transcendent Graceli calculation.

Transcendent calculation can be processed in various types and forms.


How jumps in alternations. When you have zero in function, or even leaps in graphs and matrix elements, and these elements are pre-determined, or the topology graph, subgroups groups or rings with gaps and vacancies, or a geometry with holes in forms, which are round holes as determined value [pi if or concavity or convexity] can be square among the four ends, or ends of three triangular so forth.


In set theory can be done with certain types of assemblies heels, vacancies, holes, or subgroups or rings and subrings.


In algebra and number theory can be numbers missing and transcendent, or even a vacancy algebra with vague sets becoming empty or changed.


Later you will have examples.


As elements of a function that has functional action on all others before him.
As divisions of elements.

Headquartered with graphs, with alternations.
With operational elements of Graceli.

As p / d [n]. 1/3.

Mother with Graceli method of multiplication, addition and division between the elements and results.

That can be a matrix in x in the pound in columns and horizontal rows.

Calculation Graceli operating system.
multiplication method, sums, and division.
Theorem 2 Graceli.

For a number of multiplication system, with the division between the same, one to one with the other, and the other to the first. And the sum of the results of the divisions divide the result of the multiplication.


Always have this reversal: The higher the number, the lower the result.
And no end result will 2.

X ⇔ y.
2 * 3 = 6
2/3 = 0.6666666666
3/2 = 1.5
0,66666666+ 1.5 = 2.1666
2.16666 / 0.36111 = 6

It can be done with n numbers, or numbers n progressions.

Type: px = py ⇔ RPX, py lim L⇔ pw = RPQ ⇔ p / k p P ⇔ p [n] RPZ = ..... [n].

R = function result of the operation.





transcendent calculus with jumps.

With the first number being skipped.
The next operation two numbers being skipped; the second and third being skipped.

The next operation three numbers being skipped: the third, fourth and fifth number is skipped, so on.


The same can be used in array and graphs. And even in set theory, number theory and topology and group theory, or rings with vacant space with growing and progressive jumps, or even geometry with vacancy between predetermined spaces, or oscillatory variables.




entrelaçante calculation.

All elements of the progression x / all elements of progression y = w, w / all elements of the progression k = h.

  M / all elements of progression p = z [n] thus infinitely.
1/3 of w =
= 1/6 w
= 1/9 w

2/3 = w
= 2/6 w
= 2/9 w

Or switching elements of a column to another column switching elements, thus successively. Since the toggle may be gradual, or even jumps between elements.
As:

= 2/6 w
= 1/9 w


As seen put columns with interlacing variations, alternations or even if infinitesimal have a system that may be a calculation, a statistic, a matrix, or even to graph or topology.
Or even geotopometria Graceli [see already published on the Internet].