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If a Positive divided by a Positive is indeed a Positive...
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PawnStriker_17 wrote:
Infinity is a CONCEPT not a NUMBER therefore it can't be positive or negative
That's a like, Bubs!
Nov 14, 2023
0
#25
Infinity is not a positive number, but a concept that represents an unbounded quantity. It is not a single number, but rather a limit that can be approached but never reached. When we say “1 times infinity is infinity”, we are using a shorthand notation to represent the concept of a limit. In calculus, we use the notation “lim x→∞ f(x) = L” to represent the idea that the limit of f(x) as x approaches infinity is equal to L. Similarly, when we say “2 times infinity is infinity”, we are using another shorthand notation to represent the same concept of a limit. However, it is important to note that infinity is not a number that can be multiplied or divided like other numbers. Regarding your statement about infinite complex numbers, it is true that there are complex numbers that can be represented using infinity. For example, we can write infinity + i or infinity i + 1 to represent complex numbers that have an infinite real or imaginary part. However, it is important to note that these are not “infinite complex numbers” in the sense that they are not a distinct type of number, but rather a way of representing certain complex numbers using infinity.
Nov 14, 2023
0
#28
yall are putting too much effort into this. Its nots like the numbers care about you
EmberCrystal wrote:
Infinity is not a positive number, but a concept that represents an unbounded quantity. It is not a single number, but rather a limit that can be approached but never reached. When we say “1 times infinity is infinity”, we are using a shorthand notation to represent the concept of a limit. In calculus, we use the notation “lim x→∞ f(x) = L” to represent the idea that the limit of f(x) as x approaches infinity is equal to L. Similarly, when we say “2 times infinity is infinity”, we are using another shorthand notation to represent the same concept of a limit. However, it is important to note that infinity is not a number that can be multiplied or divided like other numbers. Regarding your statement about infinite complex numbers, it is true that there are complex numbers that can be represented using infinity. For example, we can write infinity + i or infinity i + 1 to represent complex numbers that have an infinite real or imaginary part. However, it is important to note that these are not “infinite complex numbers” in the sense that they are not a distinct type of number, but rather a way of representing certain complex numbers using infinity.
Nope!
Infinity+I, and Infinity+2i . Are indeed distinctive UNIQUE Numbers!
I WON.
Nov 14, 2023
0
#37
One_Zeroth wrote:
EmberCrystal wrote:
Infinity is not a positive number, but a concept that represents an unbounded quantity. It is not a single number, but rather a limit that can be approached but never reached. When we say “1 times infinity is infinity”, we are using a shorthand notation to represent the concept of a limit. In calculus, we use the notation “lim x→∞ f(x) = L” to represent the idea that the limit of f(x) as x approaches infinity is equal to L. Similarly, when we say “2 times infinity is infinity”, we are using another shorthand notation to represent the same concept of a limit. However, it is important to note that infinity is not a number that can be multiplied or divided like other numbers. Regarding your statement about infinite complex numbers, it is true that there are complex numbers that can be represented using infinity. For example, we can write infinity + i or infinity i + 1 to represent complex numbers that have an infinite real or imaginary part. However, it is important to note that these are not “infinite complex numbers” in the sense that they are not a distinct type of number, but rather a way of representing certain complex numbers using infinity.
Nope!
Infinity+I, and Infinity+2i . Are indeed distinctive UNIQUE Numbers!
They are NOT numbers becasue it includes infinity which is a frickin' CONCEPT not a NUMBER you dolt
EmberCrystal wrote:
One_Zeroth wrote:
EmberCrystal wrote:
Infinity is not a positive number, but a concept that represents an unbounded quantity. It is not a single number, but rather a limit that can be approached but never reached. When we say “1 times infinity is infinity”, we are using a shorthand notation to represent the concept of a limit. In calculus, we use the notation “lim x→∞ f(x) = L” to represent the idea that the limit of f(x) as x approaches infinity is equal to L. Similarly, when we say “2 times infinity is infinity”, we are using another shorthand notation to represent the same concept of a limit. However, it is important to note that infinity is not a number that can be multiplied or divided like other numbers. Regarding your statement about infinite complex numbers, it is true that there are complex numbers that can be represented using infinity. For example, we can write infinity + i or infinity i + 1 to represent complex numbers that have an infinite real or imaginary part. However, it is important to note that these are not “infinite complex numbers” in the sense that they are not a distinct type of number, but rather a way of representing certain complex numbers using infinity.
Nope!
Infinity+I, and Infinity+2i . Are indeed distinctive UNIQUE Numbers!
They are NOT numbers becasue it includes infinity which is a frickin' CONCEPT not a NUMBER you dolt
Getting a little emotional there. Ey Honey?
Try some of that, Good old Fashion, Right Brain thinking.
Honey!
But infinity can't be positive because it isn't a number are you daft? She just said that
It's Positive. It is simply the non finite bounded. 1 times infinity is infinity while 2 times infinity is infinity all the same
It is no single number, contraned by the finite but does exist. And can be represented in Mathematical Equations.
There are indeed infinite complex numbers.
Such as infinity+i or infinity i+1.
-Argue with that last sentence!