BranchesHistoryHelpLogin
Welcome guest
You're not logged in.
349 users online, thereof 0 logged in

Theorem: Theorem of Large Numbers for Relative Frequencies (Jakob Bernoulli)

Let the probability of an event \(A\) occurring in a Bernoulli experiment be \(P:=p(A)\). We define members of a real sequence \((F_n)_{n\in\mathbb N}\) as follows:

Then it is almost certain that the sequence members \(F_n\) will approximate the probability \(P\) with virtually any accuracy, if \(n\) is large enough. Formally,

\[\lim_{n\to\infty}p(|F_n(A)-P|\le \epsilon)=1\]

for arbitrarily small (but fixed) real number \(\epsilon > 0\). We can also say that the relative frequencies of an event in a Bernoulli experiment (if repeated a large number of times) approximate the probability of that event:

\[F_n(A)\approx p(A).\]

| | | | | created: 2016-03-30 22:00:27 | modified: 2016-04-04 23:04:58 | by: bookofproofs | references: [856]

1.Proof: (related to "Theorem of Large Numbers for Relative Frequencies")

Edit or AddNotationAxiomatic Method

This work was contributed under CC BY-SA 3.0 by:

This work is a derivative of:

(none)

Bibliography (further reading)

[856] Bosch, Karl: “Elementare Einf├╝hrung in die Wahrscheinlichkeitsrechnung”, vieweg Studium, 1995, 6. Auflage