Newbetuts
.
New posts in almost-everywhere
If $\int_A f\,dm = 0$ for all $A$ having some fixed measure $C$, then $f = 0$ almost everywhere
real-analysis
analysis
measure-theory
lebesgue-integral
almost-everywhere
If $ \int fg = 0 $ for all compactly supported continuous g, then f = 0 a.e.?
real-analysis
functional-analysis
lebesgue-integral
lebesgue-measure
almost-everywhere
Why do we need to define Lebesgue spaces using equivalence classes?
functional-analysis
equivalence-relations
almost-everywhere
If X and Y are equal almost surely, then they have the same distribution, but the reverse direction is not correct
probability-theory
measure-theory
probability-distributions
random-variables
almost-everywhere
Proving $n^{-1/2}\sum_{k=1}^{n}a_{nk}X_k\to0$ a.s
probability-theory
almost-everywhere
Proving $\frac{1}{n} \sum_{k=1}^{n}X_{k}\to 0$ a.s.
probability-theory
borel-cantelli-lemmas
almost-everywhere
Almost Everywhere Convergence versus Convergence in Measure
real-analysis
measure-theory
convergence-divergence
almost-everywhere
Lipschitz continuity implies differentiability almost everywhere.
derivatives
lipschitz-functions
almost-everywhere
Measurability of an a.e. pointwise limit of measurable functions.
measure-theory
convergence-divergence
almost-everywhere
$\int_0^1f(t)\phi'(t)dt=-\int_0^1g(t)\phi(t)dt$, for all smooth $\phi\in[0,1]$ implies $f$ is absolutely continuous and $f'=g$ a.e.
real-analysis
derivatives
lebesgue-integral
almost-everywhere
absolute-continuity
Prev