Examples of using Function definition 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
That's our function definition.
Function definition- front view.
Say this was a function definition.
My codomain is the set that I'm potentially mapping to, and is part of the function definition.
So that's her function definition right there.
But what this is, is this is a function definition.
This is our function definition. f of x is equal to 5 times 2 minus x over 11.
This is not a proper function definition.
This is just an arbitrary function definition, but hopefully it will help you understand what's actually going on with a function. .
They tell us-- this is our function definition.
So, for example, our function definition, so it's 8 if x is equal to 3 or 4.
This is a completely valid function definition.
So let's say that that's my function definition based on the notation that we have been introduced to.
This isn't too difficult, but this is a function definition.
Let's say I have a function definition that looks like this.
So either of these would be legitimate function definitions.
That was part of my function definition, I said we're mapping from R2, so my domain is R2.
So to answer this question let's try to re-write the same exact function definition slightly differently.
But this is part of the function definition, I'm defining the function to be a mapping from real numbers.
When I have this little vertical line at the base of the arrow, that's kind of the function definition.
So now we have these more abstract function definitions, so now can stick really any number in it.
In this case f is a mapping from real numbers-- the real numbers are everything that I can put in here-- actually this is part of the function definition.
If you want it to be the exact same function definition as this over here, you would have to have the same domain.
So this is the function right over here, and so once again, if someone were to ask you what is f(1), you would go… and let's say, well this was a function definition, you would go x=1.
So part a, this is our function definition, right here, for part a, which is a completely legitimate function definition.
If you wanted to find you, you could calculate this somehow or you could even leave it in this form, and then if you wanted f'(a)[f-prime of a], you would just substitute a into your function definition, and you would say, well that's going to be the limit as h approaches 0 of every place you see an x or every place you see an a.
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 then the second component by our transformation or function definition is just 3 times the first component in our domain, I guess you could say.
So this function definition really should say f of x is equal to x squared minus 5 for x is equal to-- we could write any member for x is a member of the set minus 2, minus 1, 0, 1, 2.
Now, with that in mind, let's figure out, one, the function definitions for each of these problems here, these example problems, and then figure out the domains and the ranges.