Exam 13: Goodness-Of-Fit Tests and Contingency Analysis
Exam 1: The Where, why, and How of Data Collection167 Questions
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Exam 4: Using Probability and Probability Distributions77 Questions
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Exam 12: Analysis of Variance137 Questions
Exam 13: Goodness-Of-Fit Tests and Contingency Analysis104 Questions
Exam 14: Introduction to Linear Regression and Correlation Analysis136 Questions
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Exam 17: Introduction to Nonparametric Statistics104 Questions
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A study published in the American Journal of Public Health was conducted to determine whether the use of seat belts in motor vehicles depends on ethnic status in San Diego County.A sample of 792 children treated for injuries sustained from motor vehicle accidents was obtained,and each child was classified according to (1)ethnic status (Hispanic or non-Hispanic)and (2)seat belt usage (worn or not worn)during the accident.The number of children in each category is given in the table below.
Referring to these data,which of the following conclusions should be reached if the appropriate hypothesis is conducted using an alpha = .05 level?

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We expect the actual frequencies in each cell to approximately match the corresponding expected cell frequencies when:
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A walk-in medical clinic believes that arrivals are uniformly distributed over weekdays (Monday through Friday).It has collected the following data based on a random sample of 100 days.
Assuming that a goodness-of-fit test is to be conducted using a 0.10 level of significance,the critical value is:

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