Examples of using Our function 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
So that's our function.
Our function is mapping 0 to 4.
That was what our function did.
Our function is f of x is equal to x squared.
And let's see what our function maps these vectors to?
Our function, when you take 0-- so f of 0 is equal to 4.
And we define that as the derivative of our function.
That's our function definition.
You can see them in action in the first part of our function.
And then our function is equal to 9 if x is equal to 5.
This is kind of the change in our function per change in x.
Suppress notices when widgets are created directly with our function.
We don't know whether our function actually transitions at that point.
This vector right here in r3 got mapped to this vector in r2 by our function.
So, for example, our function definition, so it's 8 if x is equal to 3 or 4.
Plus one-half times f the second derivative of our function evaluated at 0 x squared.
So, literally, our function went from mapped from this vector in r3 to this vector in r2.
So I can write just y is equal to 2x plus 4, and this once again,this is our function.
And our function is going to be equal to 1, it's getting closer and closer to 1, it's actually at 1 the entire time.
So it's literally the n+1th derivative of our function minus the n+1th derivative of our nth degree polynomial.
That invertibility of a function implies there's a unique solution to this equation for any y that's in the co-domain of our function.
So let's say our function, let's say that f of x is equal to 3x to the fourth minus 4x to the third plus 2.
So I will do it in a dotted line because this isn't the graph of our function, but this is a line that our function is approaching.
If this is our function definition- completely identical to our original definition, then we just try values as x gets closer and closer to 2.
And we see over here, it is indeed the case as x approaches c… our function is approaching this point over here… which is the exact same thing as fc.
That's going to be the derivative of our function at"a" minus the first deriviative of our polynomial at"a.
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!
We can say it is continuous at the interior point c if the limit of our… function- this is our function right over here- as x… approaches c is equal to the value of our function. .
It looks like that, and it's undefined at three and if x is less than three our function is equal to negative one so it looks like- I will be doing that same color.