algebra. Tree graceli.

For every element of an infinitesimal following a function has another function with other infinitesimal sequence elements, and becomes an infinitesimal process.

P / p P [x] = SNW [n].
A] dx / [d P / p P [x]] [date] = 0 w,
B] dw / [d P / p P [x]] [date] = 0 w

A] μ Δ ς dx / [d P / p P [x]] [date] = 0 w,
B] μ Δ ς dw / [d P / p P [x]] [date] = 0 w

μ Δ ς symbols graceli to medial, and variations.

Note.
See the symbols of graceli in other previously published work. Or click on the top left of the blog is written in mathematical and physical graceli.





algebra. Tree graceli.

For every element of an infinitesimal following a function has another function with other infinitesimal sequence elements, and becomes an infinitesimal process.

P / p P [x] = SNW [n].
A] dx / [d P / p P [x]] [date] = 0 w,
B] dw / [d P / p P [x]] [date] = 0 w

A] μ Δ ς dx / [d P / p P [x]] [date] = 0 w,
B] μ Δ ς dw / [d P / p P [x]] [date] = 0 w

μ Δ ς symbols graceli to medial, and variations.

Note.
See the symbols of graceli in other previously published work. Or click on the top left of the blog is written in mathematical and physical graceli.

Imagine a tree forming the branches and leaves and flowers, with respect to time.


Theory graceli the n-dimensional networks.

System aimed at the general unification of mathematics.
Imagine a system of parallel networks each with squares, each of which has values ​​that appear and disappear as if flasher, that is, as the flow value appears at a point x with switching times and values ​​for y w, k, [n].

Ie we have a matrix system, graphs, algebra, and geometry, and even commutative geometry that vary by flashers system of each network and their interactions.
[CR, CCPG] = set of real and all the co-prime graceli.


[g] = dx, d E1 R1, [CR, CCPG] = P / pP [⇔, ≁] [Fo, d, nd], eq r2 p [CR, CCPG] = P / pP [⇔, ≁] [ Fo, d, nd] dt [n].
Fo, d, nd = oscillatory flow, dynamic, n-dimensions.

[g] μ Δ ς = dx, dE1 R1, P [CR, CCPG] = P / pP [⇔, ≁] [a, x, 0, p, p / p P] [Fo, d, nd] [sen, cos], eq r2 p [CR, CCPG] = P / pP [⇔, ≁] [a, x, 0, pw, p / p P] [Fo, d, nd], [sin, cos] dt [ n].

Far 1 Network 1 network.
P = progression.
A = alternation.

d / d [gt] + p (t) y = w [t] [n].

μ Δ ς d / d [gt] + p (t) y = w [t] [n].


at each end of each grid rectangle we have a lighting system that determines that there values ​​into operation with other extreme lying in lighting.

E or medial graceli or integral whole system has been in operation, or part or even each operation involving two extremes, three, or enésimos.

Note. For a better understanding of the symbols used by graceli, please see other work published previously.