.1 to evaluate the determinant. |c4321c24c12| Problem 15E: In Exercises 1518, find all values of for which det(A) = 0. A=[215+4] Problem 16E: In Exercises 1518, find all values of for which det(A) = 0. A=[40002031] Problem 17E: In Exercises 1518, find all values of for which det(A) = 0. A=[102+1] Problem 18E: In Exercises 1518, find all values of for which det(A) = 0. A=[44010005] Problem 19E: Evaluate the determinant in Exercise 13 by a cofactor expansion along a. the first row b. the first... Problem 20E: Evaluate the determinant in Exercise 12 by a cofactor expansion along a. the first row b. the first... Problem 21E: In Exercises 2126, evaluate det(A) by a cofactor expansion along a row or column of your choice.... Problem 22E: In Exercises 2126, evaluate det(A) by a cofactor expansion along a row or column of your choice.... Problem 23E: In Exercises 2126, evaluate det(A) by a cofactor expansion along a row or column of your choice... Problem 24E: In Exercises 2126, evaluate det(A) by a cofactor expansion along a row or column of your choice.... Problem 25E: In Exercises 2126, evaluate det(A) by a cofactor expansion along a row or column of your choice.... Problem 26E: In Exercises 2126, evaluate det(A) by a cofactor expansion along a row or column of your choice.... Problem 27E: In Exercises 2732, evaluate the determinant of the given matrix by inspection. [100010001] Problem 28E: In Exercises 2732, evaluate the determinant of the given matrix by inspection. [200020002] Problem 29E: In Exercises 2732, evaluate the determinant of the given matrix by inspection. [0000120004301238] Problem 30E: In Exercises 2732, evaluate the determinant of the given matrix by inspection. [1111022200330004] Problem 31E: In Exercises 2732, evaluate the determinant of the given matrix by inspection. [1273014100270003] Problem 32E: In Exercises 2732, evaluate the determinant of the given matrix by inspection.... Problem 33E: In each part, show that the value of the determinant is independent of .... Problem 34E: Show that the matrices A=[ab0c]andB=[de0f] commute if and only if |bacedf|=0 Problem 35E: By inspection, what is the relationship between the following determinants?... Problem 36E: Show that det(A)=12|tr(A)1tr(A2)tr(A)| for every 2 2 matrix A. Problem 37E: What can you say about an nth-order determinant all of whose entries are 1? Explain Problem 38E: What is the maximum number of zeros that a 3 3 matrix can have without having a zero determinant?... Problem 39E: Explain why the determinant of a matrix with integer entries must be an integer Problem 40E: prove that (x1, y1), (x2, y2), and (x3, y3) are collinear points if and only if |x1y11x2y21x3y31|=0 Problem 41E: Prove that the equation of the line through the distinct points (a1, b1) and (a2, b2) can be written... Problem 42E: Prove that if A is upper triangular and Bij is the matrix that results when the ith row and jth... Problem 43E: A matrix in which the entries in each row (or in each column) form a geometric progression starting... Problem 1TF: In parts (a)(j) determine whether the statement is true or false, and justify your answer. The... Problem 2TF: In parts (a)( j) determine whether the statement is true or false, and justify your answer. Two... Problem 3TF: In parts (a)(j) determine whether the statement is true or false, and justify your answer The minor... Problem 4TF: In parts (a)(j) determine whether the statement is true or false, and justify your answer. If A is a... Problem 5TF: In parts (a)(j) determine whether the statement is true or false, and justify your answer The number... Problem 6TF: In parts (a)(j) determine whether the statement is true or false, and justify your answer. If A is a... Problem 7TF: In parts (a)( j) determine whether the statement is true or false, and justify your answer. The... Problem 8TF: In parts (a)(j) determine whether the statement is true or false, and justify your answer For every... Problem 9TF: In parts (a)(j) determine whether the statement is true or false, and justify your answer. For all... Problem 10TF: In parts (a)(j) determine whether the statement is true or false, and justify your answer For every... Problem 1WT Problem 2WT format_list_bulleted