a função f:r-r satisfaz a igualdade de f(2x + 1)=10.f(x) -3 para todo x real. Se f(31)=0, então o valor f(0) é igual a:
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Temos uma função
definida recursivamente de forma que, para todo 

Temos que
Portanto,
Para 

Substituindo em
temos

Para 

Substituindo em
temos

Para 

Substituindo em
temos

Para 

Substituindo em
temos

Para
finalmente, temos

Substituindo em
temos

Temos que
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