Test the hypothesis using the P-value approach. Be sure to verify the requirements of the test. \( \begin{array}{l}H_{0}: p=0.6 \text { versus } H_{1}: p>0.6 \\ n=200 ; x=135 ; \alpha=0.1 \\ \text { Click here to view page } 1 \text { of the table. Click here to view page } 2 \text { of the table. } \\ \text { Calculate the test statistic, } z_{0} \text {. } \\ z_{0}=\square \\ \text { (Round to two decimal places as needed.) }\end{array} \).

You wish to test the following claim \( \left(H_{a}\right) \) at a significance level of \( \alpha=0.10 \). \[ \begin{array}{l}H_{o}: \mu=51.7 \\ H_{a}: \mu<51.7\end{array} \] You believe the population is normally distributed, but you do not know the standard deviation. You obt: a sample of size \( n=23 \) with mean \( M=45.5 \) and a standard deviation of \( S D=14.1 \). What is the p -value for this sample? (Report answer accurate to four decimal places.) p -value \( =\square \)

5 The mean age for first 13 voters at Zwide Voting Station, is 40 and the standard deviation is 5. Comment by refering to the standard deviations on how the ages at Zwide Station compare to those at Dingiswayo Station.

\( n-1=35-1=34 \) \( p \)-value \( <0.01 \) - Step 6: Make a decision to reject or not reject the null hypothesis. Write in non-techni terms a final conclusion about the claim. 'd reject the nurl nypo thesis

Score on last try: 0 of 1 pts. See Details for more. \( > \) Next question Assume that \( z \)-scores are normally distributed with a mean of 0 and a standard deviation of 1 . If \( P(-b<z<b)=0.6956 \), find \( b \). Submit Question

Find the range of the following data set. Assume the data set is a sample.