Assume the following probabilities for two events, and : , , and . Then we can conclude that
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Assume the following probabilities for two events, and : , , and . Then we can conclude that
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Assume the following probabilities for two events, A and B: P(A)=0.50, P(B)=0.70, and P(A∪ B)=0.85. Then we can conclude that (A) A and B are mutually independent (B) A and B are equally likely (C) A and B are not mutually independent (D) A and B are mutually exclusive
Also written as: Assume the following probabilities for two events, A and B: P(A)=0.50, P(B)=0.70, and P(A union B)=0.85. Then we can conclude that
Probability and Bayes' theorem has come up 190 times in 7 exams since 2004.
This question is on Independence, part of Probability and Bayes' theorem in Statistics.
When one event tells you nothing about another, and how it differs from being mutually exclusive.
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