A half-century ago, the mean height of women in a particular country in their 20s was 62.3 inches. Assume that the heights of today's women in their 20s are approximately normally distributed with a...



A​ half-century ago, the mean height of women in a particular country in their 20s was
62.3inches. Assume that the heights of​ today's women in their 20s are approximately normally distributed with a standard deviation of
2.25

inches. If the mean height today is the same as that of a​ half-century ago, what percentage of all samples of
29

of​ today's women in their 20s have mean heights of at least
63.41
inches?


A half-century ago, the mean height of women in a particular country in their 20s was 62.3 inches. Assume that the heights of today's women in their 20s are<br>approximately normally distributed with a standard deviation of 2.25 inches. If the mean height today is the same as that of a half-century ago, what percentage of all<br>samples of 29 of today's women in their 20s have mean heights of at least 63.41 inches?<br>About % of all samples have mean heights of at least 63.41 inches.<br>(Round to one decimal place as needed.)<br>

Extracted text: A half-century ago, the mean height of women in a particular country in their 20s was 62.3 inches. Assume that the heights of today's women in their 20s are approximately normally distributed with a standard deviation of 2.25 inches. If the mean height today is the same as that of a half-century ago, what percentage of all samples of 29 of today's women in their 20s have mean heights of at least 63.41 inches? About % of all samples have mean heights of at least 63.41 inches. (Round to one decimal place as needed.)

Jun 10, 2022
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