Application of The Central Limit Theorem for Sums 100 North Main Street is the tallest building in Winston- Salem, NC standing at 460ft tall (5520inches). Use the scenario above to determine the...


Application of The Central Limit Theorem for Sums<br>100 North Main Street is the tallest building in Winston-<br>Salem, NC standing at 460ft tall (5520inches).<br>Use the scenario above to determine the selected<br>probabilities below. You may wish to use the Normal<br>Distribution Calculator hosted by the University of<br>lowa's Department of Mathematical Sciences.<br>Remember: the formatting of this calculator may vary<br>slightly from what is used in class. (link: Normal<br>Distribution Calculator)<br>a. Given that the heights of American women<br>follow the distribution N(65, 3.5), what is the<br>probability of that a random sample of 85<br>women, stacked head-to-foot, would be at least<br>as tall as 100 North Main Street?<br>Ρ(ΣΧ 5520)<br>(Include three<br>decimal places.)<br>b. Determine the z-score of EX = 5520 for a<br>sample of 85.<br>(Include<br>= Z<br>three decimal places.)<br>

Extracted text: Application of The Central Limit Theorem for Sums 100 North Main Street is the tallest building in Winston- Salem, NC standing at 460ft tall (5520inches). Use the scenario above to determine the selected probabilities below. You may wish to use the Normal Distribution Calculator hosted by the University of lowa's Department of Mathematical Sciences. Remember: the formatting of this calculator may vary slightly from what is used in class. (link: Normal Distribution Calculator) a. Given that the heights of American women follow the distribution N(65, 3.5), what is the probability of that a random sample of 85 women, stacked head-to-foot, would be at least as tall as 100 North Main Street? Ρ(ΣΧ 5520) (Include three decimal places.) b. Determine the z-score of EX = 5520 for a sample of 85. (Include = Z three decimal places.)

Jun 08, 2022
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here