Respuesta :
If A and B are equal:
Matrix A must be a diagonal matrix: FALSE.
We only know that A and B are equal, so they can both be non-diagonal matrices. Here's a counterexample:
[tex]A=B=\left[\begin{array}{cc}1&2\\4&5\\7&8\end{array}\right][/tex]
Both matrices must be square: FALSE.
We only know that A and B are equal, so they can both be non-square matrices. The previous counterexample still works
Both matrices must be the same size: TRUE
If A and B are equal, they are literally the same matrix. So, in particular, they also share the size.
For any value of i, j; aij = bij: TRUE
Assuming that there was a small typo in the question, this is also true: two matrices are equal if the correspondent entries are the same.
Matrices represent their data in rows and columns.
The true options are:
- Both matrices must be the same size.
- For any value of i, j; aij = bij.
The names of the matrices are given as:
A and B
For any two matrices to be equal, then the following must be true:
- The matrices must have the same size.
- Corresponding elements of the matrices must be equal
The above highlights mean that:
- If matrix A is 2 by 3, then matrix B must also be 2 by 3
- If the element at A[i][j] is 5, then the element at B[i][j] must also be 5
Hence, the true options are (c) and (d)
Read more about matrices at:
https://brainly.com/question/11683276