$2.$ If your company policy decided on a Cp $=1\mathrm{.}33$ design, what is the Specification limit are going to be equal to in terms of number of $\backslash$sigma $?$ And what is the expected defect rate in the product $($use the Normal Standard Distribution Table available in Week file list$).$ Some of the students can try their own numbers such as Cp $=1\mathrm{.}67,$ Cp $=1,$ etc. I would like each student to have a unique Cp so I can be sure that everyone understands the Cp concept in Six Sigma. Please use the last two digits of your UML ID as a fraction of your Cp and defect numbers $($examples Cp $=1\mathrm{.}31$ and Defect rate $=7\mathrm{.}31$ per $1000$ operations if your UML ID is XXXXXX$31).$