1. Partial Fractional Decomp. Help

I've been working with decomp. for:

[(ln(x))^(-s)]/(x(x-1))

And I get:

[(ln(1))^(-s)]/(x-1) - [(ln(0))^(-s)]/x

I know ln(1) is zero and that ln(0) is negative infinity (or complex depending on who you are), but is this still a correct solution?

2. Originally Posted by rman144
I've been working with decomp. for:

[(ln(x))^(-s)]/(x(x-1))

And I get:

[(ln(1))^(-s)]/(x-1) - [(ln(0))^(-s)]/x

I know ln(1) is zero and that ln(0) is negative infinity (or complex depending on who you are), but is this still a correct solution?
Hi

[(ln(x))^(-s)]/(x(x-1)) = [(ln(x))^(-s)]/(x-1) - [(ln(x))^(-s)]/x