Assume that the Poisson distribution applies and that the mean number of hurricanes in a certain area is 7.4 per year.a. Find the probability that, in a year, there will be 6 hurricanes.b. In a 55-year period, how many years are expected to have 6 hurricanes?c. How does the result from part (b) compare to a recent period of 55 years in which 7 years had 6 hurricanes? Does the Poisson distribution work well here?a. The probability is(Round to three decimal places as needed.)b. The expected number of years with 6 hurricanes is.(Round to one decimal place as needed.)c. The result from part (b) isthe number of hurricanes in the recent period of 55 years, so the Poisson distributionappear to work well in the given situation.close tovery different from Question Help ▼Assume that the Poisson distribution applies and that the mean number of hurricanes in a certain area is 7.4 per year.a. Find the probability that, in a year, there will be 6 hurricanes.b. In a 55-year period, how many years are expected to have 6 hurricanes?c. How does the result from part (b) compare to a recent period of 55 years in which 7 years had 6 hurricanes? Does the Poisson distribution work well here?a. The probability is.(Round to three decimal places as needed.)b. The expected number of years with 6 hurricanes is.(Round to one decimal place as needed.)c. The result from part (b) isthe number of hurricanes in the recent period of 55 years, so the Poisson distributionappear to work well in the given situation.doesdoes not

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Description: Assume that the Poisson distribution applies and that the mean number of hurricanes in a certain area is 7.4 per year.a. Find the probability that, in a year, there will be 6 hurricanes.b. In a 55-year period, how many years are expected to have 6 h

The probability mass function is given as P(X=x)=λxe-λx! x=0,1,... Here, mean is given 7.4,…

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Assume that the Poisson distribution applies and that the mean number of hurricanes in a certain area is 7.4 per year, a. Find the probability that, in a year, there will be 6 hurricanes. b. In a 55-year period, how many years are expected to have 6 hurricanes? c. How does the result from part (b) compare to a recent period of 55 years in which 7 years had 6 hurricanes? Does the Poisson distribution work well here? a. The probability is (Round to three decimal places as needed.) b. The expected number of years with 6 hurricanes is (Round to one decimal place as needed.) c. The result from part (b) is the number of hurricanes in the recent period of 55 years, so the Poisson distribution appear to work well in the given situation.

Assume that the Poisson distribution applies and that the mean number of hurricanes in a certain area is 7.4 per year, a. Find the probability that, in a year, there will be 6 hurricanes. b. In a 55-year period, how many years are expected to have 6 hurricanes? c. How does the result from part (b) compare to a recent period of 55 years in which 7 years had 6 hurricanes? Does the Poisson distribution work well here? a. The probability is (Round to three decimal places as needed.) b. The expected number of years with 6 hurricanes is (Round to one decimal place as needed.) c. The result from part (b) is the number of hurricanes in the recent period of 55 years, so the Poisson distribution appear to work well in the given situation.

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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