SAT Scores The national average SAT score (for verbal and math) is 1028. Suppose that nothing is known about the shape of the distribution and that the standard deviation is 100. Round the final answer to at least four decimal places and intermediate z-value calculations to two decimal places. Part: 0/ 2 Part 1 of 2 If a random sample of 225 scores was selected, find the probability that the sample mean is greater than 1051. Assume that the sample is taken from a large population and the correction factor can be ignored. P(x> 1051) = O

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SAT Scores The national average SAT score (for verbal and math) is 1028.
Suppose that nothing is known about the shape of the distribution and that
the standard deviation is 100. Round the final answer to at least four decimal
places and intermediate z-value calculations to two decimal places.
Part: 0/ 2
Part 1 of 2
If a random sample of 225 scores was selected, find the probability that
the sample mean is greater than 1051. Assume that the sample is taken
from a large population and the correction factor can be ignored.
P(x> 1051) = O
Transcribed Image Text:SAT Scores The national average SAT score (for verbal and math) is 1028. Suppose that nothing is known about the shape of the distribution and that the standard deviation is 100. Round the final answer to at least four decimal places and intermediate z-value calculations to two decimal places. Part: 0/ 2 Part 1 of 2 If a random sample of 225 scores was selected, find the probability that the sample mean is greater than 1051. Assume that the sample is taken from a large population and the correction factor can be ignored. P(x> 1051) = O
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