This question can not be answered for the following two reasons:
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If you are just looking for a very large number, a 'googol' is the number 1 followed by 100 zeroes, and that is one of the largest numbers that actually has a name.
A centillion (10103) is the largest standard named number.
A googolplex is a 10 to the googol power (a 1 followed by a googol number of zeroes), which is larger yet.
Mathematical exponent numbers such as Skewes number are much larger still.
If aleph null represents the cardinality of the rational numbers, aleph null plus one has the same value. The size of infinity represented by the reals is, however, demonstrably greater than the size of infinity of the counting numbers. We can construct ever larger sizes of infinity. One interesting question is whether or not there are sizes of infinity between aleph null and the power set of aleph null (which represents the cardinality of the reals). It turns out the answer is yes or no, depending on what you want. You can treat the question as an independent axiom of mathematics, much like the parallel postulate in geometry.
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Infinity is not a number in the ordinary sense of the word. It is neither odd nor even. Here is an interesting paradox about the parity of infinity: If you multiply all integers together you get infinity. So 2 is a factor of infinity and so infinity must be even. But then one more than this number is also infinity and this new infinity must, therefore, be odd!
eight through infinity
0.09999999999999998
The interval (-3, infinity).
It is: 88
Its google and it is more than infinity because infinity is not a Number, So google is the biggest number, people donβt really know what comes after it.
None. . . To explain "infinity" ( AKA ∞ ). Think of the biggest number you can possibly think of. Now just know that my infinity is bigger than your number! :P Understand?
To answer your question neither. They are the same because both answers are infinity. Infinity is the biggest number, but mainly just a concept. Nothing is bigger than it so if it was added or multiplied you would get the same answer because you can't go any higher.
There is no biggest number. For every number there is a bigger number. Take any number, call it r. Then r+1 is bigger than r. So there can be no biggest number, since you can always add one to any number. Infinity is bigger than all the natural numbers (numbers like 1,2,3. . . ) and all the real numbers (numbers like 1.23456436435. . . . , 1/2, 145.9879845. . . ), but there are numbers that are bigger than infinity. Imagine you had infinity objects. Then count all the possible groupings of those objects, (for example, the third object by itself could be one grouping, and the first, third and fourth together could be another grouping). The number of possible groupings of the infinity objects is bigger than the number of objects.
The inverse of infinity is a number approaching zero but less than any other number. This means that it is close to zero but not equal to it, a infinitesimal number.
Infinity is any number greater than a number that already exists Infinity is any number greater than a number that already exists
There is none. Numbers don't stop.
The biggest number in the world ever created, with an actual name is the number called Googol, witch has 100 zeros and 1 one in it. So, the biggest number WITH a name is called Googol.
No infinity is smaller than googolplexian
None. Infinity never ends, so nothing can be larger than it.
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.
Yes, except that infinity is not a number.