Examples of using Two vectors 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
Looks like two vectors.
R2 is a two-dimensional space, and you needed two vectors.
It's spanned by two vectors in R3.
What do we call all the linear combinations of two vectors?
But it's two vectors added to each other.
People also translate
I have added the two vectors.
If I add any two vectors in this set, is that also going to show up in my set?
Let's say we have two vectors.
We can say that if two vectors dot product is equal to 0, we will call them orthogonal.
Let's say that we have two vectors.
Even though we have two vectors, they're essentially collinear.
It's the span of those two vectors.
That when you add two vectors in your set, you still end up with another vector in your set.
Our set is just two vectors.
And this was for any two vectors that are members of our column space and our left null space.
That's the difference between the two vectors.
It's just those two vectors summed up.
And we can think about what the span of those two vectors are.
So I'm going to add the two vectors and then take the.
I think you can see that this is the dot product of two vectors.
Well, it's when your two vectors are collinear.
So we have our null space, which is the span of these two vectors in R3.
And then when you add the two vectors together, you get this vector. .
So that is equal to the span of v1 and v2 which are just those two vectors.
So the difference between the two vectors, let me make sure.
So our solution set is just a linear combination of those two vectors.
Look at them, if the angle between two vectors is 90 degrees, what does that mean?
It's going to be equal to the transformation T applied to the sum of those two vectors.
I get it, the difference between the two vectors looks like that.
So any solution set in my null space is going to be a linear combination of these two vectors.