Given the values in Part 1. Check if the sample data truly represents the population data at 5% level of significance using hypothesis testing in one variable. a. Construct the null and alternative hypothesis b. Use the MS Excel Data Analysis toolpak to compute the p-value Weight:74,58,59,35,69,48,76,60,57 Class Data Measurement#1 Weight: 68,43,42,55,4043,60,52,48,74,58,59,35,69,48,76,60,57,56,41,55,39,84,64,54,53,51,68,69,69,69,66,55,40 ,52 Population mean(weight): 56.342857 Population Variance(weight): 139.42531 Population Standard Deviation(weight): 11.807849

Holt Mcdougal Larson Pre-algebra: Student Edition 2012
1st Edition
ISBN:9780547587776
Author:HOLT MCDOUGAL
Publisher:HOLT MCDOUGAL
Chapter11: Data Analysis And Probability
Section11.4: Collecting Data
Problem 3E
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Question
Given the values in Part 1. Check if the sample data truly represents the population data at 5% level of
significance using hypothesis testing in one variable.
a. Construct the null and alternative hypothesis
b. Use the MS Excel Data Analysis toolpak to compute the p-value
Weight:74,58,59,35,69,48,76,60,57
Class Data Measurement#1
Weight:
68,43,42,55,4043,60,52,48,74,58,59,35,69,48,76,60,57,56,41,55,39,84,64,54,53,51,68,69,69,69,66,55,40
,52
Population mean(weight): 56.342857
Population Variance(weight): 139.42531
Population Standard Deviation(weight): 11.807849
Guide Question:
1. Using the given and computed values, is there a reason to believe that there is no significant
difference between sample data and population data? Justify.
2. What if the significance level is raised to 10%, will there be a change on the original conclusion?
Justify.
Transcribed Image Text:Given the values in Part 1. Check if the sample data truly represents the population data at 5% level of significance using hypothesis testing in one variable. a. Construct the null and alternative hypothesis b. Use the MS Excel Data Analysis toolpak to compute the p-value Weight:74,58,59,35,69,48,76,60,57 Class Data Measurement#1 Weight: 68,43,42,55,4043,60,52,48,74,58,59,35,69,48,76,60,57,56,41,55,39,84,64,54,53,51,68,69,69,69,66,55,40 ,52 Population mean(weight): 56.342857 Population Variance(weight): 139.42531 Population Standard Deviation(weight): 11.807849 Guide Question: 1. Using the given and computed values, is there a reason to believe that there is no significant difference between sample data and population data? Justify. 2. What if the significance level is raised to 10%, will there be a change on the original conclusion? Justify.
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