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Given two events, say, and are known to be mutually exclusive events. If the and , what is the probability that both event and event will happen together?Question 1Select one:0.4200.131

Question

Given two events, say, and are known to be mutually exclusive events. If the and , what is the probability that both event and event will happen together?Question 1Select one:0.4200.131

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Solution

The probability that both event A and event B will happen together is 0. This is because A and B are mutually exclusive events, which means they cannot occur at the same time.

Similar Questions

Given two events, say, and are known to be mutually exclusive events. If the and , what is the ?Question 1Select one:0.12100.39Clear my choice

Events A and B are mutually exclusive. Suppose event A occurs with probability 0.28 and event B occurs with probability 0.5.Compute the following.(If necessary, consult a list of formulas.)(a) Compute the probability that B occurs or A does not occur (or both).(b) Compute the probability that either B occurs without A occurring or A and B both occur.

Two events A and B are said to mutually exclusive if:Group of answer choicesP(B| A) =1.P(A ∩ B) =1.P(A ∩ B) = 0.P(A| B) = 1.

If two events are mutually exclusive, can they occur concurrently? Explain.Yes. By definition, mutually exclusive events can occur together.No. By definition, mutually exclusive events cannot occur together.    No. Two events will never occur concurrently.Yes. Any two events can occur concurrently.

Mutually exclusive events means:

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