6. In an effort to reduce costs, a popular fast-food restaurant is trending to have its automatic processors determine burger weights for quarter-pound burgers. Weights were found to range from 2.76 ounces to 5.4 ounces. Assuming a uniform distribution of weights. If the weight of the hamburgers is represented by X, calculate: The probability that a randomly selected hamburger weighs less than 3.68 ounces. Answer: The probability that a randomly selected hamburger weighs more than 5.3 ounces Answer: The probability that a randomly selected burger weighs between 4.19 ounces and 5.34 ounces. Answer: Note: Answer with at least 4 decimal places

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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6. In an effort to reduce costs, a popular fast-food restaurant is trending to have its automatic processors determine burger weights for quarter-pound burgers. Weights were found to range from 2.76 ounces to 5.4 ounces. Assuming a uniform distribution of weights. If the weight of the hamburgers is represented by X, calculate:

The probability that a randomly selected hamburger weighs less than 3.68 ounces. Answer:

The probability that a randomly selected hamburger weighs more than 5.3 ounces Answer:

The probability that a randomly selected burger weighs between 4.19 ounces and 5.34 ounces. Answer:

Note: Answer with at least 4 decimal places

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