Exercise 2: Finding the Area Under the CurveIn Major League Baseball, the average fastball pitch is 91 miles per hour, µ = 91, with a standard deviation of 2miles per hour, o = 2.Assignment03Page 2 of 5Assignment 3: Chapter 9, 10, 11 & 121. A pitcher's fastball is 96 miles per hour. Is he among the fastest 0.5 percent of pitchers?2 A pitcher's fastball is 94 miles per hour. Is he among the fastest 2.5 percent of pitchers?3. A pitcher's fastball is 87 miles per hour. Is he among the slowest 2.5 percent of pitchers?4. A pitcher's fastball is 88 miles per hour. Is he among the slowest 1 percent of pitchers?

Answered: Exercise 2: Finding the Area Under the…

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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Exercise 2: Finding the Area Under the Curve In Major League Baseball, the average fastball pitch is 90 miles per hour, μ = 90, with a standard deviation of 3 miles per hour, σ = 3. A pitcher’s fastball is 96 miles per hour. Is he among the fastest 1 percent of pitchers? A pitcher’s fastball is 95 miles per hour. Is he among the fastest 2.5 percent of pitchers? A pitcher’s fastball is 85 miles per hour. Is he among the slowest 2.5 percent of pitchers? A pitcher’s fastball is 80 miles per hour. Is he among the slowest 1 percent of pitchers? Use Assignment05_Data.xlsx to solve these problems. Or, you may use the Area Under the Curve Table and a handheld calculator. The key part of your solution is used the correct z-value. Remember: z-values can be positive or negative. The Area Under the Curve Table only shows positive z-values. Because the normal curve is symmetrical, the probability of negative z-values are the same has their corresponding…
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Please explain me easy way only no 2 a and b

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Exercise 2: Finding the Area Under the Curve In Major League Baseball, the average fastball pitch is 91 miles per hour, µ = 91, with a standard deviation of 2 miles per hour, o = 2.