Transpose of a Matrix
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Transpose of a Matrix
Definition. Let A be an mxn matrix. The transpose of A, denoted by A or AT, is the n x m matrix obtained from A by interchanging the rows and columns of A. Thus the first row of A is the first column of A the second row of A is the second column of A and so on.
Example. If A = , find A.
Solution. Column 1 of A becomes Row 1 of A Column 2 becomes Row 2 and Column 3 becomes Row 3. Thus
Properties of the Transpose of a Matrix
1. Let A and B be two matrices of order m x n. Then (A ± B )' = A' ± B'.
2. Let A be a matrix of order m x n and k be a scalar. Then (Ka) = KA’.
3. Let A and B be matrices of order m x n and n x p respectively. Then (AB)’ = B’ A’.
4. For any matrix A, (A’) = A.
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Example. If A = , find A.
Solution. Column 1 of A becomes Row 1 of A Column 2 becomes Row 2 and Column 3 becomes Row 3. Thus
Properties of the Transpose of a Matrix
1. Let A and B be two matrices of order m x n. Then (A ± B )' = A' ± B'.
2. Let A be a matrix of order m x n and k be a scalar. Then (Ka) = KA’.
3. Let A and B be matrices of order m x n and n x p respectively. Then (AB)’ = B’ A’.
4. For any matrix A, (A’) = A.
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