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Spyder89
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Hi, can anyone explain to me if a 3 x 4 matrix can have independent columns? How about independent rows?
Thanks!
Thanks!
A 3 x 4 matrix is a rectangular array of numbers or variables arranged in three rows and four columns.
When a matrix has independent columns, it means that none of the columns can be obtained by multiplying or adding the other columns. In other words, the columns do not have any linear relationships with each other.
To determine if a 3 x 4 matrix has independent columns, you can perform row operations to reduce the matrix to its row-echelon form. If there are no rows of zeros and no rows that are scalar multiples of each other, then the columns are independent.
A matrix with independent columns is important because it allows for a unique solution when solving a system of linear equations. In other words, the equations in the system are not redundant and can be used to find a specific solution for each variable.
Yes, a 3 x 4 matrix can have independent columns even if it has a row or column of zeros. As long as the remaining columns are not linearly dependent, the matrix can still have independent columns.