Graceli relativity of matter and energy.
Nature follows its own and related standards.

certain collisions can produce displacements for each type of feature and capability.
That is, certain metals tend to have a transformative nature and interactions and different displacements in space one to another.

Or pleasure in displacement clumped in space.

What they are really transformative states of matter and interactions for each type of material, and each type of chemical.

In other words, what we are transestados on the matter and energy.

In other words, matter it is not universal, ie it is not the same where electrons differ from other electrons, protons other protons, leptons of other leptons, etc.

That is, until the interactions of energies and charges are not common to all, even see in the molecules and chemicals, and radioactive isotopes in as thorium and uranium.


Geometry relativistic undetermined graceli by movements of particles in a fluid jumps bit dense. Or balls thrown to the sides and upwards.


Revolution geometry graceli.

The geometry of graceli out of fixed forms and comes in the forms variables, dynamic and changeable, relative, multiple and indeterminate.

The same with your calculation and your trigonometry, and polynomials.

The universal calculation graceli is a duality of calculation when it comes to limits graceli series [LSG], and their summations, ie is a calculation, polynomials and whole and diferençais, and a geometry when we see these movements and flows are dual and They serve to the geometry of movement and graceli flows.

And they are indeterminate when we see that it is infinitesimal without regard to limits shall be graceli [LSG].

And the same goes for the trial geometry graceli: fixed forms, changing, unas and variable systems, and can be all things at once.


That is, a unified system of mathematics and its branches, and between the relativities and indeterminalidade, and to quadrialidade.


That is, picture golf balls or tennis jumping randomly drawings in which each ball is facing a front, it forms an image of the set of balls for an indefinite relativistic geometry as the balls bouncing flows from one side to the other.

When we see a ball we have a sense, and when we see the set and their movements have another geometry.

In other words, what we have is a picture of each ball and their movements through time and acceleration of flows and jumps.

What we have is the set of all the balls in a container while skipping, and that each ball has its own flow acceleration.


F + pf / p Pf / t [n] to b, f + pf / p Pf / t [n] for all the balls b * [n].



That is, we have the whole of relativity with respect to time and the flows and the parts for this is relative and that each stream has negligible variations becomes indefinite.


And we have a full and part system, it becomes an infinitesimal geometric system.


Imagine a gas system that the oscillation of the molecules increases with increasing pressure or temperature.


This is the perfect and imperfect geometry of the forms simultaneously. Where a molecule is a perfect way, but the set of molecules becomes an imperfect and indeterminate, and the duality between the two have a relativity of geometry, and the transformations and infinitesimal flows have the indeterminalidade.

[ls = 4]                                  [ls = 7]                                 [ls= 9]                        [ls = 8]

pf/pPf  [n]                           pf/pPf  /t[n]                           pf/pPf  [n]                     pw/  pP w

 Â              [+,-,/.*]             Y    [+,-,/.*]                         Z      [+,-,/.*]                   K               =

Resolução:

Primeiro resolva a progressão com expoente de progressão.

1, 4, 27.256 [n].

Depois a divisão da progressão com cada resultado, sendo que para cada resultado a divisão continua infinitamente com o produto pelo dividendo.

1 /1, ¼ =025,  1 /025 = 0,0625,   1/ 0,0625 [n].

1 / 27 =0,037037..., 1/ 0,037037...,= 0,00137.... [n]

1 / 256 = 0,0039....  , 1/ 0,0039....  = 0,00001525.... [n].

Agora com 2, com 3, com 4, com [n] infinitamente.

Ou seja, temos um cálculo sequência e infinitesimal, podendo ser de limite, parcial, ou integral, e determinado e ou indeterminado e relativo.

1 /1, ¼ =025,  1 /025 = 0,0625,   1/ 0,0625 [n].

1 / 27 =0,037037..., 1/ 0,037037...,= 0,00137.... [n]

1 / 256 = 0,0039....  , 1/ 0,0039....  = 0,00001525.... [n].

2/1    [n]

3/1   [n]

4/1    [n]  {n]

 =

Isto para a primeira resolução, depois segue as outras com os outros expoentes, depois se faça a soma, divisão, multiplicação, e ou subtração. Entre os resultados de â, y,z,k.

Agora com 2, com 3, com 4, com [n] infinitamente.

Que pode ser a somatória de todos os resultados infinitésimos, ou parcial, ou de limite de sequência.

 = Ângulo.

Y,z, k, pode ser côncavo convexo, pi, latitude, longitude, altura, e ou dinâmicas.

Se tem uma continuidade infinita se tem uma indeterminalidade e um relatividade. E se tem até o limite de séries se tem resultados finitos.

E que serve para o cálculo, a geometria, a teorias dos números, álgebra, e a trigonometria, matriz, estatística.