função Graceli para curvas transmétricas.

terça-feira, 11 de fevereiro de 2014

Função de curvas e curvas transmétrica Graceli.

Transmetria Graceli.

Curvas transmétricas e dinâmicas graceli

∫ F[x]dx =f[b]-f[a] +[mpG] + [logx /x n...] + [rta +osc / t ] + [logx/x n... [*/ ]A = -R, 0, +R]=

∫ F .dR = f [B] – f [A] +[mpG] + [logx /x n...] + [rta +osc / t ] + [logx/x n... [*/ ]A = -R, 0, +R]=

PARA UM SISTEMA EM ROTAÇÃO E MOVIMENTOS.

∫ F*dR = rot F * ndA +[mpG] + [logx /x n...] + [rta +osc / t ] + [logx/x n... [*/ ]A = -R, 0, +R]=

PARA VARIAÇÕES DENTRO DE CURVAS.

∫ F*ndA = div*FdV +[mpG] + [logx /x n...] + [rta +osc / t ] + [logx/x n... [*/ ]A = -R, 0, +R]=

Pure mathematics Graceli [ mpg ] .

Author : Ancelmo Luiz Graceli .

Numbers brothers Graceli [ NGI ] .
Are numbers that produce the same results as sequential numbers.

Numbers that are produced from 1 and 3.

These logs are the primary numbers = [ 1 and 3] .

And they produce secondary .
They are.
1, 3 , 101, 103, 1003, 10003 , 1001, 303 , 333, 111 , 11, and others.

And that will produce similar results repeated or progressive numbers .

Numbers multiple Graceli corresponding infinitesimal . Ngmci .

Are numbers that multiply by another and that will produce the same corresponding numbers .

Example .

Exemplo.

0.11111111111111111

0.333333333333333333

1.011111111111111

1.03333333333333

1.010101010101010

1.01010101010100

Onde vão produzir números múltiplos infinitésimos correspondentes.

0.1111111111111* 9 = 0.9999999999999999

0.3333333333333* 9 =

Numbers divisible GRACELI corresponding infinitesimal [ NGCDI ] .

The NGCDI are sequential numbers that produce corresponding infinitesimal .

Where we also have the corresponding infinitesimal sequences .

Example .

81/9 = has a result 0,1111111111111111111111

Where all numbers that reach this result match. And the result is also relevant .

Numbers similar Graceli [ NGS ] .

Numbers that are multiplied by others, they will produce the same sequential results .

Ngs * = R seq = sequences similar Graceli .

0.5 / 9 =

And the numbers Graceli sequential infinitesimal [ NGSI ] divide the repeated and progressive .

5/25 n .... =

Mathematical elements Graceli .

[mpG] + [logx /x n...] + [rta +osc / t ] + [logx/x n... [*/]A = -R, 0, +R]=

[ mpg ] = elements of pure mathematics Graceli .

[ Logx / x .... n ] = infinitesimal division of the logarithm of x by x itself .

[ rta + osc / t ] rotation, translation , acceleration and oscillation divided by time.

[A - = 0, R , + R ] = system alternancidade multiplying by negative , positive and zero real numbers . Giving a system of alternation and at times disappear when multiplied by zero.

See calculation for n- dimensions of coordinates.

And for the mathematical elements Graceli .

quarta-feira, 5 de fevereiro de 2014

Função de curvas e curvas transmétrica Graceli.

Transmetria Graceli.

Curvas transmétricas e dinâmicas graceli.

F[x]dx =f[b]-f[a] +[Rot x /t] +[osc x /t] +[transl x /t] + [logx/x n…] +

[x * Rposit. Rnegati, 0 = A].

A = que se alternam.

F .dR = f [B] – f [A] +[Rot x /t] +[osc /t] +[transl x /t] + [logx/x n…] +

[x * Rposit. Rnegati, 0 = A].

PARA UM SISTEMA EM ROTAÇÃO E MOVIMENTOS.

F*dR = rot F * ndA +[Rot x /t] +[osc x /t]+[transl x /t] + [logx/x n…] +

[x * rposit. Rnegati, 0 = A].

PARA VARIAÇÕES DENTRO DE CURVAS.

F*ndA = div*FdV +[Rot x /t] +[osc x/t]+[transl x /t] + [logx/x n…] +

[x * Rposit. Rnegati, 0 = A].

Função de curvas e curvas transmétrica Graceli.

Transmetria Graceli.

Curvas transmétricas e dinâmicas graceli.

F[x]dx =f[b]-f[a] +[Rot x /t] +[osc x /t] +