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| + | =[[MA375]]: The Principle of Induction= | ||
| + | Lecture Notes | ||
| + | ---- | ||
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==Definitions== | ==Definitions== | ||
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''A Probability Function'' - is a function where p: S -> (real number) with p(s)being an element of [0,1] Further, In a case where S is a finite we have <math>\sum_{L exists in S}{p(s)}={1}<math/>I- typed-quite-a-few-notes-for- this- day- but- went- to- check- it- and -got- an- error- in- this- equation.- Anyone- know- how -to- fix- this?-Jacob Ahlborn- | ''A Probability Function'' - is a function where p: S -> (real number) with p(s)being an element of [0,1] Further, In a case where S is a finite we have <math>\sum_{L exists in S}{p(s)}={1}<math/>I- typed-quite-a-few-notes-for- this- day- but- went- to- check- it- and -got- an- error- in- this- equation.- Anyone- know- how -to- fix- this?-Jacob Ahlborn- | ||
| + | ---- | ||
| + | [[Main_Page_MA375Fall2008walther|Back to MA375, Fall 2008, Prof. Walther]] | ||
Revision as of 08:10, 20 May 2013
MA375: The Principle of Induction
Lecture Notes
Definitions
Sample Space
A sample space is a set whose elements are called events.
A Probability Function - is a function where p: S -> (real number) with p(s)being an element of [0,1] Further, In a case where S is a finite we have $ \sum_{L exists in S}{p(s)}={1}<math/>I- typed-quite-a-few-notes-for- this- day- but- went- to- check- it- and -got- an- error- in- this- equation.- Anyone- know- how -to- fix- this?-Jacob Ahlborn- ---- [[Main_Page_MA375Fall2008walther|Back to MA375, Fall 2008, Prof. Walther]] $
