A meteorologist who sampled 13 thunderstorms found the average speed at which they traveledacross a certain state was 15 miles per hour. The standard deviation of the sample was 1.7 milesper hour.3. Find the 99% confidence interval of the mean.CI = xtt*4. Interpret the confidence interval.5. If a meteorologist wanted to use the highest speed to predict the times it would take thestorms to travel across the state in order to issue warnings, what figure is she likely touse?6. Write the meteorologist's statement using this value issuing a warning to the state.

Name: A meteorologist who sampled 13 thunderstorms found the average speed
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Description: A meteorologist who sampled 13 thunderstorms found the average speed at which they traveledacross a certain state was 15 miles per hour. The standard deviation of the sample was 1.7 milesper hour.3. Find the 99% confidence interval of the mean.CI =

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A meteorologist who sampled 13 thunderstorms found the average speed at which they traveled across a certain state was 15 miles per hour. The standard deviation of the sample was 1.7 miles per hour. 3. Find the 99% confidence interval of the mean. CI = xtt* 4. Interpret the confidence interval. 200 5. If a meteorologist wanted to use the highest speed to predict the times it would take the storms to travel across the state in order to issue warnings, what figure is she likely to use?

A meteorologist who sampled 13 thunderstorms found the average speed at which they traveled across a certain state was 15 miles per hour. The standard deviation of the sample was 1.7 miles per hour. 3. Find the 99% confidence interval of the mean. CI = xtt* 4. Interpret the confidence interval. 200 5. If a meteorologist wanted to use the highest speed to predict the times it would take the storms to travel across the state in order to issue warnings, what figure is she likely to use?

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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