An Introduction to Probability Theory and Its Applications, Volumen 1 |
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LibraryThing Review
Reseña de usuario - redgiant - LibraryThingIf you were to lock me up for a year and allow only one book for the whole time, this is the book I would take with me. The way each problem is treated is delightful. The book is slightly dated and so ... Leer reseña completa
LibraryThing Review
Reseña de usuario - bluetyson - LibraryThingA really, reall dull mathematics text. An important book, but this one you will not be pleased with having to read, or at least I never came across anyone that was, when I had to use it. Highly detailed and quite complex look at the probability subject for the tertiary level beginner. Leer reseña completa
Índice
CHAPTER PAGE | 1 |
THE SAMPLE SPACE | 7 |
ELEMENTS OF COMBINATORIAL ANALYSIS | 26 |
Página de créditos | |
Otras 76 secciones no se muestran.
Otras ediciones - Ver todo
An Introduction to Probability Theory and Its Applications, Volúmenes 1-2 William Feller,Vilim Feller Vista de fragmentos - 1957 |
An Introduction to Probability Theory and Its Applications, Volúmenes 1-2 William Feller,Feller Vista de fragmentos - 1957 |
An Introduction to Probability Theory and Its Applications, Volúmenes 1-2 William Feller,Vilim Feller Vista de fragmentos - 1957 |
Términos y frases comunes
appear applies approximation arrangements assume balls Bernoulli trials binomial calculate called cards cells changes chapter coin consider contains Continuation corresponding defined definition depends derived described distribution elements equals equation event exactly example exist expected experiment finite fixed follows formula four function given hence holds increases independent inequality infinite integer interval large numbers law of large lead least length limit mathematical means method mutually Note observed obtained occurs origin pairs particle particular paths points population positive possible probability problem proof prove random variables recurrence remains replacement represents respectively result runs sample points sample space sequence side simple solution statistics step success Suppose takes theorem theory tion tossings values variance zero