Two graphical displays are given for a set of data. A hypothesis test is to be performed for the mean of the populationfrom which the data were obtained. Would it be reasonable to use a one-mean z-test? Explain your reasoning. Assumethat the population standard deviation is known.
-A normal probability plot and a stem-and-leaf diagram of the data are given below. $\begin{array} { r | r } 5 & 79 \ 6 & 14 \ 7 & 26 \ 8 & 06 \ 9 & 35 \ 10 & 02 \end{array}$

Question

Two graphical displays are given for a set of data. A hypothesis test is to be performed for the mean of the populationfrom which the data were obtained. Would it be reasonable to use a one-mean z-test? Explain your reasoning. Assumethat the population standard deviation is known.
-A normal probability plot and a stem-and-leaf diagram of the data are given below.  $\begin{array} { r | r }  5 & 79 \ 6 & 14 \ 7 & 26 \ 8 & 06 \ 9 & 35 \ 10 & 02 \end{array}$

Quizplus · Accepted Answer

The Answer of Two graphical displays are given for a set of data. A hypothesis test is to be performed for the mean of the populationfrom which the data were obtained. Would it be reasonable to use a one-mean z-test? Explain your reasoning. Assumethat the population standard deviation is known.
-A normal probability plot and a stem-and-leaf diagram of the data are given below.  $\begin{array} { r | r }  5 & 79 \ 6 & 14 \ 7 & 26 \ 8 & 06 \ 9 & 35 \ 10 & 02 \end{array}$

Two Graphical Displays Are Given for a Set of Data 5796147268069351002\begin{array} { r | r } 5 & 79 \\ 6 & 14 \\ 7 & 26 \\ 8 & 06 \\ 9 & 35 \\ 10 & 02 \end{array}5678910​791426063502​

Two Graphical Displays Are Given for a Set of Data $\begin{array} { r | r } 5 & 79 \\ 6 & 14 \\ 7 & 26 \\ 8 & 06 \\ 9 & 35 \\ 10 & 02 \end{array}$