(c) The article stated that "The lead hip peak IR velocity was signicantlyI greater than the trail hip ER velocity (9 = 0.003, t value = 3.65)." (re phrasing suggts that an upper-tailed test was used.) Is that in fact the case? [Note: "p = 0.033" In Table 2 of the article is erroneous] State and test the appropriate hypotheses. (use a = 0.05.) "" . _ E; Ho. 30 v D Ha: lug e 0 Calculate the test statistic value and P-value. (Round your test statistic to one decimal place and your P-vaiue to three decimal places.) t = P-value = State the conclusion in the problem context. 0 While the P-value stated in the article ls Inaccurate, the conclusion remains the same. We have strong evidence to suggest that the mean difference in ER velocity and IR velocityr is positive. C while the Pvalue stated in the article is inaccurate, the conclusion remains the same. We have strong eiridence to suggest that the mean difference in ER velocity and IR velocity is negative. 0 Whrle the Pvalue stated in the article is inaccurate, the conclusion is not the same. We have no ewdence to suggest that the mean difference in ER velocity and IR velocity is negative. 0- While the P-value stated in the article is inaccurate, the conclusion is not the same. We have no evidence to suggest that the mean difference in ER velocity and IR velocity is positive. You mayI need to use the appropriate table in the Appendix of Tables to answer this question. Need Help? IE