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But, yeah, I've had pets that would trustingly show me their upturned bellies.
Don't want another pet. They can big time let you down by dying.
Hope that everyone had a great Thanksgiving.
Thanks for another great start to my day.
(Poor pun!)
I thought it was e to the (minus ipi). Equal one.
e^(pii) = cos(pii) +sin(pi*i) = -1 + 0 = -1
There are various other ways to do it, some worse than others. For those who like emacs, there is this approach: https://stackoverflow.com/questions/1...
Here's some more:
https://symbolhippo.com/pi-symbol-text/
For more about oiling, no that should be Euling, there is this:
https://www.math.toronto.edu/mathnet/...
Finally, there is this illustration:
https://fsymbols.com/images/pi-pie.jpg
Keyboard table showing the various codes for obtaining pi, but I had to check and found 003C0 (hex) is 960 (dec).
I'll have to bake the last one the next time I make pi, LOL.
I hesitated to write this, but maybe putting it into words will help me "access" this seemingly---to me---arcane information!
I might add more to this later, if you don't mind.
I will check out your links.
https://math.typeit.org/
Thank you! I bookmarked this one!
e^(π i) = cos(π) + i sin(π ) = -1 + 0 =-1
Interestingly, a few days ago I acquired a used two-volume set of Math books totaling over 2400 pages long and covers from simple math all the way to calculus. My hope was to brush through it over the next year or so and sharpen my knowledge a bit just for the fun of it. The highest I ever went in formal math education was to ace a precalc college course around 1982 (electronics courses got me into Maxwell and a bit more, but I can't recall most of it now). I'm now 72 and am still interested enough to give it a go. So, here in the Gulch, Snezzy and you are giving me the spark to get on with it.
https://www.youtube.com/watch?v=2pTfC...
Never did that stuff in algebra class in 1961.
As for books, no one wants my library of 1500 books with several hundred math and lots of physics and computer books. Young people are not interested due to getting everything online.
I had to drop college for family/financial reasons and never went back. I was running a 4.0 in Digital Electronics and the institution gave me a "Field of Study" diploma with distinction, but I never completed the degree. I, too, have accumulated a good sized library that will likely be recycled or land filled upon my leaving the planet.
Look on youtube there are dozens of other ones, some hard but fun if you like puzzling things.
That's odd, no one down voted that time.
I was thinking this morning, if e to the pi is calculated, it would be about e to the 30 something, and call that k, then you could say that given circle A, with circumference CsubA and diameter DsubA, then e to the pi would equal k and e to CsubA would equal k*e to the DsubA. It needs work, but it will give me a platform to the more directional equation of e to the minus pi(i). Well, anyway...
I see it geometrically as a relationship between growth in circumference, diameter, and the exponentiation of it. Something like that. Still only a mote in my eye.
Elsewhere I gave:
https://math.typeit.org/
for most other math and language symbols.
The correct equation of e to the pi, is e to the CsubA over DsubA, so that e to the 1 over DsubA raised to the CsubA equals k. I think this is right: take e to the inverse of the diameter and raise it to the length of the circumference, and that would equal 23.14092 (not 30 something).
Now you've got me interested. But I've got to help America through her current 'reality intervention' so it may be awhile.
Now I will not talk to you again.
e^30 = 1.0686510^13
e^π = 2.31405810^1
(remember the commercials where someone saved a person from death and is asked if he was a doctor? and he replies, no, but I did stay at a holiday inn express last night)
They had to make a special bouncy thing at carnivals and such, too, kids loved it so much.