The population parameters below describe the full-time equivalent number of students (FTES) each year at Lake Tahoe Community College from 1976-1977 through 2004-2005. • μ = 1000 FTES • median = 1,014 FTES • σ = 474 FTES • first quartile = 528.5 FTES • third quartile = 1,447.5 FTES • n = 29 years A sample of 11 years is taken. About how many are expected to have a FTES of 1,014 or above? (Enter your answer as a whole number) ---type in---- years Explain how you determined your answer. (Enter your numerical answers as whole numbers.) 1,014 is the  ---Select--- mean median value standard deviation third quartile first quartile of the given population parameters. This value is the  ---Select--- last value 75th percentile first value 25th percentile middle value in the ordered list of data values. This value in a set of 11 will be the thnumber in order. Therefore, ---Select--- years will have totals at or below the median.     How do I solve this problem?

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The population parameters below describe the full-time equivalent number of students (FTES) each year at Lake Tahoe Community College from 1976-1977 through 2004-2005.

μ = 1000 FTES
median = 1,014 FTES
σ = 474 FTES
first quartile = 528.5 FTES
third quartile = 1,447.5 FTES
n = 29 years

A sample of 11 years is taken. About how many are expected to have a FTES of 1,014 or above? (Enter your answer as a whole number)
---type in---- years

Explain how you determined your answer. (Enter your numerical answers as whole numbers.)

1,014 is the  ---Select--- mean median value standard deviation third quartile first quartile of the given population parameters. This value is the  ---Select--- last value 75th percentile first value 25th percentile middle value in the ordered list of data values. This value in a set of 11 will be the thnumber in order. Therefore, ---Select--- years will have totals at or below the median.
 
 
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