After deducting grants based on need, the average cost to attend the University of Southern California (USC) is $29,925. Assume the population standard deviation is $6,500. Suppose that a random...


After deducting grants based on need, the average cost to attend the University of Southern California (USC) is $29,925. Assume the population standard<br>deviation is $6,500. Suppose that a random sample of 50 USC students will be taken from this population. Use z-table.<br>a. What is the value of the standard error of the mean?<br>(to nearest whole number)<br>b. What is the probability that the sample mean will be more than $29,925?<br>(to 2 decimals)<br>c. What is the probability that the sample mean will be within $1,500 of the population mean?<br>(to 4 decimals)<br>d. How would the probability in part (c) change if the sample size were increased to 160?<br>(to 4 decimals)<br>

Extracted text: After deducting grants based on need, the average cost to attend the University of Southern California (USC) is $29,925. Assume the population standard deviation is $6,500. Suppose that a random sample of 50 USC students will be taken from this population. Use z-table. a. What is the value of the standard error of the mean? (to nearest whole number) b. What is the probability that the sample mean will be more than $29,925? (to 2 decimals) c. What is the probability that the sample mean will be within $1,500 of the population mean? (to 4 decimals) d. How would the probability in part (c) change if the sample size were increased to 160? (to 4 decimals)

Jun 10, 2022
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