Multinomial Base Pair Sampling: The reference human genome has 23 chromosomes. These 23 chromosomes have an average of 2,973,516,044 base pairs in men. However, human cells are diploid, so there is a copy of chromosomes 1-22 in each cell (44 of 46 chromosomes). The remaining chromosomes in women are an XX pair, while men have an XY pair. Thus, in actual cells, you would have double the number of base pairs of the reference genome (so more than 5.9 million base pairs for men). Considering the following: Chromosome # of base pairs
1 247,199,719
9 140,442,298
Y 57,741,652

Required:
When analyzing a set of 9 base pairs from DNA extracted from one of your father's cells, what is the probability that 4,3, and 2 base pairs come from chromosomes 1, 9, and y, respectively?

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Arecent study focused on the number of times men and women who live alone buy take-out dinner in a month. assume that the distributions follow the normal probability distribution and the population standard deviations are equal. the information is summarized below. statistic men women sample mean 24.85 21.33 sample standard deviation 5.54 4.93 sample size 34 36 at the 0.01 significance level, is there a difference in the mean number of times men and women order take-out dinners in a month? state the decision rule for 0.01 significance level: h0: μmen= μwomen h1: μmen ≠ μwomen. (negative amounts should be indicated by a minus sign. round your answers to 3 decimal places.) compute the value of the test statistic. (round your answer to 3 decimal places.) what is your decision regarding the null hypothesis? what is the p-value? (round your answer to 3 decimal places.)