Examples of using This polynomial 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
What's the order of this polynomial?
If I were to list this polynomial in standard form, I would put this term first.
So this polynomial simplifies to the sum from n equals 0 to infinite of x to the n over n factorial.
So first of all, what happens to this polynomial at c?
It's given by this polynomial expression right here.
So let's use this to figure out the roots of this polynomial.
What is the derivative of this polynomial when you evaluate it at c?
And I realized that they probably want us to use a graphing calculator to figure out the roots of this polynomial.
If we were to just to graph the first term of this polynomial, what does it look like?
So what would be this, if I just kept saying that I'm just going to keep taking derivatives and adding them to this term, this polynomial?
And what I'm going to do, is I'm going to show you how this polynomial develops as we add terms.
I have this polynomial that's approximating this function, the more terms I have the higher degree of this polynomial, the better that it will fit this curve the further that I get away from"a.
So the x-component is 0 when x is equal to 1,these are just the roots of this polynomial, when x is equal to 1 or 2, right?
But what's cool about this right here, this polynomial that has a zero-degree term and a first-degree term, is now, this polynomial is equal to our function at x 0 and it also has the same first derivative!
Then we would have this equaling 0 and then you could say the roots of this polynomial or the solutions to the equation are what makes this true.
In the last video we took the Maclaurin Series of Cosine of x we approximated it using this polynomial and we saw this pretty interesting pattern.
So first when you look at it, it seems like a really complicated integral; we have this polynomial right over here being multiplied by this exponential expression and over here, the exponent, we essentially have another polynomial. .
Well, the second term actually ensures that the derivative of this polynomial, evaluated at c, is equal to the derivative of this function, evaluated at c.
This is the polynomial function below it.
It's going to be this big polynomial-- kth degree polynomial.
Let's say I'm defining, so this is a polynomial.
If I were to give you x squared plus 1, this is a polynomial.