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 Apr2 accepted Inequality for a random variable Apr2 comment Inequality for a random variable I wasn't able to find a reference to Chebyshev's inequality in this form. Could you pleas provide a link? Apr2 comment Inequality for a random variable does not Chebyshev's inequality have variance in it? Apr2 asked Inequality for a random variable Feb15 accepted How to show that the function belongs to $L_2(R)$ but does not belong to $L_1(R)$? Feb15 comment How to show that the function belongs to $L_2(R)$ but does not belong to $L_1(R)$? Ah, it is easy. sorry! Feb15 comment How to show that the function belongs to $L_2(R)$ but does not belong to $L_1(R)$? $L_1$ part I understood. It is a nice trick to split the integration range. To my shame I do not see why it is integrable in $L_2$. Integral $\int 1/x^2 dx$ does not converge. Feb15 asked How to show that the function belongs to $L_2(R)$ but does not belong to $L_1(R)$? Feb8 comment Does a distribution exist specified by next Cumulative Distribution Function? Ah nice, thank you! Feb8 accepted Does a distribution exist specified by next Cumulative Distribution Function? Feb8 comment Does a distribution exist specified by next Cumulative Distribution Function? I cooked'' such distribution based on what I need. If you put your comment as an answer I will accept it. You gave a reference to the Stieljes measure which is nice. Feb8 comment Does a distribution exist specified by next Cumulative Distribution Function? Thanks, does this distribution have a name? Feb8 revised Does a distribution exist specified by next Cumulative Distribution Function? added 115 characters in body Feb8 asked Does a distribution exist specified by next Cumulative Distribution Function? Dec27 comment A question about Bayesian Networks from Judea Pearl's book. Thanks for the nice link. Dec27 accepted A question about Bayesian Networks from Judea Pearl's book. Dec27 asked A question about Bayesian Networks from Judea Pearl's book. Dec10 accepted Expectation of a sum of squares of normal variables with different variances. Dec10 accepted How to compute expected value of a normal distribution over [0, + infinity) interval Dec2 revised Expectation of a sum of squares of normal variables with different variances. added 43 characters in body