A hypothesis test is conducted with a significance level of 10%. The alternative hypothesis states that more than 15% of a population has at least one sibling. The p-value for the test is calculated to be 0.27. Which statement i correct? O We can conclude that more than 27% of the population has at least one sibling. Owe can conclude that exactly 27% of the population has at least one sibling. O We can conclude that more than 15% of the population has at least one sibling. O We cannot conclude that more than 15% of the population has O There is not enough information given to make conclusion. t least one sibling.

Indicate whether each of the given statements could apply to a dataset consisting of 500 different values. a. The 20th percentile is less than the 30th b. The median is greater than the first quartile. c. The mean is equal to the mode. d. The range is less than zero. e. There are multiple means.

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The distribution of majors at the college is shown below. Major Math/Science Arts and Humanities Business and Economics Others Percents 24 33 34 9 Suppose a random sample of 400 athletes from the college are surveyed. The table below shows the results of the survey. Major Math/Science Arts and Humanities Business and Economics Others Frequency 95 146 118 41 What can be concluded at the 0.05 level of significance? Perform the hypothesis test. H0:  The distribution of majors for athletes at the college is the same as the distribution of majors for the general population. H1: The distribution of majors for athletes at the college is not the same as the distribution of majors for the general population. p-Value = [ Select ]  ["0.04", "0.38", "0.21", "0.00"]            Conclusion: [ Select ] ["There is insufficient evidence to support the claim that athletes' majors follow the same or a different distribution as majors from the entire student body.", "There is statistically…