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Find the indicated probabilities using the geometric distribution, the Poisson distribution, or the binomial distribution. Then determine if the events are unusual. If convenient, use the appropriate probability table or technology to find the probabilities. A football player completes a pass 69.2% of the time. Find the probability that (a) the first pass he completes is the second pass, (b) the first pass he completes is the first or second pass, and (c) he does not complete his first two passes. (a) P(the first pass he completes is the second pass) = (Round to three decimal places as needed.) ... 4 (b) P(the first pass he completes is the first or second pass) = (Round to three decimal places as needed.) (c) P(he does not complete his first two passes) = (Round to three decimal places as needed.) Which of the events are unusual? Select all that apply.

Find the indicated probabilities using the geometric distribution, the Poisson distribution, or the binomial distribution. Then determine if the events are unusual. If convenient, use the appropriate probability table or technology to find the probabilities. A football player completes a pass 69.2% of the time. Find the probability that (a) the first pass he completes is the second pass, (b) the first pass he completes is the first or second pass, and (c) he does not complete his first two passes. (a) P(the first pass he completes is the second pass) = (Round to three decimal places as needed.) ... 4 (b) P(the first pass he completes is the first or second pass) = (Round to three decimal places as needed.) (c) P(he does not complete his first two passes) = (Round to three decimal places as needed.) Which of the events are unusual? Select all that apply.

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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K Find the indicated probabilities using the geometric distribution, the Poisson distribution, or the binomial distribution. Then determine if the events are unusual. If convenient, use the appropriate probability table or technology to find the probabilities. A football player completes a pass 69.2% of the time. Find the probability that (a) the first pass he completes is the second pass, (b) the first pass he completes is the first or second pass, and (c) he does not complete his first two passes. (a) P(the first pass he completes is the second pass) = (Round to three decimal places as needed.) .. 4 (b) P(the first pass he completes is the first or second pass) = (Round to three decimal places as needed.). (c) P(he does not complete his first two passes) = (Round to three decimal places as needed.) Which of the events are unusual? Select all that apply. ΠΔ The event in nart (a) P/the first nass he completes is the second pass) is unusual 01-01-20
Transcribed Image Text:K Find the indicated probabilities using the geometric distribution, the Poisson distribution, or the binomial distribution. Then determine if the events are unusual. If convenient, use the appropriate probability table or technology to find the probabilities. A football player completes a pass 69.2% of the time. Find the probability that (a) the first pass he completes is the second pass, (b) the first pass he completes is the first or second pass, and (c) he does not complete his first two passes. (a) P(the first pass he completes is the second pass) = (Round to three decimal places as needed.) .. 4 (b) P(the first pass he completes is the first or second pass) = (Round to three decimal places as needed.). (c) P(he does not complete his first two passes) = (Round to three decimal places as needed.) Which of the events are unusual? Select all that apply. ΠΔ The event in nart (a) P/the first nass he completes is the second pass) is unusual 01-01-20
K Find the indicated probabilities using the geometric distribution, the Poisson distribution, or the binomial distribution. Then determine if the events are unusual. If convenient, use the appropriate probability table or technology to find the probabilities. A football player completes a pass 69.2% of the time. Find the probability that (a) the first pass he completes is the second pass, (b) the first pass he completes is the first or second pass, and (c) he does not complete his first two passes. (c) P(he does not complete his first two passes) = (Round to three decimal places as needed.) h Which of the events are unusual? Select all that apply. ☐☐☐☐ ….. A. The event in part (a), P(the first pass he completes is the second pass), is unusual. B. The event in part (b), P(the first pas he completes is the first or second pass), is unusual. C. The event in part (c), P(he does not complete his first two passes), is unusual. D. None of the events are unusual.
Transcribed Image Text:K Find the indicated probabilities using the geometric distribution, the Poisson distribution, or the binomial distribution. Then determine if the events are unusual. If convenient, use the appropriate probability table or technology to find the probabilities. A football player completes a pass 69.2% of the time. Find the probability that (a) the first pass he completes is the second pass, (b) the first pass he completes is the first or second pass, and (c) he does not complete his first two passes. (c) P(he does not complete his first two passes) = (Round to three decimal places as needed.) h Which of the events are unusual? Select all that apply. ☐☐☐☐ ….. A. The event in part (a), P(the first pass he completes is the second pass), is unusual. B. The event in part (b), P(the first pas he completes is the first or second pass), is unusual. C. The event in part (c), P(he does not complete his first two passes), is unusual. D. None of the events are unusual.
Expert Solution
Step 1

Given that

P = 0.692

Find all the required probabilities

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