Construct a probability distribution based on the following frequency distribution

Construct a probability distribution based on the following frequency distribution.

Outcome	102	105	108	111	114	117
Frequency	10	20	45	15	20	15

Draw a graph of the hypothetical probability distribution.
Compute the expected value of the outcome.

Solution

Problems: Probability Distributions

Define the Binomial Distribution.

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Describe characteristics of Binomial Distribution.

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Problem-01: Probability Distributions

Construct a probability distribution based on the following frequency distribution. Outcome102105108111114117 Frequency102045152015 Draw a graph of the hypothetical probability distribution. Compute the expected value of the outcome.

Problem-02: Probability Distributions

ob Walters, who frequently invests in the stock market, carefully studies any potential investment. He is currently examining the possibility of investing in the Trinity Power Company. Through studying past...

Problem-03: Probability Distributions

Construct a probability distribution based on the following frequency distribution:

Problem-04: Probability Distributions

From the following graph of a probability distribution.

Problem-05: Probability Distributions

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Problem-06: Probability Distributions

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Problem-07: Probability Distributions

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Problem-08: Probability Distributions

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Problem-09: Probability Distributions

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Problem-10: Probability Distributions

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Problem-11: Probability Distributions

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Problem-12: Probability Distributions

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Problem-13: Probability Distributions

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Problem-14: Probability Distributions

For a binomial distribution with n = 12 and p = 0.45, use Appendix Table 3 to find.

Problem-15: Probability Distributions

Find the mean and standard deviation of the following binomial distributions:

Problem-16: Probability Distributions

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Problem-17: Probability Distributions

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Problem-18: Probability Distributions

For a binomial distribution with n = 15 and p = 0.2, use Appendix Table 3 to find

Problem-19: Probability Distributions

Find the mean and standard deviation of the following binomial distributions:

Problem-20: Probability Distributions

For n = 8 trials, compute the probability that r > 1 for each of the following values of p:

Problem-21: Probability Distributions

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Problem-22: Probability Distributions

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Problem-23: Probability Distributions

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Problem-24: Probability Distributions

A recent study of how American spend their leisure time surveyed workers employed more than 5 yuears. They determined the probability an employee has 2 weeks of vacation time to...

Problem-25: Probability Distributions

Harry Ohme is in charge of the electronics section of a large department store. He has noticed that the probability that a customer who is just browsing will buy something...

Problem-26: Probability Distributions

Given = 4.2, for a poisson distribution, find

Problem-27: Probability Distributions

Given a binomial distribution with n = 28 trials and p = 0.025, use the poisson approximation to the binomial to find.

Problem-28: Probability Distributions

Given a binomial distribution with n = 30 trials and p = 0.04, use the poisson approximation to the binomial to find.

Problem-29: Probability Distributions

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Problem-30: Probability Distributions

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Problem-31: Probability Distributions

Given = 0.1 for a poisson distribution, find

Problem-32: Probability Distributions

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Problem-33: Probability Distributions

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Problem-34: Probability Distributions

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Problem-35: Probability Distributions

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Problem-36: Probability Distribution

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Problem-37: Probability Distribution

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Problem-38: Probability Distribution

Use the normal approximation to compute the binomial probabilities in parts (a)-(d) below:.

Problem-39: Probability Distribution

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Problem-40: Probability Distribution

Given that a random variable, X, has a normal distribution with mean 6.4 and standard deviation 2.7, find

Problem-41: Probability Distribution

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Problem-42: Probability Distribution

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Problem-43: Probability Distribution

Use the normal approximation to compute the binomial probabilities in parts (a)-(e) below.

Problem-44: Probability Distribution

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Problem-45: Probability Distribution

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Problem-46: Probability Distribution

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Problem-47: Probability Distribution

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Problem-48: Probability Distribution

Sgt. Wellborn Fitte, the U>S> Army's quartermaster at Fort Riley, Kansas, prides himself on being able to find a uniform to fit virtually any recruit.

Problem-49: Probability Distribution

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Problem-50: Probability Distribution

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Problem-51: Probability Distribution

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Problem-52: Probability Distribution

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Problem-53: Probability Distribution

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Problem-54: Probability Distribution

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Problem-55: Probability Distribution

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Problem-56: Probability Distribution

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Problem-57: Probability Distribution

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Problem-58: Probability Distribution

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Problem-59: Probability Distribution

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Problem-60: Probability Distribution

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Problem-61: Probability Distribution

Label the following probability distributions as discrete or continuous.

Problem-62: Probability Distribution

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Problem-63: Probability Distribution

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Problem-64: Probability Distribution

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Problem-65: Probability Distribution

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Problem-66: Probability Distribution

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Problem-67: Probability Distribution

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Problem-68: Probability Distribution

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Problem-69: Probability Distribution

Consider the following data about sidley and Austin, a large law firm in Chicago.

Problem-70: Probability Distribution

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Probability Distributions

Problem-01: Probability Distributions

Solution

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