10. Suppose that eight cards are drawn from a 52-card deck. We are told that at least three of them are hearts. Let E be the event that the rest of them are also hearts. Compute P(E) by completing the following steps. (a) Let B be the event that at least three of the cards are hearts, and let A be the event that all of the eight cards are hearts. Notice that P(A | B) P(E). Compute P(An B). P(An B) ܐܐ (as a fraction in lowest terms); (as a numerical approximation)

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10. Suppose that eight cards are drawn from a 52-card deck. We are told that at least
three of them are hearts. Let E be t event that the rest of them are also hearts.
Compute P(E) by completing the following steps.
(a) Let B be the event that at least three of the cards are hearts, and let A be the
event that all of the eight cards are hearts. Notice that P(A | B) = P(E).
Compute P(An B).
P(An B)
(as a numerical approximation)
(b) Now compute P(B). (Hint: Note that B = B3 UB4UB3U BU B6 U Bs where
B, is the event that that exactly i hearts where drawn. The B, are all disjoint.
Compute P(B) for each i and add them up Write down the sum using Σ -
notation, and then use WolframAlpha to compute the sum.)
P(B)
(as a fraction in lowest terms);
P(E)=
(as a fraction in lowest terms);
(as a numerical approximation)
(c) Combine your answers in parts (a) and (b) to compute P(E).
(as a numerical approximation)
9
Transcribed Image Text:10. Suppose that eight cards are drawn from a 52-card deck. We are told that at least three of them are hearts. Let E be t event that the rest of them are also hearts. Compute P(E) by completing the following steps. (a) Let B be the event that at least three of the cards are hearts, and let A be the event that all of the eight cards are hearts. Notice that P(A | B) = P(E). Compute P(An B). P(An B) (as a numerical approximation) (b) Now compute P(B). (Hint: Note that B = B3 UB4UB3U BU B6 U Bs where B, is the event that that exactly i hearts where drawn. The B, are all disjoint. Compute P(B) for each i and add them up Write down the sum using Σ - notation, and then use WolframAlpha to compute the sum.) P(B) (as a fraction in lowest terms); P(E)= (as a fraction in lowest terms); (as a numerical approximation) (c) Combine your answers in parts (a) and (b) to compute P(E). (as a numerical approximation) 9
Expert Solution
Step 1: Collect the given information:

A deck of cards contains a total of 52 cards.

The deck of cards contains 4 suits: clubs (♣), diamonds (♦), hearts (♥), and spades (♠).

Each suit contains 13 cards.

There 8 cards selected.

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