Assume that X, the starting salary offer for education majors, is normally distributed with a mean of $46,292 and a standard deviation of $4,320. Use the following Distributions tool to help you answer the questions. (Note: To begin, click on the button in the lower left hand corner of the tool that displays the distribution and a single orange line.) Standard Normal Distribution Sendard Cevanon10 The probability that a randomly selected education major received a starting salary offer greater than $52,350 is The probability that a randomly selected education major received a starting salary offer between $45,000 and $52,350 is (Hint: The standard normal distribution is perfectly symmetrical about the mean, the area under the curve to the left (and right) of the mean is 0.5. Therefore, the area under the curve between the mean and a z-score is computed by subtracting the area to the left (or right) of the 2-score from 0.5.) What percentage of education majors received a starting offer between $38,500 and $45,000? O 6.68% O 65.38% O 93.32% O 34.62%

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.4: Distributions Of Data
Problem 19PFA
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Assume that X, the starting salary offer for education majors, is normally distributed with a mean of $46,292 and a standard deviation of $4,320.
Use the following Distributions tool to help you answer the questions. (Note: To begin, click on the button in the lower left hand corner of the tool that
displays the distribution and a single orange line.)
Standard Normal Distribution
Meen0
Sienderd Deviation 10
-2
The probability that a randomly selected education major received a starting salary offer greater than $52,350 is
The probability that a randomly selected education major received a starting salary offer between $45,000 and $52,350 is
(Hint: The standard normal distribution is perfectly symmetrical about the mean, the area under the curve to the left (and right) of the mean is 0.5.
Therefore, the area under the curve between the mean and a z-score is computed by subtracting the area to the left (or right) of the 2-score from
0.5.)
What percentage of education majors received a starting offer between $3B,500 and $45,000?
O 6.68%
O 65.38%
O 93.32%
O 34.62%
Twenty percent of education majors were offered a starting salary less than
Transcribed Image Text:Assume that X, the starting salary offer for education majors, is normally distributed with a mean of $46,292 and a standard deviation of $4,320. Use the following Distributions tool to help you answer the questions. (Note: To begin, click on the button in the lower left hand corner of the tool that displays the distribution and a single orange line.) Standard Normal Distribution Meen0 Sienderd Deviation 10 -2 The probability that a randomly selected education major received a starting salary offer greater than $52,350 is The probability that a randomly selected education major received a starting salary offer between $45,000 and $52,350 is (Hint: The standard normal distribution is perfectly symmetrical about the mean, the area under the curve to the left (and right) of the mean is 0.5. Therefore, the area under the curve between the mean and a z-score is computed by subtracting the area to the left (or right) of the 2-score from 0.5.) What percentage of education majors received a starting offer between $3B,500 and $45,000? O 6.68% O 65.38% O 93.32% O 34.62% Twenty percent of education majors were offered a starting salary less than
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