Re: Variability of Pi value

On Jun 22, 9:16 am, "Narthix" <inva...@xxxxxxxxxxx> wrote:
"inverse 19" <hope9...@xxxxxxxxxxx> wrote in message

news:94362bce-b5c2-4c4c-8450-0711f1da58bb@xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
On Jun 22, 4:45 am, "tadc...@xxxxxxxxxxx" <tadc...@xxxxxxxxxxx> wrote:





On Jun 21, 11:03 pm, inverse 19 <hope9...@xxxxxxxxxxx> wrote:

Hate to put it in this manner, but in addition to the other post
about pi values, let me make it clear that we have worked on this for
a long time, it is not that simple . measurement from the outside
measuring the entire hypotenuse are a little different and also if the
vector 19 transects the squared 90 or not, there is a slight
variationin Pi value specially at the angle where the extra median
meets, we even thing there might be a Levo or Dextro difference. We
asgree static Pi value is stable as measured outside the circle , but
there are definite variabilities and mathematically there will be
variability with very large hypotenuses, with speed involve.

I am getting out of here, to many " bugs" attack your post , the
general attutude is to attack rather than try and understand.

You need to understand the difference between the *value* of something
and the *measurement* of that value.

You cannot measure pi. You measure distances. You can calculate an
*estimate* of pi from such measurements.

PI is a mathematically *defined* quantity, with an exact value.

Measurements always have stochastic error.

Tom Davidson
Richmond, VA

 Exactly we are actually measuring distances , please see our  latest
post documenting the actual readingd of 3.1412614,  3.1512334,
3.1138255 and the reson of variabilty depending on how and where you
measure tghe differences. We have mathematicall defined it as the
dimension of the hypotenuse at 18.9473 degrees measured from inside or
the outside of a circle i.e an hypotenuse of the entire circle vs
hypotenuse inside. We will document this in our website. If you are
interested in our Topological diagrams please contact us directly as
long as you are civil, as you are. You may even join as a direct
researcher at Hope research on inverse zero ( the difference between a
ratio and a differential constant is that one is a point , the other a
inverse angle  point constant.Like the 360/90 is a fixed ratio of 4).
If you are in any way interested let me know.



and what if 2/1 has a fixed ratio of 2 ? does that vary too ?- Hide quoted text -

- Show quoted text -

We do not believe Pi is a ratio, it is a derived ratio by mathematics
but not a prime ratio in the mathematical sense, Pi is a fixed
differential between the angle "90 and 18.9473 degrees", 3+(0.14-,)
the inverse angle of the circle, and the hypotenuse is the direct
measurement of that differential that inscribes the curve or a circle.
In case respectfully youdo nopt know , we have proven that inverse 19
angle is the least proportional of the circular dimension.

Specifically to your answer 2/1 cannot vary because like 1/3 that is a
stable ratio, as you know mathemtics gets less stable with advancing
decimal points(2^2 is the most inverse measure and most stable till
infinity, more so than 32^2 for instance). I see your point, but I
wish we could talk more, and you look at our entire work in 2 weeks
on our web site. I like healthy critique. Can you correctly measure a
curve to derive the ratio
.

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