A bowl contains 10 red marbles and 5 green marbles. The red marbles are numbered 1 through 10 and the green marbles are numbered 11 through 15. One of the 15 marbles is drawn at random and not replaced, and then a second marble is drawn. (a) Find the conditional probability that the first marble drawn is red, given that it is one of those numbered 8 through 15. (b) Find the conditional probability that the first marble drawn is one of those numbered 8 through 15, given that it is red. (c) Find the conditional probability that the second marble drawn is red, given that the first marble drawn is red; given that the first marble drawn is green.

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Chapter1: Combinatorial Analysis
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A bowl contains 10 red marbles and 5 green marbles. The red marbles are numbered 1 through 10
and the green marbles are numbered 11 through 15. One of the 15 marbles is drawn at random and
not replaced, and then a second marble is drawn.
(a) Find the conditional probability that the first marble drawn is red, given that it is one of those
numbered 8 through 15.
(b) Find the conditional probability that the first marble drawn is one of those numbered 8 through
15, given that it is red.
(c) Find the conditional probability that the second marble drawn is red, given that the first marble
drawn is red; given that the first marble drawn is green.
(d) Use the general multiplication rule to find the probability that both marbles drawn are red.
(e) By conditioning on the result of the first draw, find the probability that the second marble
drawn is red.
Transcribed Image Text:A bowl contains 10 red marbles and 5 green marbles. The red marbles are numbered 1 through 10 and the green marbles are numbered 11 through 15. One of the 15 marbles is drawn at random and not replaced, and then a second marble is drawn. (a) Find the conditional probability that the first marble drawn is red, given that it is one of those numbered 8 through 15. (b) Find the conditional probability that the first marble drawn is one of those numbered 8 through 15, given that it is red. (c) Find the conditional probability that the second marble drawn is red, given that the first marble drawn is red; given that the first marble drawn is green. (d) Use the general multiplication rule to find the probability that both marbles drawn are red. (e) By conditioning on the result of the first draw, find the probability that the second marble drawn is red.
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