Examples of using My vector in English and their translations into Polish
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Ecclesiastic
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Financial
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Official/political
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Programming
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Computer
This is my vector b.
My vector b looks like that.
That was my vector v.
So my vector b will look like that.
That's my, right there, that is my vector v.
That's my vector a, right there.
the magnitude of my vector is 1/2.
Closing on my vector right now.
My vector x would look something like this.
So let's say my vector field is 5i.
My vector b if I draw it in standard form, looks like this.
So I'm multiplying my vector times the scalar first.
So my vector b, 0-- I don't move to the right at all and I go up.
If I were to draw my vector b-- let me draw it.
My vectors changed this much,
Let's just say that my vector is the vector 2, 1.
My vector search found a known associate who turned off his cell phone at the exact same time.
So clearly, by multiplying my vector x times a, I'm mapping.
Let me define a set I, maybe l for line, that's equal to the set of all of vectors where the vector x, I could do it bold or I will just draw an arrow on it, plus some scalar-- I could use c, but let me use t, because I'm going to call this a parametrization of the line-- so plus some scalar, t times my vector v such that t could be any member of the real numbers.
So the length of my vector y-- actually, let's do something even better.
I'm going to define my vector to be-- I can do with the arrow on top or I can just make it super bold.
times my vector v, I get here.
let's say, my vector field is cosine of yi plus-- so it's interesting;
2 times my original, so minus 2 times my vector v, that equaled what?
this is some scalar times my vector v, and I add x to it,
Who turned off his cell phone at the exact same time. My vector search found a known associate.
So if I were to do minus 2 times my vector v, but I were to add x to it, so plus x.
these constants is non-zero, that I can represent my vector v1 as some combination of the other vectors. .
this green vector right here is the projection of my vector V3 onto the subspace V2