Test the following claim for p, proportion, at the significance level, alpha. Assume the population is normally distributed. Copy and paste or type s, 2, #, or = to build the hypothesis statements. Remember, x must be a whole number. Claim: p > 0.22, n= 175, p = 0.27, a =0.01 a) Null hypothesis = HO: type your answer.. b) Alternative hypothesis = Ha: |type your answer. c) z_critical = type your answer. (round to two or three decimals as needed) d) z_test = 1.734 (round to two or three decimals as needed) e) p-value = type your answer.. (round to four decimals as needed) f) Result = |type your answer.. (Type: "Reject the null hypothesis" or "Fail to reject the null hypothesis") g) Conclusion = And conclude there type your answer. enough evidence to type your answer.. the claim (Type:[is, is not, support, reject]where needed) 2.5 points Test the following claim for p, proportion, at the significance level, alpha. Assume the population is normally distributed. Copy and paste or type s, 2, 7, , or = to build the hypothesis statements. Claim: p = 0.74, n= 842, x = 645; a = 0.10 a) Null hypothesis = HO: |type your answer... b) Alternative hypothesis = Ha: type your answer. c) z_critical = type your answer.. (round to two or three decimals as needed) d) z_test = |type your answer.. (round to two or three decimals as needed) e) p-value = type your answer. (round to four decimals as needed) f) Result = |type your answer.. (Type: "Reject the null hypothesis" or "Fail to reject the null hypothesis") ) Conclusion = And conclude there type your answer. enough evidence to type your answer. the claim (Type:[is, is not, support, reject]where needed) 2.5 points Test the following claim for p, proportion, at the significance level, alpha. Assume the population is normally distributed. Copy and paste or type s, 2, #, or = to build the hypothesis statements. Remember x must be a whole number. Claim: p # 0.13, n= 1160, p = 0.115, a = 0.02 a) Null hypothesis = HO: type your answer. b) Alternative hypothesis = Ha: |type your answer. c) z_critical = type your answer. (round to two or three decimals as needed) d) z_test = |type your answer. (round to two or three decimals as needed) e) p-value = type your answer. (round to four decimals as needed) f) Result = |type your answer.. (Type: "Reject the null hypothesis" or "Fail to reject the null hypothesis") g) Conclusion = And conclude there type your answer. enough evidence to type your answer. the claim (Type:[is, is not, support, reject]where needed)