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New posts in probability
Is there a way to apply Bayes rules to this question?
probability
probability-distributions
conditional-probability
Probability of a substring occurring in a string
probability
combinatorics
markov-chains
Proof of Pearson's chi squared test
probability
statistics
probability-theory
weak-convergence
Combinatorial Analysis: Fermat's Combinatorial Identity
probability
combinatorics
binomial-coefficients
How to tell is a matrix is a covariance matrix?
probability
matrices
covariance
Expected value of a lognormal distribution [duplicate]
probability
normal-distribution
joint densities and transformation of random variables
probability
density-function
Classic birthday problem turned on its head: With $N$ people, how many are likely to share most common birthday?
probability
birthday
Inverse Fourier transform of $\text{sinc}(t)^{1/k}$
probability
fourier-transform
expected number of cards drawn exactly once (with replacement) [closed]
probability
random-variables
expectation
Expected value of the largest element of a subset
probability
combinatorics
expected-value
For a non-negative absolutely continuous random variable $X$, with distribution $F$. Why is $\lim_{t\rightarrow \infty}t(1-F(t))=0$?
probability
probability-theory
probability-distributions
Is there an introduction to probability and statistics that balances frequentist and bayesian views?
probability
statistics
reference-request
philosophy
bayesian
Is there a constant $c$ that $\frac{c}{1+x}$ be a probability density function for $x>0$?
probability
density-function
using the law of total probability and bayes theorem to solve problem about pupils at school
probability
bayes-theorem
Poisson process and uniform random variable
probability
stochastic-processes
Why do knowers of Bayes's Theorem still commit the Base Rate Fallacy?
probability
education
bayes-theorem
probability that no two spiders end up at the same vertex?
probability
combinatorics
Brownian motion and covariance
probability
brownian-motion
finance
Two squares are chosen at random on a chessboard. What is the probability that they have a side in common?
probability
statistics
permutations
combinations
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