Final answer:
When Tarik rolled a die 100 times and observed 52 times that it landed on 1, the hypothesis test shows that the die appears to be fair as the confidence interval includes 0.5.
Step-by-step explanation:
When Tarik rolled the die 100 times and noticed that it landed on the number 1 exactly 52 times, he can conclude that the observed proportion of times the die landed on the number 1 is 52/100 = 0.52.
To determine whether the die is fair or unfair, we can use a hypothesis test.
We can perform a binomial hypothesis test with the null hypothesis that the true proportion of times the die would land on the number 1 is 1/6 (0.1667) and the alternative hypothesis that the true proportion is not 1/6.
Using the binomial proportion confidence interval, we can calculate the confidence interval for the true proportion of number 1 outcomes based on the observed proportion and the sample size.
The correct answer in this case is A: We are 90% confident that the true proportion of times the die would land on the number 1 is between 0.422 and 0.618. Since this includes 0.5, the die appears to be fair.