Examples of using Polynomials 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
Taylor polynomials.
Now let's do a couple of operations with polynomials.
We will try to do stuff with polynomials and trig functions as well.
I think you get the idea of how to do these derivatives of polynomials.
Now, when we're dealing with polynomials, we're going to have some terminology.
In this video, we will cover the power rule, which really simplifies our life, when it comes to taking derivatives, especially derivatives of polynomials.
You might want to review factoring polynomials if that doesn't look familiar.
I think you're going to find that the chain and the product rules become even more useful once we start doing derivatives of expressions other than polynomials.
I think you will find that derivatives of polynomials are actually more straightforward than a lot of concepts that you.
So if we viewed a squared as kind of the independent variable or the x term, so now this kind of has the shape of polynomials that hopefully you're used to factoring a.
You might remember from factoring polynomials that if I have something of the form x squared minus y squared, that factors into x plus y times x minus y.
And that's actually the case with all of the polynomials we have seen.
In this video, we're going to learn to divide polynomials, and sometimes this is called algebraic long division.
So let's think of how we can approximate this using polynomials of ever increasing.
Now the important thing to remember when you simplify these polynomials is that you're going to add the terms of the same variable of like degree.
In fact, that's one of the reasons why i was defined in first place was so that people could take roots of all polynomials, even ones that didn't have real roots.
Now a couple of other terminologies, or words, that we need to know regarding polynomials, are the constant versus the variable terms.
And if you have a curve like this-- and you will see all sorts of curves when you do your calculus, because you have multiple degree polynomials, et cetera-- what are the interesting points?
The polynomial will be equal to the function at x equals 1.
The term polynomial is more general.
The standard form of a polynomial, essentially just.
It's going to be a polynomial right?
So a binomial is just a polynomial with two terms.
Uniqueness of characteristic polynomial of linear transformation in finite fields.
With this, the Legendre polynomial converges to a singular point.
And then we had that polynomial function on the bottom that.
And let's do some polynomial multiplication.
So first of all, what happens to this polynomial at c?
Just the first term of the polynomial.
This is the polynomial function below it.