Use Table A.2 to find the critical value and rejection region in each of the following situations. Then determine whether the null hypothesis would be rejected. In each case, the null hypothesis is Ho: H = 100. (Round your answers to two decimal places. If the test is one-tailed, enter NONE for the unused region.) (a) H: µ > 100, n = 29, a = 0.05, test statistic t = 2.33 Find the critical value and rejection region. rejection region t > 1.7 t < -1.7

Edllon. J2 THiles per gallon when it is QUESTION 7 Find the P-value for the indicated hypothesis test. In a sample of 88 children selected randomly from one town, it is found that 8 of them suffer from asthma. Find the P-value for a test of the claim that the proportion of all children in the town who suffer from asthma is equal to 119%. 0.2843 -0.2843 0.2157 O 0.5686 QUESTION 8 for the indicated hypothesis test. fathers take no responsibility for

Reynaldo is conducting a one-sample ?z‑test of the null hypothesis ?0:?=0.60H0:p=0.60 against the alternative ??:?>0.60Ha:p>0.60, where ?p is the population proportion. He requires his results to be statistically significant at a level of ?=0.05α=0.05. He selects a random sample of size ?n = 100 and calculates the sample proportion, ?̂ p^ = 0.65.  What is the value of the standardized test statistic?

Fertilizer: A new type of fertilizer is being tested on a plot of land in an orange grove, to see whether it increases the amount of fruit produced. The mean number of pounds of fruit on this plot of land with the old fertilizer was 391 pounds. Agriculture scientists believe that the new fertilizer may increase the yield. State the appropriate null and alternate hypotheses.   The null hypothesis is Ho:μ (choose one) and Answers The alternate hypothesis is H1:μ (choose one) and Answers