Test whether the population proportions differ at the α = 0.05 level of significance by determining the null andalternative hypotheses, the test statistic, and the critical value. Assume that the samples are dependent and thatthey were obtained randomly. $\begin{array}{ll|cc}
& & {\text { Treatment A }} \
& & \text { Success } & \text { Failure } \
\hline& \text { Success } & 87 & 32 \
\text { Treatment B } \
& \text { Failure } & 12 & 59
\end{array}$

Question

Test whether the population proportions differ at the α = 0.05 level of significance by determining the null andalternative hypotheses, the test statistic, and the critical value. Assume that the samples are dependent and thatthey were obtained randomly. $\begin{array}{ll|cc} 
& & {\text { Treatment A }} \
 & & \text { Success } & \text { Failure } \
\hline& \text { Success } & 87 & 32 \ 
\text { Treatment B }  \
& \text { Failure } & 12 & 59
\end{array}$

Quizplus · Accepted Answer

The Answer of Test whether the population proportions differ at the α = 0.05 level of significance by determining the null andalternative hypotheses, the test statistic, and the critical value. Assume that the samples are dependent and thatthey were obtained randomly. $\begin{array}{ll|cc} 
& & {\text { Treatment A }} \
 & & \text { Success } & \text { Failure } \
\hline& \text { Success } & 87 & 32 \ 
\text { Treatment B }  \
& \text { Failure } & 12 & 59
\end{array}$

Test Whether the Population Proportions Differ at the α =