Sorry, my phone had a ripple in the force and this posted in wrong thread.That can't be real!
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Sorry, my phone had a ripple in the force and this posted in wrong thread.That can't be real!
Does it have anything to do with cakey??? drool...The series for vibrations on a string is 1, 1/2, 1/3, 1/4.... The sum of this series, the Harmonic series, is infinity.
The sum of the reciprocal of the SQUARES is equal to pi squared over six, a very clever proof by Euler when he was a young man made him famous way back when.
I dont think anybody is even discussing the sum of reciprocal cubes, but I think about ways to get started.
Sure it can.That can't be real!
Goin' downtown,Goin' downtown,
gonna see my gal..........
Goin' downtown,
gonna show her my ding dong.......

No, just pi.Does it have anything to do with cakey??? drool...
Goin' downtown,
gonna show her my ding dong.......
Count your fingers....I paid off some debt and things are going well for me. There’s nothing I can think of right now that’s an upcoming problem. Before today when things got taken care of, sometimes I’d be laughing and forgetting my troubles and I’d remember and the laughter would fade but right now things are all good and it’s scaring the **** out of me. I’m waiting for something to go horribly wrong.

I'm 21300 days old and still didn't find the very last digit of PI.
Maybe I'll have to wait till I'm 31416 days old?
So I can stop trying to find e and Φ as well?Well, I hate to break the bad news to you but......there is no last digit to pi. Whats worse, we cant even give a formula for pi in terms of algebraic operations (addition, subtraction, multiplication, division, powers,etc). Pi is a member of a very elite special numbers called transcendental numbers. It is very hard to prove a number is actually transcendental despite the fact that there are more transcendental numbers on the number line (or above it as certain folks like myself say) than there are integers or rational numbers.
Transcendental number - Wikipedia

Yes, and the infinite number of other transcendentals we haven't discovered or named yet.So I can stop trying to find e and Φ as well?![]()