
Algebra 1 Summer Institute 2014 Unit 5 – Probability Essential
... If a perfectly fair coin is flipped 50 times with you betting that each flip’s outcome will be heads while a friend bets against you, then your ongoing cumulative performance--based on $1 given by the loser to the winner after each flip--will cause you to be “in the black” (i.e., with positive earni ...
... If a perfectly fair coin is flipped 50 times with you betting that each flip’s outcome will be heads while a friend bets against you, then your ongoing cumulative performance--based on $1 given by the loser to the winner after each flip--will cause you to be “in the black” (i.e., with positive earni ...
NCEA Level 3 Mathematics and Statistics (Statistics) (91585)
... sums with the first number to make 5 on the second roll or getting a 5 (p = 1 / 6 ). This will continue for finishing in three rolls – you would want to not get a five for two rolls (so 5/6 5/6) and then get either the one number that sums with the last rolled number to make 5 or get a 5 (p = 1 / ...
... sums with the first number to make 5 on the second roll or getting a 5 (p = 1 / 6 ). This will continue for finishing in three rolls – you would want to not get a five for two rolls (so 5/6 5/6) and then get either the one number that sums with the last rolled number to make 5 or get a 5 (p = 1 / ...
468KB - NZQA
... To calculate the P(A or B), either it is necessary to know that the events are mutually exclusive, so P(A and B) = 0, or it is necessary to know the value of P(A and B). In this case, we can’t assume P(A and B) = 0 as there will be people who play tennis and netball, so we are unable to calculate P( ...
... To calculate the P(A or B), either it is necessary to know that the events are mutually exclusive, so P(A and B) = 0, or it is necessary to know the value of P(A and B). In this case, we can’t assume P(A and B) = 0 as there will be people who play tennis and netball, so we are unable to calculate P( ...
bioinfo5a
... sequence Q = q1,…,qT that has the highest conditional probability given O. In other words, we want to find a Q that makes P[Q | O] maximal. There may be many Q’s that make P[Q | O] maximal. We give an algorithm to find one of them. ...
... sequence Q = q1,…,qT that has the highest conditional probability given O. In other words, we want to find a Q that makes P[Q | O] maximal. There may be many Q’s that make P[Q | O] maximal. We give an algorithm to find one of them. ...
Probability
... Simple Question: • If tossing a coin, what is the probability of the coin turning up heads? • Most of you probably answered 50%, but how do you know this to be so? ...
... Simple Question: • If tossing a coin, what is the probability of the coin turning up heads? • Most of you probably answered 50%, but how do you know this to be so? ...
Lecture 5
... • Example: 65% of SFU Business School Professors read the Wall Street Journal, 55% read the Vancouver Sun and 45% read both. A randomly selected Professor is asked what newspaper they read. What is the probability the Professor reads one of the 2 papers? ...
... • Example: 65% of SFU Business School Professors read the Wall Street Journal, 55% read the Vancouver Sun and 45% read both. A randomly selected Professor is asked what newspaper they read. What is the probability the Professor reads one of the 2 papers? ...
Slide 1
... Finite sample spaces deal with discrete data—data that can take on only certain values. These values are often integers or whole numbers. Dice are good examples of finite sample spaces. Finite means that there is a limited number of outcomes. Throwing 1 die: S = {1, 2, 3, 4, 5, 6}, and the probabili ...
... Finite sample spaces deal with discrete data—data that can take on only certain values. These values are often integers or whole numbers. Dice are good examples of finite sample spaces. Finite means that there is a limited number of outcomes. Throwing 1 die: S = {1, 2, 3, 4, 5, 6}, and the probabili ...