Revolution math graceli.

The three most beautiful equations graceli.
 We have the universal calculation graceli the graceli sequence for pi, and the paradox of the dog that goes to the owner three key roles.

1] Where the first explains and justifies all areas of mathematics.
2] The second is an infinitesimal number where graceli discovers that pi is a repeated sequence up to a point, and then starts to decrease in substring values.
3] And the paradox is that the dog always have a differential curve.



Graceli category of upper arms.
0, 1 the brothers numbers, where 0 may be 1. When it turns into power.
 3, 6, 9 that it produces the same sequences. First order. In sub divisions.
 2,4,5 8 producing senquência second order infinitesimal. In subdivisions
And 7 that has almost no following in subdivisions.





Theorem of the subdivisions of the categories the numbers.
Any millionth number divisible by 3, 6, 9, or with the end of 3, 6, 9 to 1.3, 2.9, etc. infinitely will produce the same sequence of numbers.


Where the product is divided by the dividend, thus infinitely.

Graceli makes a revolution with the universal mathematical calculation, the geometries, algebra, and theorems.


Where he uses divisions and not derived.


Theorems graceli.
For ellipse concave cube.
Concave with precession and rotation.
Concave with precession, spin and recession and oscillatory flows.
The intersection points between straight and curved by differential movements decreases with increasing oscillatory rotation, recession, precession and oscillatory flows.



For the paradox of the dog.
Among the dog forms a tangent that increases or dimui as speed, distance, and shape: if straight, concave or convex with variations with variations.

To concave spiral.
Concave with precession and rotation.
Concave with precession, spin and recession and oscillatory flows.
The same ellipse between the hub intersection points.


For contrary and favorable curved movements.
If contrary the intersection is always greater than the movement is favorable.




Theorem for the universal calculation graceli.

Universal measurement system graceli.
Unlike calculus derived with the graceli of infinitesimal calculus proceeds integral infinitesimal and the partial limits and statistical probabilities and at the same time.



Theorem of universal calculation graceli. [See this calculation already published on the Internet].
This theorem holds that the graceli path can be a function of partial differential, integral or simultaneously, ie, the same function underlies the three passages simultaneously. And you do not need to make a to find other, in this system are all produced at the same time, and even the matrix, polynomials, geometry and flowmetry, and algebraic geometry.

There must be one which is later to be the other being a continuous or non equation.



Theorem 2.
In graceli algebra system where an elevated function [nth possibilities] enésimos tends to produce results. Or not limited to 1, x, 0, infinite or infinitesimal results.
See functions of the universal calculation graceli.