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severe storms indicate that e 3.5 feet. Does this information suggest that the storms rating. Peak wave heights are usually measured from land (using binoculars) off fxed cement piers. Suppose that a reading of 34 waves showed an average wave height of x 17.3 feet. Previous studies of Weatherwise is a magazine published by the American Meteorological Society. One issue gives a rating system used to classify Nor'easter storms that frequently hit New England and can cause much damage near the ocean, A severe storm has an average peak waye height of w- 16.4 feet for waves hitting the shore. Suppose that a Nor'easter is in progress at the severe storm |MY NUTES|| PRALTICE ANUTHEK is (perhaps temporarily) increasing above the severe rating? Use a w 0.01. (a) What is the level of significance? State the null and alternate hypotheses. Hoi 16.4 ft; H 16.4 R Ho 16.4 t, H 16.4 Hoi 16.4 t; H- 16.4 f Ho 16.4 ft; H 16.4 n Ho-16.4 ft; H > 16.4 ft (b) What sampling distribution will you use? Explain the rationale The Student's t, since the sample size is large and e is unknown. for your choice of sampling distribution. The standard normal, since the sample size is large and e is known. The Student's t, since the sample size is large and e is known. The standard normal, since the sample size is large and e is unknown. What is the value of the sample test statistic? (Round your answer to two decimal places.) (e) Estimate the Pvalue Pvalue > 0.250 0.100 < Pvalue < 0.250 0.050 < Pvalue < 0.100 0.010 < Pvalue < 0.050 Pvalue < 0.010 Sketch the sampling distribution and show the area corresponding to the Pvalue.

severe storms indicate that e 3.5 feet. Does this information suggest that the storms rating. Peak wave heights are usually measured from land (using binoculars) off fxed cement piers. Suppose that a reading of 34 waves showed an average wave height of x 17.3 feet. Previous studies of Weatherwise is a magazine published by the American Meteorological Society. One issue gives a rating system used to classify Nor'easter storms that frequently hit New England and can cause much damage near the ocean, A severe storm has an average peak waye height of w- 16.4 feet for waves hitting the shore. Suppose that a Nor'easter is in progress at the severe storm |MY NUTES|| PRALTICE ANUTHEK is (perhaps temporarily) increasing above the severe rating? Use a w 0.01. (a) What is the level of significance? State the null and alternate hypotheses. Hoi 16.4 ft; H 16.4 R Ho 16.4 t, H 16.4 Hoi 16.4 t; H- 16.4 f Ho 16.4 ft; H 16.4 n Ho-16.4 ft; H > 16.4 ft (b) What sampling distribution will you use? Explain the rationale The Student's t, since the sample size is large and e is unknown. for your choice of sampling distribution. The standard normal, since the sample size is large and e is known. The Student's t, since the sample size is large and e is known. The standard normal, since the sample size is large and e is unknown. What is the value of the sample test statistic? (Round your answer to two decimal places.) (e) Estimate the Pvalue Pvalue > 0.250 0.100 < Pvalue < 0.250 0.050 < Pvalue < 0.100 0.010 < Pvalue < 0.050 Pvalue < 0.010 Sketch the sampling distribution and show the area corresponding to the Pvalue.

