Algemetria associativa [álgebra e geometria Graceli]

A = dimensão de graceli. [dm]. B = tempo. C = espaço.

p = progressão.

A + b = c – d / p     

A + b = d – c / p / pi.

A + b = e – d + c / π /   [ p.].

A + b = c – d / p    - logx/ x

A + b = d – c / p / π. -/ logx/ x

A + b = e – d + c / π /   [ p.]../ - logx/ x

A + b = c – d / p    - logx/ x [/] p/ .pP

A + b = d – c / p / π. -/ logx/ x [/] p/ .pP

A + b = e – d + c / π /   [ p.]../ - logx/ x  [/] p/ .pP

A + b = c – d / p      

A + b = d – c / p / π.

A + b = e – d + c / π /   [ p.]..

A + b / c= c – d / p    - logx/ x

A + b / c= d – c / p / π. -/ logx/ x

A + b / c= e – d + c / π /   [ p.]../ - logx/ x

A + b /c= c – d / p    - logx/ x [/] p/ .pP

A + b /c= d – c / p / π. -/ logx/ x [/] p/ .pP

A + b /c= e – d + c / π /   [ p.]../ - logx/ x  [/] p/ .pP

A + b = c – d / p  + cpG 1/3 [p/d [n]] [PRODUTO / DIVISOR] , co-primo graceli.

A + b = d – c / p / π. / cpG 1/3 [p/d [n]]

A + b = c – d / p / cpG 1/3 [p/d [n]] /cpG 1/3 [p/d [n]]

A + b = d – c / p / π. /cpG 1/3 [p/d [n]]/ cpG 1/3 [p/d [n]]

A + b = e – d + c / π /   [ p.].. cpG 1/3 [p/d [n]]

A + b / c= c – d / p    - logx/ x / [senx, cósw] / cpG 1/3 [p/d [n]]

A + b / c= d – c / p / π. -/ logx/ x /[senx, cósw] / cpG 1/3 [p/d [n]]

A + b / c= e – d + c / π /   [ p.]./ - logx/ x /[senx, cósw] / cpG 1/3 [p/d [n]]

A + b /c= c – d / p    - logx/ x [/] p/ .pP /[senx, cósw].

A + b /c= d – c / p / π. -/ logx/ x [/] p/ .pP /[senx, cósw].

A + b /c= e – d + c / π/   [ p.]../ - logx/ x  [/] p/ .pP /[senx, cósw].

A + b = c – d / p  ₊ cpG 1/3 [p/d [n]]

A + b = d – c / p / π.+ cpG 1/3 [p/d [n]]

A + b = e – d + c / π /   [ p.]..+ cpG 1/3 [p/d [n]]

A + b / c= c – d / p    - logx/ x + cpG 1/3 [p/d [n]]

A + b / c= d – c / p / π -/ logx/ x + cpG 1/3 [p/d [n]]

A + b / c= e – d + c / π/   [ p.]. / - logx/ x + cpG 1/3 [p/d [n]]

A + b /c= c – d / p    - logx/ x [/] p/ .pP + cpG 1/3 [p/d [n]]

A + b /c= d – c / p / π -/ logx/ x [/] p/ .pP + cpG 1/3 [p/d [n]]

A + b /c= e – d + c / π /   [ p.]../ - logx/ x  [/] p/ .pP + cpG 1/3 [p/d [n]]

A + b = e – d + c / π / raiz de p. /[senx, cósw]

A + b / c= c – d / p    - logx/ x /[senx, cósw]

A + b / c= d – c / p / π. -/ logx/ x /[senx, cósw]

A + b / c= e – d + c / π /   [ p.]../ - logx/ x /[senx, cósw]

A + b /c= c – d / p    - logx/ x [/] p/ .pP /[senx, cósw]

A + b /c= d – c / p / π. -/ logx/ x [/] p/ .pP /[senx, cósw]

A + b /c= e – d + c / π/   [ p.]. ./ - logx/ x  [/] p/ .pP /[senx, cósw]

A fórmula mágica sequencial de Graceli de co-primos para a teoria dos números.

1/3 = sG1 / d = sG2 / d = sG3 / d = sG4 / d = sG5.

0,333333333333333333333333.

0,11111111111111111111111

0,037037037037037037

0,123456789012345678

0,00411522633744866