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A simple random sample of size n 200 drivers with a valid driver's license is asked if they drive an American-made automobile. Of the 200 drivers surveyed, 122 responded that they drive an American-made automobile. Determine if a majority of those with a valid driver's license drive an American-made automobile at the a = 0.05 level of significance. What type of variable is "drive an American-made automobile, or not"? A. Qualitative with two possible outcomes O B. Discrete O C. Continuous O D. Qualitative with more than two possible outcomes What type of hypothesis test is appropriate to conduct for this research? O A. Hypothesis test on a population standard deviation B. Hypothesis test on a population proportion C. Hypothesis test on a population mean Determine the null and alternative hypotheses. Ho: p = 0.5 H: p (Type integers or decimals. Do not round.) 0.5 Which distribution should be used for this hypothesis test? O A. The chi-square distribution because the parameter is o or o?, and the model conditions are satisfied. OB. The normal distribution because the parameter is the mean, o is known, and the model conditions are satisfied. C. The normal distribution because the parameter is a proportion, p, and the model conditions are satisfied. O D. The Student's t-distribution because the parameter is the mean, o is not known, and the model conditions are satisfied. Calculate the test statistic, Test statistic (Round to two decimal places as needed.)

A simple random sample of size n 200 drivers with a valid driver's license is asked if they drive an American-made automobile. Of the 200 drivers surveyed, 122 responded that they drive an American-made automobile. Determine if a majority of those with a valid driver's license drive an American-made automobile at the a = 0.05 level of significance. What type of variable is "drive an American-made automobile, or not"? A. Qualitative with two possible outcomes O B. Discrete O C. Continuous O D. Qualitative with more than two possible outcomes What type of hypothesis test is appropriate to conduct for this research? O A. Hypothesis test on a population standard deviation B. Hypothesis test on a population proportion C. Hypothesis test on a population mean Determine the null and alternative hypotheses. Ho: p = 0.5 H: p (Type integers or decimals. Do not round.) 0.5 Which distribution should be used for this hypothesis test? O A. The chi-square distribution because the parameter is o or o?, and the model conditions are satisfied. OB. The normal distribution because the parameter is the mean, o is known, and the model conditions are satisfied. C. The normal distribution because the parameter is a proportion, p, and the model conditions are satisfied. O D. The Student's t-distribution because the parameter is the mean, o is not known, and the model conditions are satisfied. Calculate the test statistic, Test statistic (Round to two decimal places as needed.)

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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A simple random sample of size n = 200 drivers with a valid driver's license is asked if they drive an American-made automobile. Of the 200 drivers surveyed, 122 responded that they drive an American-made automobile. Determine if a majority of those with a valid driver's license drive an American-made automobile at the a = 0.05 level of significance. ..... What type of variable is "drive an American-made automobile, or not"? A. Qualitative with two possible outcomes B. Discrete C. Continuous D. Qualitative with more than two possible outcomes What type of hypothesis test is appropriate to conduct for this research? A. Hypothesis test on a population standard deviation B. Hypothesis test on a population proportion C. Hypothesis test on a population mean Determine the null and alternative hypotheses. Ho: p 0.5 = H1: p (Type integers or decimals. Do not round.) > 0.5 Which distribution should be used for this hypothesis test? A. The chi-square distribution because the parameter is o or oʻ, and the model conditions are satisfied. B. The normal distribution because the parameter is the mean, o is known, and the model conditions are satisfied. C. The normal distribution because the parameter is a proportion, p, and the model conditions are satisfied. D. The Student's t-distribution because the parameter is the mean, o is not known, and the model conditions are satisfied. Calculate the test statistic. Test statistic = (Round to two decimal places as needed.)
Transcribed Image Text:A simple random sample of size n = 200 drivers with a valid driver's license is asked if they drive an American-made automobile. Of the 200 drivers surveyed, 122 responded that they drive an American-made automobile. Determine if a majority of those with a valid driver's license drive an American-made automobile at the a = 0.05 level of significance. ..... What type of variable is "drive an American-made automobile, or not"? A. Qualitative with two possible outcomes B. Discrete C. Continuous D. Qualitative with more than two possible outcomes What type of hypothesis test is appropriate to conduct for this research? A. Hypothesis test on a population standard deviation B. Hypothesis test on a population proportion C. Hypothesis test on a population mean Determine the null and alternative hypotheses. Ho: p 0.5 = H1: p (Type integers or decimals. Do not round.) > 0.5 Which distribution should be used for this hypothesis test? A. The chi-square distribution because the parameter is o or oʻ, and the model conditions are satisfied. B. The normal distribution because the parameter is the mean, o is known, and the model conditions are satisfied. C. The normal distribution because the parameter is a proportion, p, and the model conditions are satisfied. D. The Student's t-distribution because the parameter is the mean, o is not known, and the model conditions are satisfied. Calculate the test statistic. Test statistic = (Round to two decimal places as needed.)
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