, , are independent events such that , , . Then (where and are the complements of events and , respectively, in the sample space) is
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, , are independent events such that , , . Then (where and are the complements of events and , respectively, in the sample space) is
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A, B, C are independent events such that P(A) = 0.5, P(B) = 0.6, P(C) = 0.1. Then P(A^c ∩ B^c ∪ C) (where A^c and B^c are the complements of events A and B, respectively, in the sample space) is (A) 0.69 (B) 0.73 (C) 0.71 (D) 1
Also written as: A, B, C are independent events such that P(A) = 0.5, P(B) = 0.6, P(C) = 0.1. Then P(A^c intersection B^c union C) (where A^c and B^c are the complements of events A and B, respectively, in the sample space) is
Probability and Bayes' theorem has come up 190 times in 7 exams since 2004.
This question is on Addition rule, complements and inclusion-exclusion, part of Probability and Bayes' theorem in Statistics.
The probability of at least one of several events, and of none.
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Question from the JNU SIS 2018 paper. Solutions are TestStop's own. Not affiliated with or endorsed by any examination authority.