Infinity has different meanings in different contexts. Here are some of them:
In set theory, it means a set that has an infinite (more than any finite) number of elements. For example, the sets of integers, and the set of rational numbers, are countably finite (aleph-zero), while the set of real numbers is uncountably finite (aleph-one in this case).
In calculus, it is used to indicate that something can grow without bounds - more than any specific number. For example, 1/x is not defined, in calculus, for x = 0, but if x gets closer and closer to zero, the division produces larger and larger number - larger than any number you specify. It is said, in this case, that 1/x tends towards infinity, when x tends towards zero.
Infinity has different meanings in different contexts. Here are some of them:
In set theory, it means a set that has an infinite (more than any finite) number of elements. For example, the sets of integers, and the set of rational numbers, are countably finite (aleph-zero), while the set of real numbers is uncountably finite (aleph-one in this case).
In calculus, it is used to indicate that something can grow without bounds - more than any specific number. For example, 1/x is not defined, in calculus, for x = 0, but if x gets closer and closer to zero, the division produces larger and larger number - larger than any number you specify. It is said, in this case, that 1/x tends towards infinity, when x tends towards zero.
Infinity has different meanings in different contexts. Here are some of them:
In set theory, it means a set that has an infinite (more than any finite) number of elements. For example, the sets of integers, and the set of rational numbers, are countably finite (aleph-zero), while the set of real numbers is uncountably finite (aleph-one in this case).
In calculus, it is used to indicate that something can grow without bounds - more than any specific number. For example, 1/x is not defined, in calculus, for x = 0, but if x gets closer and closer to zero, the division produces larger and larger number - larger than any number you specify. It is said, in this case, that 1/x tends towards infinity, when x tends towards zero.
Infinity has different meanings in different contexts. Here are some of them:
In set theory, it means a set that has an infinite (more than any finite) number of elements. For example, the sets of integers, and the set of rational numbers, are countably finite (aleph-zero), while the set of real numbers is uncountably finite (aleph-one in this case).
In calculus, it is used to indicate that something can grow without bounds - more than any specific number. For example, 1/x is not defined, in calculus, for x = 0, but if x gets closer and closer to zero, the division produces larger and larger number - larger than any number you specify. It is said, in this case, that 1/x tends towards infinity, when x tends towards zero.
Infinity has different meanings in different contexts. Here are some of them:
In set theory, it means a set that has an infinite (more than any finite) number of elements. For example, the sets of integers, and the set of rational numbers, are countably finite (aleph-zero), while the set of real numbers is uncountably finite (aleph-one in this case).
In calculus, it is used to indicate that something can grow without bounds - more than any specific number. For example, 1/x is not defined, in calculus, for x = 0, but if x gets closer and closer to zero, the division produces larger and larger number - larger than any number you specify. It is said, in this case, that 1/x tends towards infinity, when x tends towards zero.
I would think so because using the negative math rules it would seem so
The mathematical symbol for "undefined" is the infinity symbol.
Anything to the power of 1 is that same something, so infinity to the power of 1 is infinity. Keep in mind that infinity is a conceptual thing, often expressed as a limit as something approaches a boundary condition of the domain of a function. Without thinking of limits, infinity squared is still infinity, so the normal rules of math would seem to not apply.
Eternity means "lasts forever" while infinity means "without end". Neither one exists (the current age of `everything' is a mere 13.7 billion years); but in pure math terms, infinity trumps eternity.
It is infinity. It is represented by a symbol that looks like a sideways 8 with the right end open.
Real numbers are numbers that exist from negative infinity to positive infinity and everything in between. real numbers consist of every number you are used to. Imaginary numbers are numbers that aren't used in conventional math (such as i)
Infinity is not a defined number. It describes, in math, the endlessness of numbers.
'Infinity' is just a concept of something that is without limit. You find infinity used in math (numbers) and physics (distance or a measurement like time), a lot. Infinity is not a 'place', so cannot be dreadful.
it's the symbol for infinity
Yes, it looks like a sideways eight, ∞, and is used in many things.
The definition is never ending. It simply can mean forever and ever. Also refer to: http://en.wikipedia.org/wiki/Infinity
countless and ongoing
Infinity.
Infinity
I would think so because using the negative math rules it would seem so
As Infinity means to be without end, adding infinity to infinity to infinity would not change that. Adding infinity to an infinity would be Infinity itself. However, this could change if other mathematical processes are done. ================================== When real math people run into the thing we call "infinity", they call it "undefined". It's not a number, and it doesn't participate in the operations of arithmetic like numbers do. So technically, this question describes a process that doesn't exist in math. A lot like asking "What is cow add stick add temperature add democracy ?"
EASY I lied 8 on it side is infinity so the answer is clearly INFINITY TO THE POWER OF 2 Math !