The weight of all cans of coffee has a standard devilation of 0.39 ounces. A sample of 14 cans of coffe is taken for studying their weights, Which of the following best describes the distribution of ?...


The weight of all cans of coffee has a standard devilation of 0.39 ounces. A sample of 14 cans of coffe is taken for studying their weights,<br>Which of the following best describes the distribution of ?<br>A. The distribution bf i in not normal because the population is normal<br>B. The distribution of X in normal becuase it in always nomal<br>C. The distribution of X is approximately normal becuase n- 14<br>D. The distribution of X may not be approximataly normal because n 14<br>E. None of the above<br>

Extracted text: The weight of all cans of coffee has a standard devilation of 0.39 ounces. A sample of 14 cans of coffe is taken for studying their weights, Which of the following best describes the distribution of ? A. The distribution bf i in not normal because the population is normal B. The distribution of X in normal becuase it in always nomal C. The distribution of X is approximately normal becuase n- 14 D. The distribution of X may not be approximataly normal because n 14 E. None of the above

Jun 01, 2022
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