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Weatherwise is a magazine published by the American Meteorological Society. One issue gives a rating system used to classify Nor'easter storms that frequently hit New England and can cause much damage near the ocean. A severe storm has an average peak waye height of u- 16.4 feet for waves hitting the shore. Suppose that a Nor'easter is in progress at the severe storm class rating. Peak wave heights are usually measured from land (using binoculars) off foxed cement piers. Suppose that a reading of 34 waves showed an average wave height of x- 17.3 feet. Previous studies of severe storms indicate that e 3.5 feet. Does this information suggest that the storm is (perhaps temporarily) increasing above the severe rating? Use a0.01. |MY NOTES || PRALTICE ANUTHEK (a) What is the level of significance? State the null and alternate hypotheses. Ho: -16.4 ft; H 16.4 ft Ho: < 16.4 ft; H: - 16.4 ft Ho: > 16.4 ft; H:- 16.4 ft Ho: - 16.4 ft; H:< 16.4 ft Ho:- 16.4 ft; H:> 16.4 ft (b) What sampling distribution will you use? Explain the rationale for your choice of sampling distribution. The Student's t, since the sample size is large and e is unknown. The standard normal, since the sample size is large and e is known. The Student's t, since the sample size is large and e is known. The standard normal, since the sample size is large and e is unknown. What is the value of the sample test statistic? (Round your answer to two decimal places.) (c) Estimate the P-value. P-value > 0.250 0.100 < Pvalue < 0.250 0.050 < P-value < 0.100 0.010 < P-value < 0.050 Pvalue < 0.010 Sketch the sampling distribution and show the area corresponding to the P-value. -1 -2 -3 -2 (d) Based on your answers in parts (a) to (c), will you reject or fail to reject the nul hypothesis? Are the data statistically significant at level a? At the a 0.01 level, we reject the null hypothesis and condude the data are statistically significant. At the a- 0.01 level, we reject the null hypothesis and condude the data are not statistically significant. At the a 0.01 level, we fall to reject the null hypothesis and conclude the data are statistically significant. At the a- 0.01 level, we fall to reject the null hypothesis and conclude the data are not statistically significant. (e) Interpret your conclusion in the context of the application. There is sufficient evidence at the 0.01 level to conclude that the storm is increasing above the severe rating. There is insufficient evidence at the 0.01 level to conclude that the storm is increasing above the severe rating.
Transcribed Image Text:Weatherwise is a magazine published by the American Meteorological Society. One issue gives a rating system used to classify Nor'easter storms that frequently hit New England and can cause much damage near the ocean. A severe storm has an average peak waye height of u- 16.4 feet for waves hitting the shore. Suppose that a Nor'easter is in progress at the severe storm class rating. Peak wave heights are usually measured from land (using binoculars) off foxed cement piers. Suppose that a reading of 34 waves showed an average wave height of x- 17.3 feet. Previous studies of severe storms indicate that e 3.5 feet. Does this information suggest that the storm is (perhaps temporarily) increasing above the severe rating? Use a0.01. |MY NOTES || PRALTICE ANUTHEK (a) What is the level of significance? State the null and alternate hypotheses. Ho: -16.4 ft; H 16.4 ft Ho: < 16.4 ft; H: - 16.4 ft Ho: > 16.4 ft; H:- 16.4 ft Ho: - 16.4 ft; H:< 16.4 ft Ho:- 16.4 ft; H:> 16.4 ft (b) What sampling distribution will you use? Explain the rationale for your choice of sampling distribution. The Student's t, since the sample size is large and e is unknown. The standard normal, since the sample size is large and e is known. The Student's t, since the sample size is large and e is known. The standard normal, since the sample size is large and e is unknown. What is the value of the sample test statistic? (Round your answer to two decimal places.) (c) Estimate the P-value. P-value > 0.250 0.100 < Pvalue < 0.250 0.050 < P-value < 0.100 0.010 < P-value < 0.050 Pvalue < 0.010 Sketch the sampling distribution and show the area corresponding to the P-value. -1 -2 -3 -2 (d) Based on your answers in parts (a) to (c), will you reject or fail to reject the nul hypothesis? Are the data statistically significant at level a? At the a 0.01 level, we reject the null hypothesis and condude the data are statistically significant. At the a- 0.01 level, we reject the null hypothesis and condude the data are not statistically significant. At the a 0.01 level, we fall to reject the null hypothesis and conclude the data are statistically significant. At the a- 0.01 level, we fall to reject the null hypothesis and conclude the data are not statistically significant. (e) Interpret your conclusion in the context of the application. There is sufficient evidence at the 0.01 level to conclude that the storm is increasing above the severe rating. There is insufficient evidence at the 0.01 level to conclude that the storm is increasing above the severe rating.
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