geometria Graceli de fluxos aleatórios transcendentes.: 2016

terça-feira, 9 de agosto de 2016

p = progressão.

[py/pPw /px]
-----------------------------------------------

P(X=n)=(1-p)^{n-1}p\,

/ [p/pP /px]

[py/pPw /px]
------------------------------------------------

P(Y=n)=(1-p)^{n}p\,

/ [p/pP /px]

[py/pPw /px]
-----------------------------------------------------------

\ E(X)={\frac {1}{p}},\quad {\mbox{var}}(X)={\frac {1-p}{p^{2}}}.

/ [p/pP /px]

[py/pPw /px]
-----------------------------------------------------------------------

\ E(X)={\frac {1}{p}},\quad {\mbox{var}}(X)={\frac {1-p}{p^{2}}}.

/ [p/pP /px] [+,-,*,/] p.

[py/pPw /px]
----------------------------------------------------------------------------

\ E(X)={\frac {1}{p}},\quad {\mbox{var}}(X)={\frac {1-p}{p^{2}}}.

/ [p/pP /px] [+,-,*,/] [FA p].

FA = fluxos aleatórios.

p / 3 p / 3 p / 3
----------- ------------------ -----------------

{\sqrt {a\pm {\sqrt {b}}}}={\sqrt {{\frac {a+{\sqrt {a^{2}-b}}}{2}}}}\pm {\sqrt {{\frac {a-{\sqrt {a^{2}-b}}}{2}}}},

{\sqrt {a\pm {\sqrt {b}}}}={\sqrt {{\frac {a+{\sqrt {a^{2}-b}}}{2}}}}\pm {\sqrt {{\frac {a-{\sqrt {a^{2}-b}}}{2}}}},

------------- ----------------- --------------------
p / pP p / pP p / pP

p / pP / 3 p / pP / 3 p / pP / 3
-------------- ----------------- ------------------

{\sqrt {a\pm {\sqrt {b}}}}={\sqrt {{\frac {a+{\sqrt {a^{2}-b}}}{2}}}}\pm {\sqrt {{\frac {a-{\sqrt {a^{2}-b}}}{2}}}},

------------- ----------------- --------------------
p / pP / 3 p / pP /3 p / pP/3

cálculo progressimal Graceli.

Σ p/pP =

Σ 1 -p/pP =

Σ 1 -p/pP / 3 =

Σ 1 -px / pP / 3 [/py] =

Σ 1[log -px / [pP / 3 [/py]] =

Σ [log p - log px / [pP / 3 [/ log py]] =

segunda-feira, 8 de agosto de 2016

p = progressão.

P(X=n)=(1-p)^{n-1}p\,

/ [p/pP /px]

P(Y=n)=(1-p)^{n}p\,

/ [p/pP /px]

\ E(X)={\frac {1}{p}},\quad {\mbox{var}}(X)={\frac {1-p}{p^{2}}}.

/ [p/pP /px]

\ E(X)={\frac {1}{p}},\quad {\mbox{var}}(X)={\frac {1-p}{p^{2}}}.

/ [p/pP /px] [+,-,*,/] p.

\ E(X)={\frac {1}{p}},\quad {\mbox{var}}(X)={\frac {1-p}{p^{2}}}.

/ [p/pP /px] [+,-,*,/] [FA p].

FA = fluxos aleatórios.