|
- What is larger? Grahams number or Googolplexian?
See YouTube or wikipedia for the defination of Graham's number A Googol is defined as 10100 10 100 A Googolplex is defined as 10Googol 10 Googol A Googolplexian is defined as 10Googolplex 10 Googolplex Intuitively, it seems to me that Graham's number is larger (maybe because of it's complex definition) Can anybody prove this?
- combinatorics - Help me put these enormous numbers in order: googol . . .
Popular mathematics folklore provides some simple tools enabling us compactly to describe some truly enormous numbers For example, the number $10^{100}$ is commonly known as a googol, and a googol
- Is Rayos number really that big? - Mathematics Stack Exchange
No, a number like 10^ (10^100) is much smaller than Rayo (10^100), because there are not a Googol digits, but a Googol symbols in first order set-theory, and it is pretty efficient to write down big numbers such as TREE (3), which can be expressed with MUCH LESS than a Googol symbols, you don't need anything like a Googol symbols to express
- number theory - Comparing $\large 3^ {3^ {3^3}}$, googol, googolplex . . .
How to show that 3333 3 3 3 3 is larger than a googol (10100 10 100) but smaller than googoplex (1010100 10 10 100) Thanks much in advance!!!
- How to Calculate the Disk Space Required to Store Googolplex?
Given the googolplex number and that 1 gigabyte = 1 073 741 824 bytes How would I calculate the amount of disk space required to store the googolplex number?
- How Big would Grahams Tree be? - Mathematics Stack Exchange
What if in Graham’s Number every “3” was replaced by “tree(3)” instead? How big is this number? Greater than Rayo’s number? Greater than every current named number?
- Which is bigger: a googolplex or - Mathematics Stack Exchange
A googol is defined as 10100 Let x = 10100 A googolplex is defined as 10x Which is bigger: a googolplex or 10100! I only know that: 100! = 1 × 2 × 3 × × 98 ×
- Which is the largest number out of these three
Rayo's Number The smallest number bigger than any finite number named by an expression in the language of first-order set theory with a googol symbols or less Now everyone knows that it is the la
|
|
|