Examples of using Dot product 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
The first term of this is going to be the dot product of this first row with this vector.
And then the second entry is going to be the dot product of this row vector with this column.
If you're familiar with dot product, it's essentially the dot product of these two matrices.
The dot product of those column vectors, each of the corresponding column vectors, with your matrix X.
Orthogonality, by definition, means its dot product with any vector in I is 0.
Because when we, you might want to review our original videos where we compared the dot product to the cross product. .
So if we distribute this c-- oh, sorry, if we distribute the v, we know the dot product exhibits the distributive property.
You can get negative dot products, but the absolute size of your dot product, the absolute value of your dot product is minimized when they're perpendicular to each other.
You take the first vector there, so vector B and you multiply that times the dot product of the other two vectors.
We learned that the dot product of 2 vectors tells you how much 2 vectors move together, and the cross product tells you how much the perpendicular, it's kind of the multiplication of the perpendicular components of a vector.
And if the dot product is a completely foreign concept to you, might want to watch, I think I have made multiple, 4 or 5 videos on the dot product, and its intuition, and how it compares.
And what's the dot product?
You're taking the dot product of v and 0.
It's not some type of new matrix dot product.
You take the first vector times the dot product of the.
This is the definition of the dot product of two-column vectors.
This is the dot product of the vectors A and C.
And you signify the dot product by saying a dot v.
And we have defined the dot product and we have defined.
So I'm going to take the dot product of that.