
Data-Driven Decision MakingEd Schumacher, Ph.D.
... – 14 of them will have cancer, 986 will not – If there is a 10% chance of a false positive -- 98.6 will have false positives – If there is a 75% chance of a true positive --10.5 will have true positives – Thus 109.1 women will have positive mammograms, 10.5 of them will have cancer: 10.5/109.1=.096 ...
... – 14 of them will have cancer, 986 will not – If there is a 10% chance of a false positive -- 98.6 will have false positives – If there is a 75% chance of a true positive --10.5 will have true positives – Thus 109.1 women will have positive mammograms, 10.5 of them will have cancer: 10.5/109.1=.096 ...
Theoretical Probability
... can mean quantitative or qualitative measures. An outcome is any (simple) result of one trial of a random experiment. When listing outcomes, we'll use some short description (numbers, letters, words—something) to identify each outcome. An event is a group (set) of related outcomes. We typically use ...
... can mean quantitative or qualitative measures. An outcome is any (simple) result of one trial of a random experiment. When listing outcomes, we'll use some short description (numbers, letters, words—something) to identify each outcome. An event is a group (set) of related outcomes. We typically use ...
Conditional Probability
... Let F be the event that the number on the top face is odd. – What is P(E)? – What is the Probability of the event E if we are told that the number on the top face is odd, that is, we know that the event F has occurred? ...
... Let F be the event that the number on the top face is odd. – What is P(E)? – What is the Probability of the event E if we are told that the number on the top face is odd, that is, we know that the event F has occurred? ...