Suvadip
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How to evaluate $$\int^1_0 log(1-x) dx $$
I am confused as log is not defined at 0. Please help
I am confused as log is not defined at 0. Please help
The integral $$\int^1_0 \log(1-x) dx$$ can be evaluated using the limit approach and integration by parts. Despite the logarithm being undefined at 0, the limit $$\lim_{t \rightarrow 1} \int_{0}^{t} \ln(1-x) dx$$ allows for proper evaluation. This integral is classified as an improper integral, which requires careful handling to determine convergence or divergence.
PREREQUISITESStudents and educators in calculus, mathematicians interested in integral evaluation, and anyone seeking to deepen their understanding of improper integrals and logarithmic functions.
suvadip said:How to evaluate $$\int^1_0 log(1-x) dx $$
I am confused as log is not defined at 0. Please help
suvadip said:How to evaluate $$\int^1_0 log(1-x) dx $$
I am confused as log is not defined at 0. Please help