googolplex googol = 1100 googolplex = 1googol
No, Infinity is never ending, where as a googolplex is a fixed number.
googolplex, and it is not a real number
No, the number millinillion is not larger than Googolplex.
no; any negative number would be lower than 0 negative 50 would still be lower than positive 3
No infinity is smaller than googolplexian
Googolplex is a larger number because -llion is smaller than g-
There is only one place above it, that is Googolplexplex or googolduplex. It contains a googolplex of zero's. Greater than googolplexplex is only infinity.
Not googolplex plus one. That is not a number. It is googolplexplex
no.. -7<-1 i.e "negative 7 is less than negative 1" ------------- negative numbers like -1 are less than 0, making any number after -1 even lower than 0 making the lower up negatives like -1 greater than higher number negatives like -7
Mathematically = No. Googolplex is a number, and you can do all the mathematical operations with it. For example: (2 googolplex) plus (2 googolplex) = 4 googolplex. Infinity is more than any number you can write, and you can't do any mathematical operations with it. Example: (Infinity) divided by (3,000) = still infinity. Another example (I can't resist this): (Infinity) divided by (googolplex) = still infinity. But in our physical universe, nothing is infinite! Here's an example. If you were to fill the universe (its entire volume) with particles and with no empty spaces, it would take about 10^80 particles. Therefore you wouldn't even have enough space in the universe to write the number googolplex!
Yes, there are an infinite number of numbers bigger than a googol. A googolplex is one example.
"Googolplex" is a definite number. "Infinity" is bigger than any definite number, so it's bigger than a googolplex. No number is bigger than infinity. The only we can add to that is a suggestion that you learn how to spell "googolplex".
a googolplex is bigger than the amount of hydrogen atom's in the observable universe! * * * * * Correct, but that was not the question. The first digit of googolplex is 1. The rest (all one googol of them) are zeros.
Googolduplex (and some variations).See related links.The numbers actually are googol and googolplex. Google is the website. See related link for an idea of the scale of googol and googolplex, especially the part where Carl Sagan explains that to write out the number googolplex would require more space than is in the known universe.
Yes there is, you can add a number to it or multiply it by a number more than one for example, and there is also the number infinity which is obviously larger. :)
I dont know?Ans 2.Well, Euclid knew, 2,000 years ago. He proved that whatever number you choose there is always a prime bigger than that number. Here's his proof, modified to deal with googolplex.Make a list of all the primes that are smaller than googolplex. Multiply them all together, then add one. It's a big number - let's call it BIGNO.Take any prime from the list and divide it into BIGNO. There will always be a remainder of one. No prime from the list divides BIGNO. That means that BIGNO is either prime, or is the product of two or more primes greater than googolplex. Either way there is a prime greater than googolplex.
There is none. Since if there was one, one less than that would be a lower negative number. And that process can continue without end.
ANY positive number is greater than any negative number. Imagine you are digging a hole, and piling up the dirt you remove from the hole. The hole represents negative numbers- it goes lower than the surface. The piled up dirt represents positive numbers- it is higher than the surface. The surface is zero- neither positive or negative.
There are a number of places in the body where the pressures are lower than atmospheric, or negative. For example, 1- When we breathe in (inspire) the pressure in the lungs must be lower than atmospheric pressure. The lung pressure during inspiration is a few centimeters of water negative.
Yes infinity is bigger than Google infinity used where we can not measure things, but in Google we can measure.
A negative number is less than a positive number. Think about it this way: a negative number is less than 0. A positive number is greater than 0. Therefore, a negative number must be less than a positive number.
depends if the first number is bigger than the second number than it is a negative