funny construction of pi by his excellency dedanoe unlishnidaos

[dedanoe]

http://dedanoe.googlepages.com/pi.jpg at the bottom of
http://dedanoe.googlepages.com/six_dons_of_armageddon.html

the general equation is pi=3+D/(90*x) where D is the diameter of the circle and x is a funny part -- you must check the figure to get the notion. in one of the particular cases on paper i got: pi=3+165/(90*13)

[Assassin X]

:walks in:
:reads topic:
:wonders why he clicked this topic:
:chops off his finger for being stupid:
:screams in pain as he leaves topic:
:walks out:
..........
..........
..........
:walks back in still bleeding:
:puts dedanoes hands in a blender so he won't make stupid topics:
:walks back out still writhing in pain:

[UVsaturated]

The Armageddonian Anthem

We're leaving together
but still it's farewell
and maybe we'll come back,
to earth, who can tell?

I guess there is no one to blame
we're leaving ground (leaving ground)
will things ever be the same again?
It's the final countdown.

The final countdown.

Oh, We're heading for Venus
and still we stand tall
cause maybe they've seen us
and welcome us all
with so many light years to go
and things to be found (to be found)
I'm sure that we'll all miss her so
It's the final countdown.

The final countdown.

oh...oh

It's the final countdown.

It's the final countdown
we're leaving together
the final countdown
we'll all miss her so
It's the final countdown (final countdown)
oh, it's the final countdown.

A song by Europe is the Anthem??? Where did you come up with this stuff Dedanoe??

[dedanoe]

i was counting 841--148 (reads: all for Eden -- Eden for all; where Armageddonian 'Eden' = American 'One'). put that aside for now... what do you think about the pi construct?

[Perfectionist]

http://dedanoe.googlepages.com/six_dons_of_armageddon.html

There is no doubt that DeDude is hilariously nuts ..... but he does have good taste in women !! :thumbs:

[dedanoe]

tnx but business first, only then pleasure...
what is your opinion on my Pi Construct?

Rock And Pi Roll (http://dedanoe.googlepages.com/pi.jpg)

[dedanoe]

soluting Borche Janevski (dedanoe's dearest friend): Sqrt(2)+Sqrt(3)=1.41+1.73=3.14

[DaSoviet]

soluting Borche Janevski (dedanoe's dearest friend): Sqrt(2)+Sqrt(3)=1.41+1.73=3.14Your best friend is an equation...?

[Resentedhalo]

Haha I get the joke, it's certainly not the construction of pi! Jokes on you dedanoe...

Same old BS from dedanoe :dunno:


Resentedhalo.

[SuperDig]

Dedanoe, I have never claimed to be the smartest man on the forums, nor do I think I am anywhere near that distinction. I have read many of your posts, and I think I have yet to truly understand what in the blue hell you are talking about in most of them. In my opinion, you have to be one of the most strangest people I have ever read on a forum in all my years on the internet.

I have no clue what you are trying to show us with this post with pi. I feel like a complete assclown for even clicking on this thread. You said something was funny on your heading, and the only thing funny on this thread was UVsaturated trying to figure out why the hell you have the final countdown posted on your webpage.

Dedanoe, you have cheated me once again, and for the record, I do not appreciate it.

[Cartesiantheater]

tnx but business first, only then pleasure...
what is your opinion on my Pi Construct?

Rock And Pi Roll (http://dedanoe.googlepages.com/pi.jpg)

It's pretty close. Nice job. Even so, I have a question. How exactly do you determine the value of x? It seems you have an n-gon of nine sides imperfectly inscribed in the circle (10 if you count the little piece of the imperfect n-gon), and determining x to be the distance ∆x to be the distance from the diameter to the point where the n-gon intersects the circle on the right side. However, how do you determine where this n-gon intersects with the circle?'


If you'll notice on the left side of the circle, neither of the "corners" of the n-gon hits the circle exactly within the distance ∆x, while on the right side, the n-gon intersects the circle within ∆x at TWO points, both of which appear to be a "corner" of the n-gon. It seems you have a symmetry problem here. Why is this?

[dedanoe]

the part x has all the qualities of pi. i am measuring it with schubler and only approximately that is why the final equation is not 100% accurate. but still it's quite satisfying.

i have a lot of replys to make but i don't have that much internet access. you'll have to forgive me for being so brief.