i =logx/xn

Σi-1[ logx/x [n] pP 

i -1[ logx/x [n]]

i =logx/xn

Σi-1pP[ logx/x [n] / pP 

i -1[ logx/x [n]]

i =logx/xn

Σi-1pP[ logx/x [n] pP * [a,R,0, pP]

i -1[ logx/x [n]]

i =logx/xn

Σi-1pP[ logx/x [n] pP 

i -1[ logx/x [n]]

i =logx/xn

Σi-ipP

i - n

i =logx/xn

Σi-1[ai+ai] * [ logx/x [n] pP 

i -1[ logx/x [n]]

i =logx/xn

Σi-1pP / [ logx/x [n] pP 

i -1[ logx/x [n]]

i =logx/xn

Σi-1pP[ logx/x [n] pP * [a,R,0, pP]

i -1[ logx/x [n]]

i =n

Σi-ipP [logx / x [n]

i - x

i =logx/xn

Σi-1[ logx/x [n] pP 

i -1[ logx/x [n]]

i =logx/xn

Σi-1pP[ logx/x [n] pP 

i -1[ logx/x [n]]

i =logx/xn

Σi-1pP[ logx/x [n] pP * [a,R,0, pP]

i -1[ logx/x [n]]

i =logx/xn

Σi-1[ logx/x [n] pP 

i -1[ logx/x [n]]

i =logx/xn

Σi-1pP[ logx/x [n] pP 

i -1[ logx/x [n]]

i =logx/xn

Σi-ipP

i - n

i =logx/xn

Σi-1[ logx/x [n] pP 

i -1[ logx/x [n]]

i =logx/xn

Σi-1pP[ logx/x [n] pP 

i -1[ logx/x [n]]

i =logx/xn

Σi-1pP[ logx/x [n] pP * [a,R,0, pP]

i -1[ logx/x [n]]

i =logx/xn

Σi-1[ logx/x [n] pP 

i -1[ logx/x [n]]

i =logx/xn

Σi-1pP[ logx/x [n] pP 

i -1[ logx/x [n]]

i =n

Σi-ipP [logx / x [n]

i - x

i =n

Σi [ai+ bi + ci + di ......]

i = abcd [n]

           

i =n

Σi [ i + [a, R,0,pP]

i = R [n]

R = REAIS.

[a, R,0,pP] = ALTERNÂNCIA ENTRE NÚMEROS REAIS, ZERO, 

PROGRESSÃO SOBRE PROGRESSÃO.

.

i =n

Σ  i / [ i + [a, R,0,pP]

i = R [n]