The Latin phrase is ad infinitum, and it means that something goes on and on and on. In other words, the same as "etcetera", or "and so on".
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1 one infinity divided by infinity
If the question meant infinity, the answer is none. Infinity is not a number.If the question meant infinity, the answer is none. Infinity is not a number.If the question meant infinity, the answer is none. Infinity is not a number.If the question meant infinity, the answer is none. Infinity is not a number.
Infinity plus infinity is without beginning nor ending
It is Kaylee Hilton.
Mette Lindberg of The Asteroids Galaxy Tour
nothing comes after infinity. Infinity is the way of saying 'never ending.' As infinity is not a number, nothing comes after it. If you are still confused think of it like this: 0,1,2,3,4,5,6,7,8,9,_________________-- In that gap comes infinity,
infinity. it started at 1 and doesn't have an end.
I do not understand what your saying, ad more detail. I do not understand what your saying, ad more detail.
The Latin phrase is ad infinitum, and it means that something goes on and on and on. In other words, the same as "etcetera", or "and so on".
I Know Places by Lykke Li
Coldplay-Paralysed
"ad" isn't an abbreviation here. It is Latin and means as much as "to" or "until". So "ad infinitum" means something like "until infinity" or "neverending".
To infinity. Indefinitely. Endlessly. --- Ad infinitum is Latin for "to infinity", In English use it means "endless", and is generally used to mean that something seemed endless - "John spoke about his interest in collecting beermats and went on ad infinitum." would 'translate' as "his audience got bored after 5 minutes!"
First off, infinity is not a number in conventional mathematics. In Calculus, you can work with infinity through the language of limits. It is important to note that when we use the shorthand: ∞/∞ What we are REALLY saying is "the limit of a function which diverges to infinity divided by the limit of a function which diverges to infinity". We are not actually saying "infinity divided by infinity". Now that THAT is out of the way, we can get to the answer. ∞/∞ is of indeterminate form, meaning that the division could converge to 0, it could converge to 1, it could converge to an arbitrary constant, or it could diverge to infinity. In order to figure out which of these cases is true, you need to apply L'Hospital's rule, by taking the derivative of the numerator and the denominator (separately).
Impossible to answer - since you're specifying 'ad infinitum' which means 'to infinity'.