How eigenvector evolves when columns of matrix multiplies?

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$IX=AX$

So for the above equation, X is the eigenvector corresponding to the eigenvalues of 1. Let's multiply each column of A with a positive number bigger than one and call the new matrix B where A and B both are square matrices and I is the identity matrix.

$IX^{'}=BX^{'}$

My question is that what can we say about the $X^{'}$ Can we say all elements of $X^{'}$ are bigger than $X$?