Examples of using Negative infinity 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
Negative infinity.
So this is negative infinity.
Negative infinity is going the exact opposite direction.
We approach negative infinity.
So as x get's super super super small, y goes to negative infinity.
But we approach negative infinity in either case.
The denominator, you would get negative infinity.
Limit at negative infinity, get negative of correct answer.
We actually start approaching negative infinity!
As x approaches positive or negative infinity, what is y approximately equal to, in this case?
And the denominator is approaching negative infinity.
As x approaches positive and negative infinity, and you will learn the concept of limits later on.
So as you go this way it, goes to negative infinity.
So as we approach negative infinity, we're going to approach our horizontal asymptote from above.
That actually would also be true as x approaches negative infinity.
It's going to asymptote to negative infinity, right, if I kept drawing this all the way down that would just asymptote.
So as x approaches infinity, or x approaches negative infinity.
It looks like it's going approach negative infinity as it approaches the vertical asymptote from the right.
So this number becomes really huge as you approach positive or negative infinity.
From the left hand side it approaches negative infinity, and 1/0 is just undefined.
So let's think about what happens as x approaches positive or negative infinity.
Once again crazy function, we're going to negative infinity, but the same principles apply.
So this is going to be the same thing as the limit of 3x^3 over 6x^4 as x approaches negative infinity.
So as x approaches positive or negative infinity, as we have done in the previous videos, this term starts to matter a lot less.
It's a negative of 1 over a very small number, so you're going to approach negative infinity.
So as you approach positive or negative infinity, this equation is approximately equal to the plus or minus square root of 4 over 9x squared.
If you subtract infinity from some non-infinite number, it's going to be negative infinity.
This is a situation where when we take the limit we get infinity over infinity, or negative infinity or positive infinity over positive or negative infinity.
And to figure out the asymptotes you just have to think about well what happens as x approaches positive or negative infinity.
But we can think about, what does this approach as x approaches positive or negative infinity.