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 Jul4 comment How to determine the eigenvectors for this matrix How are you getting v? Row operations give $\left( \begin{array}{ccc} 1 & -\frac{\beta}{\alpha+\lambda_i}\\ 0 & \frac{\alpha-K\lambda_i}{\beta} \end{array} \right)$ from which $v_2$ is zero Jul4 asked How to determine the eigenvectors for this matrix Jul2 awarded Curious Jul2 awarded Inquisitive Jun14 comment Distribution of minimum of independent normal variables No that was not my question. I realised that I can use a different way and avoid it Jun3 revised Distribution of minimum of independent normal variables added 22 characters in body Jun3 asked Distribution of minimum of independent normal variables Jun3 revised Algorithm for Fundamental theorem of arithmetic correction of title Jun3 suggested approved edit on Algorithm for Fundamental theorem of arithmetic May30 comment How to establish a lower bound on this difference operator? @LutzL, see the edit to see how far I got. May30 revised How to establish a lower bound on this difference operator? added 690 characters in body May30 asked How to establish a lower bound on this difference operator? May28 accepted Difference between derivative and its approximation May28 asked Difference between derivative and its approximation May19 asked Simplifying a certain bound May19 accepted Proof of this inequality May17 asked Proof of this inequality Apr22 comment Hint in Proving that $n^2\le n!$ justify the "?" in your answer Apr22 comment Hint in Proving that $n^2\le n!$ how is this correct, you have used something that you are trying to prove Apr22 asked Decoupling system of two partial differential equations