Examples of using This matrix in English and their translations into Thai
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
This matrix has m rows.
So it's 0 times this matrix.
So this matrix right here.
Or the minor of this matrix.
So if we have this matrix equation representing the.
So, I have three times this matrix.
I just copied this matrix over to the right.
So this is equivalent to this matrix.
I'm going to define this matrix right here as A plus B.
What we do is we augment this matrix.
We call this matrix a vector subtraction, as well.
But anyway, I have defined this matrix.
Let's multiply this matrix out and see what happens.
That's the determinant of this matrix A.
It's completely equivalent to this matrix right here.
This matrix A has a bunch of columns that are all linearly independent.
And we wanted to find the inverse of this matrix.
We just multiplied this matrix times this matrix.
But let's find the determinant of this matrix.
So the null space of this matrix is the eigenspace.
This matrix right here will become that matrix right there.
And actually, we see that this matrix is symmetric.
And so this matrix is the result of multiplying that matrix on the left by 3.
The product of A B is equal to this matrix right here.
I have got this matrix, A, here, it's a 2 by 3 matrix. .
And when we took the product we got this matrix here.
So when I multiply this matrix times this vector I should get the 0 vector.
And so that's the results of computing this matrix divided by four.
Now we can write this matrix as the sum of two different matrices. .