Question:
Consider two events T and S. Let \(\bar{T}\) denote the complement of the event T. The probability associated with different events are given as follows :
P(\(\bar{T}\)) = 0.6, P(S|T) = 0.3, P(SI\(\bar{T}\)) = 0.6
Then, P(TIS) is ______
(rounded off to two decimal places)
Consider two events T and S. Let \(\bar{T}\) denote the complement of the event T. The probability associated with different events are given as follows :
P(\(\bar{T}\)) = 0.6, P(S|T) = 0.3, P(SI\(\bar{T}\)) = 0.6
Then, P(TIS) is ______
(rounded off to two decimal places)
P(\(\bar{T}\)) = 0.6, P(S|T) = 0.3, P(SI\(\bar{T}\)) = 0.6
Then, P(TIS) is ______
(rounded off to two decimal places)
Updated On: Jul 9, 2024
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Correct Answer: 0.25
Solution and Explanation
The correct answer is 0.25
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