New posts in probability-distributions

Difference of order statistics in a sample of uniform random variables

Showing that ${\rm E}[X]=\sum_{k=0}^\infty P(X>k)$ for a discrete random variable

Probability zero vs impossible

Probability - exponential distribution question

Does the sum of random variables sampled with/without substitution differ for large populations?

Finding distribution given bivariate normal $f_{xy}$

cdf of $X/(X+Y)$, where $X$ and $Y$ are i.i.d. uniform

if $X,Y$ be a random independent variables if $X+Y$ and $Y$ has the same distribution, then $\mathbb{P}[X=0]=1$

Using the Central Limit Theorem to show $\lim_{n \to \infty} \frac{1}{(n-1)!} \int_0^n x^{n-1}e^{-x} dx= 1/2$

Calculate the following limit using the Central Limit Theorem

Let $Y_1, \ldots , Y_n$ be independent with $Y_k \sim U(0,1).$ If $S_n=\Sigma_k kY_k$, show that $4S_n/n^2$ converges in distribution to $1.$

Method of moment estimator Pareto

Finding the distribution of $\|X-\mu \|_\Sigma^2$ with $X \sim N(\mu,\Sigma)$

Sum-Product of Random Variables

A question about Central Limit Theorem and the calculation of a limit.

When $\Big[ uv \Big]_{x\,:=\,0}^{x\,:=\,1}$ and $\int_{x\,:=\,0}^{x\,:=\,1} v\,du$ are infinite but $\int_{x\,:=\,0}^{x\,:=\,1}u\,dv$ is finite

example of random variable that is integrable but have infinite second moment

Intuition behind binomial variance

Marginal Density Function, Gamma and Beta distributions

Where did I go wrong in proving $\mathbb E[X^{2n}] = \prod_{1 \leq k \leq 2n, k \operatorname{odd}}k$