Examples of using Linear transformation 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
Let's say if this was our first linear transformation, what I just did is I performed another linear transformation, T2.
And we could represent this linear transformation as being, we could say T2 applied to some vector x is equal to some transformation vector S2, times our vector x.
Now, our first linear transformation we did-- we saw that right here-- that was equivalent to multiplying S1 times A.
If you take the composition of one linear transformation with another, the resulting transformation matrix is just the product, as we have just defined it, of their two transformation matrices.
I said that the matrix representation of our linear transformation is going to be an m by n matrix.
And so the image of any linear transformation, which means the subset of its codomain, when you map all of the elements of its domain into its codomain, this is the image of your transformation. .
So we already know that if I have some linear transformation, T, and it's a mapping from Rn to Rm, then we can represent T-- what T does to any vector in x, or the mapping of T of x in Rn to Rm-- we could represent it as some matrix times the vector x.
And if the transformation is equal to some matrix times some vector, and we know that any linear transformation can be written as a matrix vector product, then the kernel of T is the same thing as the null space of A.
This is the transformation of that vector right there by this linear transformation, 0, k2, which is equal to the vector bk2 and dk2, so this point right here is bk2 and then this coordinate right there is dk2.
By definition, linear transformations have to satisfy these properties.
All linear transformations can be a matrix vector product.
Linear transformations and this condition.
In the next video I'm going to talk about linear transformations.
These are both conditions for linear transformations.
Triangle area computation and linear transformations.
Is the composition of two linear transformations even a.
We met both of our conditions for linear transformations.
Linear transformations, the sum of the transformations of two vectors is equal to the transformation of the sum of their of vectors.
Now, let's apply what we already know about linear transformations to what we have just learned about this identity matrix.
They're actually for the composition of two transformations where each of A and B are the transformation matrices for each of the individual linear transformations.