4) Approximationsa) A vending machine contains 1000 marbles - 100 each of 10 different colors. It costs $1 for3 marbles. If a child's favorite color is green, what is the probability that exactly one of themarbles he gets is green?i)Solve using the hypergeometric distribution. (Note: depending on what calculator youuse, you may need to simplify the combinations before plugging them in)4 ii) Solve using the binomial approximation to the hypergeometric distribution.b) 1 in 800 people carry a gene that leads to a certain disease. In a random sample of 1000people, what is the probability that fewer than 3 people carry the gene?i)Solve using the binomial distribution. (Note: depending on what calculator you use,you may need to simplify the combinations before plugging them in)ii)Solve using the Poisson approximation to the binomial distribution.5

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4) Approximations a) A vending machine contains 1000 marbles - 100 each of 10 different colors. It costs $1 for 3 marbles. If a child's favorite color is green, what is the probability that exactly one of the marbles he gets is green? i) Solve using the hypergeometric distribution. (Note: depending on what calculator you use, you may need to simplify the combinations before plugging them in)

4) Approximations a) A vending machine contains 1000 marbles - 100 each of 10 different colors. It costs $1 for 3 marbles. If a child's favorite color is green, what is the probability that exactly one of the marbles he gets is green? i) Solve using the hypergeometric distribution. (Note: depending on what calculator you use, you may need to simplify the combinations before plugging them in)

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter10: Sequences, Series, And Probability

Section10.8: Probability

Problem 6E

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