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Lindvall Real Estate Virtual Tours produces videos of 12 minutes in length with a standard deviation of 3 minutes. The mean and standard deviation reported are population parameters. Suppose we select a sample of 64 videos produced by Lindvall Real Estate Virtual Tours. To what issues does one need to be alert to complete this problem? a. On what chapter is this problem based? Is there an identical example in that chapter? Report the page number(s) of that example. b. What can we say about the shape of the distribution of the sample mean time? What can we say about its dispersion? c. What is the standard error of the mean time? d. What percent of the sample means that we could possibly generate would have a sample mean greater than 12.7 minutes?

Lindvall Real Estate Virtual Tours produces videos of 12 minutes in length with a standard deviation of 3 minutes. The mean and standard deviation reported are population parameters. Suppose we select a sample of 64 videos produced by Lindvall Real Estate Virtual Tours. To what issues does one need to be alert to complete this problem? a. On what chapter is this problem based? Is there an identical example in that chapter? Report the page number(s) of that example. b. What can we say about the shape of the distribution of the sample mean time? What can we say about its dispersion? c. What is the standard error of the mean time? d. What percent of the sample means that we could possibly generate would have a sample mean greater than 12.7 minutes?

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.4: Distributions Of Data
Problem 19PFA
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1. Lindvall Real Estate Virtual Tours produces videos of 12 minutes in length with a standard deviation of 3 minutes. The mean and standard deviation reported are population parameters. Suppose we select a sample of 64 videos produced by Lindvall Real Estate Virtual Tours. To what issues does one need to be alert to complete this problem? a. On what chapter is this problem based? Is there an identical example in that chapter? Report the page number(s) of that example. b. What can we say about the shape of the distribution of the sample mean time? What can we say about its dispersion? c. What is the standard error of the mean time? d. What percent of the sample means that we could possibly generate would have a sample mean greater than 12.7 minutes? e. What percent of the sample means that we could possibly generate would have a sample mean greater than 11.7 minutes? f. What percent of the sample means that we could possibly generate would have a sample mean less than 12.7 minutes? g. What percent of the sample means that we could possibly generate would have a sample mean less than 11.7 minutes? h. What percent of the sample means that we could possibly generate would have a sample mean between 10.5 and 13.0 minutes? i. What sample mean would have to obtained to trap 10% of the values above that sample mean's value?
Transcribed Image Text:1. Lindvall Real Estate Virtual Tours produces videos of 12 minutes in length with a standard deviation of 3 minutes. The mean and standard deviation reported are population parameters. Suppose we select a sample of 64 videos produced by Lindvall Real Estate Virtual Tours. To what issues does one need to be alert to complete this problem? a. On what chapter is this problem based? Is there an identical example in that chapter? Report the page number(s) of that example. b. What can we say about the shape of the distribution of the sample mean time? What can we say about its dispersion? c. What is the standard error of the mean time? d. What percent of the sample means that we could possibly generate would have a sample mean greater than 12.7 minutes? e. What percent of the sample means that we could possibly generate would have a sample mean greater than 11.7 minutes? f. What percent of the sample means that we could possibly generate would have a sample mean less than 12.7 minutes? g. What percent of the sample means that we could possibly generate would have a sample mean less than 11.7 minutes? h. What percent of the sample means that we could possibly generate would have a sample mean between 10.5 and 13.0 minutes? i. What sample mean would have to obtained to trap 10% of the values above that sample mean's value?
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