#how to do this goofy ahh riddle pi problem
1 messages · Page 1 of 1 (latest)
i believe 49 may be 46
That's the spirit!
Don't be concerned about being right or wrong. The search is what is exciting about maths and sciences.
It's nice to be right but the crucial matter is in honing the "eyeball" to look very carefully at the subject you select.
been staring at these problems for maybe 3-4 hours lol
im just unsure of where to even start anymore, feels like ive tried everything
Sometimes it's good to review. If you can retrace your steps that may help.
Is there any kind of pattern to pi?
***3.14159 26535 89793 23846 26433 83279 50288 41971 69399 37510. ***
Actually I see a pattern in pi
3.14159265358979 323 84 6264338327950288419716939937510.
hmm thats a good point
from what I see I dont believe there is any correlation to the sequences though
lemme keep checking though
damn I thought I found something when adding up some of these numbers it resembled the last sequence
I don't know anything about pi, or what you are seeking to accomplish.
Im essentially trying to find the "?" at the end of every sequence
every sequence is based off of pi in some way or the other and has correlation to it
You want to make representations of pi?
- 3 4 5 5 7 5 1 9 1 8 9 ?
- 2 2 3 2 4 10 1 7 4 4 4 ?
- 8 6 10 15 16 17 13 14 13 ?
- 6 13 15 31 39 43 45 ?
for sequence 47
for sequence 47 I originally thought that the sequence of
2 2 3 2 4 10 1 7 4 4 4 ?
correlated to pi in the way of the first digit in the sequence being "2" representing the amount of odd numbers in pi before an even number
for example 3 and 1 are odd in pi
but 4 is even
so the sequence first digit "2" makes sense but the rest of the sequence doesnt really
so that idea is discarded
wouldn't it be easier to limit yourself to the first four digits? 3.141
but the main idea is to find a pattern within each sequence that correlates to the first 50 digits of pi, then come up with the next number of that sequence
the thing with that is it may not represent the rest of the digits in the sequence very well
but to just find more ideas of what could be happening, I guess that may work
It seem to me that the most logical thing to do is the simplest thing. Then after mastering teh simplest scenario work your way up to the more and more complex
So how would this work with 3.141?
can you begin with 3.1 and predict 3.14?
then predict 3.141?
unless there is a known pattern for pi, IDK
So you are trying to find a pattern in pi?
yep im trying to find a correlation between pi and the sequences
still havent found anything 
its joever man
joever?
ah
you are telling a joek!
LOL
that is a funny one indeed
well you said it was a goofy problem
I like math jokes
here's one
2 + 2 = 5
LOL
BLAgAGAGABLAG

That one always gets me rolling
im cooked bruh
cuz i cant solve this LMFAO
its ok
just wish I knew what was happening in these sequences
It does not matter, compared to death.

51
chatgpt said 51 for the last one but im unsure if thats right
its 51
apparently the last one is based off of placement if that is correct
if so
if its based on placement
than its 0
but the next digit in my personal opinion is 51
lol why is it 51
If there is no pattern for pi then the next digit could be any
Isn't this quest for the next single digit?
its either 0, 51, 49, or 47
why a double digit?
pretty sure the sequence of differences of 49 is +7,+2,+16,+8,+4,+2
so you are adding up the differences between consecutive numbers?
so the difference between 3 and 1 (3.1) is 2
and the difference between 1 and 4 (3.14) is 3
I don't get it
The thing is that the sequence is entirely made up of something based of the first 50 digits of pi
so it’s not exactly just accounting for sequences of differences within just the sequence
There’s supposed to be a pattern in pi which the sequence utilizes
it isnt completely random
its either a normal digit or not
but its not completely random
I spose this is correct
yes
there is a digit that follows
what do you mean by a "normal digit"?
and is there a digit that follows?
we conclude so by inductive reasoning
if pi has 100 billion digits it must be infinite?
that is inductive reasoning
there is always the possibility that pi terminates at 100 billion and 1 places.
Maybe 51 is correct
how would you prove it?
atp its probably just guessing
sometimes an intuition is correct
Intuition sometimes boils under the surface of the conscious mind
you can sometimes feel it at work and don't understand why something bugs you
but you keep wanting to come back to it
you can try to pry it out of the subconscious and that won't work
it's best to leave it be
then some day it may just pop into your head when you are driving in the country or doing some routine task
the mind and knowledge are strange things