Basically I'm good at math and have a really strong intuition. I am really feeling like I'm onto something big here okay. Follow with me in this simple piece of math I will share with you. I strongly suggest you try your own experiments as this is deep knowledge I have figured out myself you won't hear elsewhere.
My theories are as such and you must apply the philosophy to anything you wish to uncover on this plane.
The digits 1-9 being single digits 10-99 being double and 100-999 being triple is a lie.
The digits should work as such -
Single digits 1-11
Double digits 12-143
Triple digits 144-1727
Using this method of thinking you remove your assumption 1+1=2. It's wrong, it doesn't all of math is wrong in theory. 1 is actually 1.08 so 1+1 is actually 2.16 roughly.
Using this logic of thinking I have decoded something that has to do with Pie, I am not sure if there is a reward but I am claiming it with this post.
We don't live in a 3d reality. We live in a 4d reality. 3D reality is merely 3 dimensions 3 being 30% of 10, 4 being 33.3% of 12.
I will share with you some math here that is very simple. People will troll it but use your brain and think and you can peel back that even math is wrong and how you can correct it.
http://pad3.whstatic.com/images/thumb/7/72/Equal-Areas.jpg/900px-Equal-Areas.jpg
This is the model we will use. I am going to throw at you simple math so please try to follow I'll answer questions til I go to bed.
First I will remind everyone we are going to attempt to convert everything as if digits were to 12 and not to 10. By doing that you adjust by % I believe.
3.33 = 4 (Because 3.33/10 = 4/12)
3.1415=3.75~
3.75 is exactly 15/16ths of 4.
The way you find pie is by creating a circle with the same area as a square. Assuming all numbers go to 12.
If 3.33 is really 4 then pie is really somewhere around 3.75. The reason it is where it is is because -
If you find the area to those two shapes the square and the circles they both equal.
The area is pie 3.1415
1.77x.177 = 3.13
Almost the same area, for that reason since 3.75 (pie) is 15/16ths of 4, the perimeter of the circle will be 15/16ths of the square.
1.77x4= 7.08
Pie(diameter) = 6.28 - This number is off by a bit because it's .8 difference which is about 12% instead of the 6.5% I was hoping close to. Remember above we aren't exactly in line so there is going to be some sway
In conclusions even though the numbers don't add up exactly. I believe you can calculate pie by converting all digits as thou they are single digits until 12 instead of 10. Making 144 the value of 144 but treated like the number 100. Making the number 100 the value of 100 but treated like a 2 digit number.
Our reality is made for numbers to be like this and pie is really calculated by figuring out by reversing the formulas they gave us and compensating for the number changes.
Cheers write feed back please it is late I work tomorrow I would write more otherwise and make working equations.
Pie - perimeter - radius = X - perimeter - side lengths
If you're following sweet I hope when I get home in 16 hours there is something here, cheers all.
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Flat_Earth-Fat_Girth ago
2 3 5 7 11 13 17 19 23 29 31 37 41 43 47 53 59 61 67 71 73 79 83 89 97 101 103 107 109 113 127 131 137 139 149 151 157 163 167 173 179 181 191 193 197 199 211 223 227 229 233 239 241 251 257 263 269 271 277 281 283 293 307 311 313 317 331 337 347 349 353 359 367 373 379 383 389 397 401 409 419 421 431 433 439 443 449 457 461 463 467 479 487 491 499 503 509 521 523 541
Paging /u/scandalous-goat/
YO CHECK THIS OUT BROTHER.
Change each of those numbers as if they were like I am saying single digits, then check em out. Each of all those prime numbers would end in 1, 5, 7 and 11.
TALK ABOUT MAGIC NUMBERS BITCHES.
See I'm a magical man who just gets answers straight from the wind baby.
AKa each prime number is
12(X) + 1
12(X) + 5
12(X) + 7
12(X) + 11
bless
scandalous-goat ago
Here's your list of primes converted to base 12.
2 3 5 7 b 11 15 17 1b 25 27 31 35 37 3b 45 4b 51 57 5b 61 67 6b 75 81 85 87 8b 91 95 a7 ab b5 b7 105 107 111 117 11b 125 12b 131 13b 141 145 147 157 167 16b 171 175 17b 181 18b 195 19b 1a5 1a7 1b1 1b5 1b7 205 217 21b 221 225 237 241 24b 251 255 25b 267 271 277 27b 285 291 295 2a1 2ab 2b1 2bb 301 307 30b 315 321 325 327 32b 33b 347 34b 357 35b 365 375 377 391
Interesting, indeed.
antiracistNew ago
Why is this interesting?
scandalous-goat ago
The base 10 primes, in base 12 all end in 1, 5, 7 or b (11), without exception.
antiracistNew ago
Yeah, and the primes in base 10 all end in what without exception, (except for 2 and 5)?
They can't end in 0, 2, 4, 6, or 8.
That leaves 1, 3, 5, 7, 9.
But no prime other than 5 can end in 5.
That leaves 1, 3, 7, 9.
Hurray, we've found that all primes greater than 5 must end with one of the same 4 digits.
scandalous-goat ago
base 12:
base 16:
antiracistNew ago
Why not provide base 10?
Is there anything significant to be noticed about the number of occurrences?
scandalous-goat ago
base 10:
Indeed, 5 is missing from all except itself.
antiracistNew ago
Of course, because all numbers ending in 5 are divisible by 5.
scandalous-goat ago
I'll be honest, I'm in drone mode right now.