Answered: A. A jar of 150 jelly beans contains 20…

Calculus For The Life Sciences

2nd Edition

ISBN:9780321964038

Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.

Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.

Chapter12: Probability

Section12.3: Conditional Probability; Independent Events; Bayes' Theorem

Problem 21E

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A. A jar of 150 jelly beans contains 20 red jelly beans, 34 yellow, 22 green, 24 purple, 28 blue, and the rest are orange. Let B = the event of getting a blue jelly bean. Let G = the event of getting a green jelly bean. Let O = the event of getting an orange jelly bean. Let P = the event of getting a purple jelly bean. Let R = the event of getting a red jelly bean. Let Y = the event of getting a yellow jelly bean. Find P(B). (Enter your probability as a fraction.) B. A jar of 150 jelly beans contains 20 red jelly beans, 34 yellow, 22 green, 24 purple, 28 blue, and the rest are orange. Let B = the event of getting a blue jelly bean. Let G = the event of getting a green jelly bean. Let O = the event of getting an orange jelly bean. Let P = the event of getting a purple jelly bean. Let R = the event of getting a red jelly bean. Let Y = the event of getting a yellow jelly bean. Find P(P). (Enter your probability as a fraction.) C. A jar of 150 jelly beans contains 20 red jelly beans, 34 yellow, 22 green, 24 purple, 28 blue, and the rest are orange. Let B = the event of getting a blue jelly bean. Let G = the event of getting a green jelly bean. Let O = the event of getting an orange jelly bean. Let P = the event of getting a purple jelly bean. Let R = the event of getting a red jelly bean. Let Y = the event of getting a yellow jelly bean.

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