Probability - David Michael Burrow
... exclusive then P(A or B) = P(A) + P(B) because since A and B can’t happen together, P(A and B) = 0 ...
... exclusive then P(A or B) = P(A) + P(B) because since A and B can’t happen together, P(A and B) = 0 ...
Discrete Probability
... The problem. What is the smallest number of people who should be in a room so that the probability that at least two of them have the same birthday is greater than ½? ...
... The problem. What is the smallest number of people who should be in a room so that the probability that at least two of them have the same birthday is greater than ½? ...
Chapter 14: Binomial Distributions Binomial Probability Distributions
... Binomial Probability Distributions is one of Finite Probability Distribution. Requirements of Binomial Probability Distributions 1) The procedure has a fixed number of observations (n). 2) The observations must be independent. 3) Each observation must have all outcomes classified into two categories ...
... Binomial Probability Distributions is one of Finite Probability Distribution. Requirements of Binomial Probability Distributions 1) The procedure has a fixed number of observations (n). 2) The observations must be independent. 3) Each observation must have all outcomes classified into two categories ...
Lecture 12
... and two. One forty point proof question, and one thirty point problem. Homework from Chapter Four due on March 9: P 141: 2, 8; p 148: 4, 7; p. 159: 2, 10, 12, 16*; p.168: 4, 7,; p.171: 2. Chapter Four Distribution Functions and Discrete Random Variables 4.1. Random Variables Definition: Let S be the ...
... and two. One forty point proof question, and one thirty point problem. Homework from Chapter Four due on March 9: P 141: 2, 8; p 148: 4, 7; p. 159: 2, 10, 12, 16*; p.168: 4, 7,; p.171: 2. Chapter Four Distribution Functions and Discrete Random Variables 4.1. Random Variables Definition: Let S be the ...
Set Prob 7 - Non-Mutually Exclusive
... disjoint) events. Today we will look at how these problems change if the events are not mutually exclusive. ...
... disjoint) events. Today we will look at how these problems change if the events are not mutually exclusive. ...
