Assuming that this sample came from an underlying normal population, test the hypothesis that the population mean = 50 vs population mean < 50. Use 0.05 level of significance - Sample mean -Sample Standard Deviation -Sample size - Test Statistic -Value of Test Statistic - Critical Region - P-value - Decision (Reject or Fail to Reject) - Conclusion Please include your calculations

A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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Assuming that this sample came from an underlying normal population, test the hypothesis that the population mean
= 50 vs population mean < 50. Use 0.05 level of significance
- Sample mean
-Sample Standard Deviation
- Sample size
-Test Statistic
-Value of Test Statistic
-Critical Region
- P-value
- Decision (Reject or Fail to Reject)
- Conclusion
Please include your calculations
Transcribed Image Text:Assuming that this sample came from an underlying normal population, test the hypothesis that the population mean = 50 vs population mean < 50. Use 0.05 level of significance - Sample mean -Sample Standard Deviation - Sample size -Test Statistic -Value of Test Statistic -Critical Region - P-value - Decision (Reject or Fail to Reject) - Conclusion Please include your calculations
During a particular week, 14 babies were born in a maternity unit. Part of the standard
procedure is to measure the length of the baby. Given below is a list of the lengths, in
centimeters, of the babies born in this particular week.
49
50
45
51
47
49
48
45
50
48
54
53
55
51
Transcribed Image Text:During a particular week, 14 babies were born in a maternity unit. Part of the standard procedure is to measure the length of the baby. Given below is a list of the lengths, in centimeters, of the babies born in this particular week. 49 50 45 51 47 49 48 45 50 48 54 53 55 51
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