Tính \(I = \int {{{{{\ln }^2}xdx} \over {x\root 3...

Câu hỏi: Tính \(I = \int {{{{{\ln }^2}xdx} \over {x\root 3 \of {2 - \ln x} }}} \)

A \(I = {{ - 3} \over 8}\root 3 \of {{{\left( {2 - \ln x} \right)}^8}}  + {{12} \over 5}\root 3 \of {{{\left( {2 - \ln x} \right)}^5}}  - 6\root 3 \of {{{\left( {2 - \ln x} \right)}^2}}  + C\)

B \(I = {{ - 3} \over 8}\root 3 \of {{{\left( {2 - \ln x} \right)}^8}}  + {{12} \over 5}\root 3 \of {{{\left( {2 - \ln x} \right)}^5}}  + 6\root 3 \of {{{\left( {2 - \ln x} \right)}^2}}  + C\)

C \(I = {{ - 3} \over 8}\root 3 \of {{{\left( {2 - \ln x} \right)}^8}}  - {{12} \over 5}\root 3 \of {{{\left( {2 - \ln x} \right)}^5}}  + 6\root 3 \of {{{\left( {2 - \ln x} \right)}^2}}  + C\)

D \(I = {3 \over 8}\root 3 \of {{{\left( {2 - \ln x} \right)}^8}}  + {{12} \over 5}\root 3 \of {{{\left( {2 - \ln x} \right)}^5}}  + 6\root 3 \of {{{\left( {2 - \ln x} \right)}^2}}  + C\)