Infinite plus infinite is still infinite, honey. It's like trying to add more water to the ocean - you're not gonna make a dent. So, go ahead and throw all the infinities you want at each other, but you're just gonna end up with the same ol' infinite result.
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In mathematics, the concept of "infinite" is not a specific numerical value, but rather a representation of a quantity that is unbounded or limitless. When you add one infinite quantity to another infinite quantity, the result is still considered infinite. This is because infinity is not a fixed number that can be incremented, but rather a concept that represents boundlessness.
Oh, dude, infinite plus infinite? That's like asking how many slices of Pizza I can eat in one sitting – the answer is always "as many as I want." So, technically, when you add infinity to infinity, you still just have infinity. It's like trying to out-chill a sloth – it's just not going to happen.
It is still infinity.
The problem is that (although it is easy to think of it this way) infinity is not a number. Infinity is, rather, the concept that something is boundless.
Thus, "infinity + infinity" is a category error.
[x + y = 6] has an infinite number of solutions.
There are an infinite number of possibilities. 700 + 2 for instance
this is the same as 6x - 2 = 6x - 2! There are an infinite number of possibilities for "x".
Zero, unless you're talking about tricky negative computations and/or the concept of infinite as well.
infinity