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No, because your number will always keep its value. Infinity is comprised of an infinite amount of numbers and your number is included in that set. It will have a lower value than all the numbers that come after it in a progressive manner but it will always keep its value.

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Q: Can any large number when compared with infinity equal zero?
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Related questions

Does a negative number times positive infinity equal negative infinity?

Yes. Multiplying a negative number by a very large positive number will equal a large negative number. If you have the function y = -x, then as x approaches infinity, y will approach negative infinity at the same rate.


Does google plex equal infinity?

Furthermore, no number is equal to infinity because infinity is not a number, it is a concept, so theoretically, no number could be equal to it.


Large number in the world?

positive infinity


What does infinity equal?

Infinity does not equal anything because it is not a numerical entity. Infinity is a concept used to describe extremely high values, or the tendency of a function to output extremely large values as the input approaches a certain value. To get more informations on the concept of infinity, see "limits".


Is Infinity the largest number in the universe?

Infinity is not a finite number, but a concept. No matter how large a finite integer is, there is always an integer that is higher by 1.


How many zeros are in the whole number infinity?

I suppose you mean "infinity". It is not really a number. Infinity is used with different meanings in different contexts. Sometimes it refers to a tendency, in the sense that a number can get arbitrarily large. If the number can get arbitrarily large, so can the number of zeros - so you might say that the answer is "infinitely many zeros".


What no is the highest?

There is no highest number.Occasionally someone will say "infinity" (which isn't a number) or "googolplex" (which is a number, but it's tiny compared to, say, Graham's Number).You should Google "Graham's Number" to get some idea of how unimaginably large it is. If you're not a mathematician, Graham's Number is probably bigger than your concept of infinity.And Graham's Number is small compared to TREE(3).


Is googleplex infinity expressed in numbers?

No. Googleplex is a large number, but it is tiny in comparison to other numbers and trivially small in comparison to infinity.


Word for large numbers?

This is a LARGE subject, but in brief. Infinity is a number beyond counting. A Googol is a large number, 10100 and a Googolplex is 10Googol . Both numbers are probably larger than the number of electrons in the universe, so are of philosophic interest only. There are various orders of infinity. For example there is an infinite quantity of integer numbers, but between each successive integer you can insert an infinity of fractional numbers. And so on.


Why is infinity the number symbol?

Infinity is not "the" number symbol. It is simply a symbol that represent the limit of very large numbers and saves people from having to write that long phrase every time.


Are there any numbers near infinity that are prime?

There is no such animal as "a number near infinity". Proof. Let n be a number near infinity. Multiply n by a million The result is still less than infinity, therefore n is less than one millionth of infinity. This can hardly be said to be "near". On the other hand, no matter how large a number n is, there is always a prime larger.


If p divided by q form gives defined result where q not equals 0 then why something divided by infinity is zero?

Usually, it's here that we're talking about a limit. So, it's not that something divided by infinity (which is not actually a number) is equal to 0, it's that as the limit as n approaches infinity, you'll get zero. So, take lim (n approaches infinity) of 1/n. You could plug some immensely large number in for n (say, 1,000,000,000 - which is getting large but not as big as infinity). If you divide 1 by this number, you're gonna get something so small, you could call it zero. So, it's not that we're dividing by infinity, we're approaching infinity - so plug some huge numbers in and see that you get really really close to zero.