and if you take the derivative of infinity you get zero so that was point less |
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big ain't it |
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and if you take the derivative of infinity you get zero so that was point less |
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you can't do that on the internet!.... wait yes you can do it again!
Infinity is not a number, it's not constant, and you cannot take it's derivative. You can take the derivative of a function which is unbounded. It could be 0, like the case of f(x) = ln(x), or it could be infinity still, like in the case of g(x) = x^2. |
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well actually infinity's derivitive is zero what is y= infinity it is a line and the derivitive of a line is 0 |
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you can't do that on the internet!.... wait yes you can do it again!
define infinity, mathematically. |
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well ok |
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you can't do that on the internet!.... wait yes you can do it again!
If x = x + 1, then 0 = 1. Then you have a trivial ring, i.e. only one element, at best. The integers are an integral domain, which implies they are a ring. |
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