Yes. Graham's number.
There is none
a googolplexian + 1
A googolplexian is an incredibly large number, specifically 10^(10^(10^100)). Numbers larger than a googolplexian can be represented in various ways, such as googolplexian + 1 or by using mathematical notation like "googolplexian squared." However, there is no standard term for the next specific number after a googolplexian, as the naming conventions for extremely large numbers become less formal and more arbitrary beyond certain points.
The next whole number larger than a googol is (googol plus 1).-- There is also the number whimsically named a "googolplex", defined as 10googol ,or ' 1 ' followed by a googol zeros.-- There is also the number named a "googolplexian", defined as 10googoolplex ,or ' 1 ' followed by a googolplex zeros.-- There are also numbers with names that are much larger than these, but I don'tknow anything about them.-- There's no such thing as the "largest" number. There might be such a thing asthe largest number with a unique name, but if you choose a number, then no matterhow large it is, I can always add ' 1 ' to your number and make a larger one.
No infinity is smaller than googolplexian
The larger exponential is represented by "googolplexplex" (etc.) or "googolplexian".There are vastly larger numbers, such as "Skewes' number", "Moser's number" and "Graham's number" which can only be represented by large power towers of exponential exponents.(see related question)
A googolplexian is an extremely large number defined as 10 raised to the power of a googolplex, where a googolplex itself is 10 to the power of a googol (10^100). In numerical terms, it can be expressed as 10^(10^10^100). This number is so vast that it far exceeds the total number of atoms in the observable universe, making it more of a theoretical concept than a practical figure in mathematics.
There is no such number. In any case, you would not be able to distinguish it from a circle since there are far fewer atoms in the universe than the number of vertices that such a figure would have. I would settle for calling it a googolplexian-gon.
Quadrillion,Quintillion,sextillion,sentillion, octillion, nonillion, decillion, and infinity!
That is because the concept of primeness or compositeness are defined only for integers which are larger than 1.
Oceans are larger than lakes; that is how the words are defined.
Multiply them by a number larger than its reciprocal.Multiply them by a number larger than its reciprocal.Multiply them by a number larger than its reciprocal.Multiply them by a number larger than its reciprocal.