The amount of calories consumed by customers at Little Buffalos buffet is normally distributed with a mean of 2885 and a standard deviation 651. Forty-seven randomly selected customers are observed to see how many calories they would consume. Whati the probability that the selected customers consume an average of not more than 3000 calories? Notes: 1. Round off your z-score to two decimal places. 2. Write your answer using four decimal places. (i.e. 0.2612). If Canvas omits the last digit of 0, let it be. 3. Do not express your answer as percentage. « Previous

MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
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The amount of calories consumed by customers at Little Buffalos buffet is normally
distributed with a mean of 2885 and a standard deviation 651. Forty-seven randomly
selected customers are observed to see how many calories they would consume. Whati
the probability that the selected customers consume an average of not more than 3000
calories?
Notes:
1. Round off your z-score to two decimal places.
2. Write your answer using four decimal places. (i.e. 0.2612). If Canvas omits the last digit
of 0, let it be.
3. Do not express your answer as percentage.
« Previous
Transcribed Image Text:The amount of calories consumed by customers at Little Buffalos buffet is normally distributed with a mean of 2885 and a standard deviation 651. Forty-seven randomly selected customers are observed to see how many calories they would consume. Whati the probability that the selected customers consume an average of not more than 3000 calories? Notes: 1. Round off your z-score to two decimal places. 2. Write your answer using four decimal places. (i.e. 0.2612). If Canvas omits the last digit of 0, let it be. 3. Do not express your answer as percentage. « Previous
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