6,(b) Determine the degrees of freedom, find the critical value, and identify the rejection region. Calculate the degrees of freedom. d.f. = _____________ (Type a whole number.) Find the critical value. _________Find the test statistics X^2=________Round to three decimal places as needed.) Which region below is the correct rejection region?(e) Interpret the decision in the context of the original claimthe claim ?_________Please answer all the questions

Athlete has Use the provided contingency table and expected frequencies. At a = 0.01, test the hypothesis that the variables are independent. Complete parts (a) Result Stretched Not stretched through (e) below. Injury 17 (19.871) 22 (19.129) No injury 197 (194.129) 184 (186.871) Ha: An athlete's injury result is dependent on whether or not the athlete has stretched. Which hypothesis is the claim? O Alternative hypothesis Null hypothesis (b) Determine the degrees of freedom, find the critical value, and identify the rejection region. Calculate the degrees of freedom. d.f. = (Type a whole number.) Enter your answer in the answer box and then click Check