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How is [math]0.2746893852970634624136253005...[/math] related to [math]e[/math]?
I know they're related, I just can't find how. If you can find a relation between the two where the link is a known number or an integer, that would help me a lot.
By relation I mean like you can express the number as some function including e and simple numbers like the integers and known numbers like pi, phi, etc.
Examples would be 1/e, e^pi, e+2
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>>8271180
0.2746893852970634624136253005... = e*0.1010525775588107114272248792...
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>>8271196
and what exactly is 0.101052577...?
It's just a completely random number.
I'm looking for simpler numbers like known irrationals or integers.
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>>8271201
0.1010525775588107114272248792... is a constant I just created
You can call it F
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>>8271229
No.
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>>8271252
Fuck you.
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>>8271253
This
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>>8271180
Approximately e/10
>t. engineer
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>>8271296
You're just giving a seemingly arbitrary constant without any context and expecting us to express it as a function of e. The first answer you got was as correct as any other. I could just as well type 10^e^cos(sqrt(28)) into my calculator and ask how that number relates to e. That's basically the question you're asking us here.
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WolphramAlpha does this stuff by default
I doubt you'll find something better
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>>8271349
what an elegant solution
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>>8271229
F^(u*g) = O
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>>8271349
How does it work? How does WolframAlpha know which combinations will result in such number?
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>>8271180
[1+ 1/n] ^ n where n is a big number. The bigger your n, the most accurate is your e. When n approaches infinity, you get the real e
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>>8271391
Magic.
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