Examples of using Some subset 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
V is some subset of it.
Let's say I were to find some subspace, some subset.
That's some subset of R2.
This notation right here just means subset, some subset of T.
Or it could be some subset of these vectors.
For example, the image of Rn under transformation, maybe it's all of Rm or maybe it's some subset of Rn.
Now let's say I have some subset in my codomain.
But let's say when you take every element of Rn and you map them into Rm, let's say you get some subset of Rm.
So V is some subset of vectors, some subset of Rn.
And, of course, these are going to be some subset of Y right there.
Now, if we have some subset of T, let's call A to be some subset of T.
So this right here is going to be some subset of our original S.
It means you take some subset of R2, all of the vectors that define this triangle right here.
You transform all of them, and then you get some subset in your codomain.
Now what if we take some subset of R2, and let's just say it's a set of two vectors, the zero vector in R2, and the vector 1, 2.
How did that work or-- we had some subset of Rn that looked like this.
If I have a subset of Rn, so some subset of vectors of Rn, that contains the 0 vector, and it's closed under multiplication and addition, then I have a subspace.
There are big N elements in the whole population, and if you took some subset of that-- we're assuming that small n is less than or equal to big N-- and you divide that by the total number of elements in the sample.
That's just some set, or some subset of Rn where if I take any two members of that subset-- so let say I take the members a and b-- they're both members my subspace.
So what I'm saying is, look, if I take my domain, there must be some subset of vectors right here, where if I take any member of this set, it will map into these guys, and that's what I'm defining right here.