The height of an 8th grader is modeled using the normal distribution shown below. The mean of the distribution is 60.6 in and the standard deviation is 0.9 in. In the figure, is a number along the axis and is under the highest part of the curve. And, U and W are numbers along the axis that are each the same distance away from V. Use the empirical rule to choose the best value for the percentage of the area under the curve that is shaded, and find the values of U, V, and W. Percentage of total area shaded: (Choose one) ▼ 58 U V 60 62 W 64 Height (in inches) V w-0 Continue

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The height of an 8th grader is modeled using the normal distribution shown below.
The mean of the distribution is 60.6 in and the standard deviation is 0.9 in.
In the figure, V is a number along the axis and is under the highest part of the curve.
And, U and W are numbers along the axis that are each the same distance away from V.
Use the empirical rule to choose the best value for the percentage of the area under the curve that is shaded, and find the values of U, V, and
W.
Percentage of total area shaded: (Choose one) v
58
U
60
V
62 W
64
Height (in inches)
0-4
V =
Continue
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96
O 2021 McGraw-Hill Education. All Rights Reserverd
...
Transcribed Image Text:The height of an 8th grader is modeled using the normal distribution shown below. The mean of the distribution is 60.6 in and the standard deviation is 0.9 in. In the figure, V is a number along the axis and is under the highest part of the curve. And, U and W are numbers along the axis that are each the same distance away from V. Use the empirical rule to choose the best value for the percentage of the area under the curve that is shaded, and find the values of U, V, and W. Percentage of total area shaded: (Choose one) v 58 U 60 V 62 W 64 Height (in inches) 0-4 V = Continue Submit Assignment 96 O 2021 McGraw-Hill Education. All Rights Reserverd ...
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