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By the way, I Will use dividev by from now, thanks!
Sorry, this means n^3 divided n= n^2.
Regarding the second post n^3: n = n^2 is a simple formula, applied to infinity shows that infinity*infinity = indeterminate.
Hi;
The most Plausible hypothesis is 0, But if n : infinity = 0 means that n : 0 = infinity, which is impossible. I think that 0 is the batter hypothesis, But I would not exclude infinity. Answers are many.
Sorry, bobbym, n to infinity or n : infinity?
And way about n : infinity?
Hi;
So you suggest that infinity multiplied by infinity equals infinity?
By the way, there are just two hypothesis about this operation.
Hy everyone!
What do you think about operations with infinity?
We know that ∞ : ∞ = indeterminate, but what about ∞ * ∞ ?
The result is ∞ ?
A friend of mine suggest this:
n^3 : n = n^2
so
∞^3 : ∞ = ∞^2
so
∞ : ∞ = ∞^2
which means
∞^2 = indeterminate.
Any feedback is welcome.
Hi,
I'm in the 13th standard.
Hi, thanks.
Thank you very much!
Hi,
Thanks for the comment.
But tris square it's not so similar to the Pascal's triangle, because numbers are very different (I notice that all of the square are exponents of 2) and they follow this rule:
1 + 1 = 2
+ + +
1 + 1 = 2
= = =
2 + 2 = 2
Hi everyone!
I'm new to the forum and I wanted to share my Pascal's square. The criterion is the same of the triangle. Numbers are obtained from the sum of the numbers in each row and each column. I hope you enjoy it! Any feedback is welcome.
Pascal's square
1 1 2 4 8
1 1 2 4 8
2 2 4 8 16
4 4 8 16 32
8 8 16 32 64
16 16 32 64 128