tion promotes a temporary loss of bone mass to provide adequate amounts of Subject 5 1 2 3 6 7 8 9 10 L 1925 2547 2825 1923 1628 2175 2112 2621 1843 2544 P 2127 2885 2895 1944 1750 2182 2164 2626 2006 2628 ⒸH: HD-25 H₂: HD > 25 OHO: HD-25 H₂: HD < 25 Ho: MD=25 H₂HD $ 25 OH: H=25 H₂H25 1 for thilk production. ion. A paper gave the following P-value= on total body bone mineral content (a) Does the data suggest that true average total body bone mineral content during postweaning exceeds that during lactation by more than 25 g? State and test the appropriate hypotheses using a significance level of 0.05. [Note: The appropriate norm probability plot shows some curvature but not enough to cast substantial doubt on a normality assumption.] (Use Hp Hp - HL.) Calculate the test statistic and determine the P-value. (Round your test statistic to two decimal places and your P-value to three decimal places.) sample State the conclusion in the problem context. O Fail to reject Ho. The data suggests that the true average total body bone mineral content during postweaning exceeds that during lactation by more than 25 g. O Reject Ho. The data suggests that the true average total body bone mineral content during postweaning does not exceed that during lactation by more than 25 g. O Fail to reject Ho. The data suggests that the true average total body bone mineral content during postweaning does not exceed that during lactation by more than 25 g. Reject Ho. The data suggests that the true average total body bone mineral content during postweaning exceeds that during lactation by more than 25 g. during lactation (L) and in ing per (b) Calculate an upper confidence bound using a 95% confidence level for the true average difference between TBBMC during postweaning and during lactation. (Round your answer to two decimal places.)