Given the following process control data for a quality attribute (three samples of size 400 each): $$\begin{array} { l r }
\text { Sample } & \text { Defectives } \
\hline \# 1 & 36 \
\# 2 & 32 \
\# 3 & 52
\end{array}$$ If the process is known to produce 11 percent defectives on average, using three-sigma control limits, do any of the sample proportions indicate an out-of-control process proportion of defectives?

Question

Given the following process control data for a quality attribute (three samples of size 400 each): $$\begin{array} { l r } 
\text { Sample } & \text { Defectives } \
\hline \# 1 & 36 \
\# 2 & 32 \
\# 3 & 52
\end{array}$$ If the process is known to produce 11 percent defectives on average, using three-sigma control limits, do any of the sample proportions indicate an out-of-control process proportion of defectives?

Quizplus · Accepted Answer

The Answer of Given the following process control data for a quality attribute (three samples of size 400 each): $$\begin{array} { l r } 
\text { Sample } & \text { Defectives } \
\hline \# 1 & 36 \
\# 2 & 32 \
\# 3 & 52
\end{array}$$ If the process is known to produce 11 percent defectives on average, using three-sigma control limits, do any of the sample proportions indicate an out-of-control process proportion of defectives?

Given the Following Process Control Data for a Quality Attribute Sample Defectives #136#232#352\begin{array} { l r } \text { Sample } & \text { Defectives } \\\hline \# 1 & 36 \\\# 2 & 32 \\\# 3 & 52\end{array} Sample #1#2#3​ Defectives 363252​​

Given the Following Process Control Data for a Quality Attribute $\begin{array} { l r } \text { Sample } & \text { Defectives } \\\hline \# 1 & 36 \\\# 2 & 32 \\\# 3 & 52\end{array}$