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Mathematical Statistics All Concepts
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,Mathematical Statistics All.pdf Mathematical Statistics All.pdf Mathematical Statistics All.pdf
the jdf factorizes into the product of the individual Independence
density functions
a mean, µ, is a parameter (typically unknown). An mean vs. average
average, Y_bar, is a random variable
μ, σ²/n If Y1, Y2,..., Yn are iid random variables, each having a distribution with mean
μ, variance σ^2, then Y_bar has mean, variance:
chi-squared distribution with one degree of freedom If Y has a normal distribution with mean 0, variance 1, then Y^2 has a...
Mathematical Statistics All.pdf Mathematical Statistics All.pdf Mathematical Statistics All.pdf
, Mathematical Statistics All.pdf Mathematical Statistics All.pdf Mathematical Statistics All.pdf
Z = (Y-μ)/σ has a normal distribution with mean 0, If Y has a normal distribution with mean μ, variance σ^2, then... (formula for
variance 1 Z and its distribution)
chi-square distribution with n degrees of freedom If Y1, Y2,...,Yn are normally and independently distributed, each having mean
0 and variance 1, then Y1^2 + ... + Yn^2 has a...
if Y1,...,Yn are NID(μ,σ^2), then Y_bar and S^2 = ∑ Cochran's Theorem
(Y_i - Y_bar)^2/(n-1) are independent random
variables
v, 2v A random variable having a chi-square distribution with ν degrees of freedom
has mean _ and variance _
chi-square distribution with ∑ v_i degrees of freedom. If Y1, Y2,..., Yn are independent random variables, each having a chi-square
distribution with v1, v2, ..., vn degrees of freedom respectively, then ∑ Y_i
has a...
gamma(X) = ∫_0^{\infty} t^(x-1) * e^(-t) dt gamma function
gamma(1) = 1, gamma(2) = 1, gamma(1/2) = √π gamma function, special cases
Mathematical Statistics All.pdf Mathematical Statistics All.pdf Mathematical Statistics All.pdf