A six-sided die is rolled 180 times. Fill in the expected frequency column. Then, conduct a hypothesis test to determine if the die is fair, by answering the following questions . The data in the following table are the result of the 180 rolls. 1. A six-sided die is rolled 180 times. Fill in the expected frequency column. Then, conduct a hypothesis test to determine if the die is fair, by answering the following questions . The data in the following table are the result of the 180 rolls. i) State the null and alternative hypotheses ii) State the distribution to use for the test, and the reason for using it. iii) Calculate degrees of freedom, test-statistic, and the p-value. iv) Make a decision using p-value method. v) Write an appropriate conclusion. 5 Face Value Frequency Expected
1. A six-sided die is rolled 180 times. Fill in the expected frequency column. Then, conduct a hypothesis test to determine if the die is fair, by answering the following questions . The data in the following table are the result of the 180 rolls.
1. A six-sided die is rolled 180 times. Fill in the expected frequency column. Then, conduct a hypothesis test to determine if the die is fair, by answering the following questions . The data in the following table are the result of the 180 rolls. i) State the null and alternative hypotheses ii) State the distribution to use for the test, and the reason for using it. iii) Calculate degrees of freedom, test-statistic, and the p-value. iv) Make a decision using p-value method. v) Write an appropriate conclusion. 5 Face Value Frequency Expected
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