The following output from MINITAB presents the results of a hypothesis test for a population mean $\mu$.

Test of $m u = 57$ vs. not $= 57$
$\begin{array}{llrccrc}
\mathrm{N} & \text { Mean } & \text { StDev } & \text { SE Mean } & 95 \% \text { CI } & \mathrm{T} & \mathrm{P} \
49 & 59.72 & 3.881977 & 0.554568 & (58.604963,60.835037) & 4.904717 & 0.0000
\end{array}$
1 What is the value of s?
A)9.4
B)0.554568
C)3.881977
D)0.000011

Question

The following output from MINITAB presents the results of a hypothesis test for a population mean $\mu$.

Test of $m u = 57$ vs. not $= 57$
$\begin{array}{llrccrc}
\mathrm{N} & \text { Mean } & \text { StDev } & \text { SE Mean } & 95 \% \text { CI } & \mathrm{T} & \mathrm{P} \
49 & 59.72 & 3.881977 & 0.554568 & (58.604963,60.835037) & 4.904717 & 0.0000
\end{array}$
 1 What is the value of s?
A)9.4
B)0.554568
C)3.881977
D)0.000011

Quizplus · Accepted Answer

The value of $s$ (standard deviation) is given as 3.881977 in the output.

The Following Output from MINITAB Presents the Results of a Hypothesis