CASE STUDY ASSIGNMENT #2: MSA Due 11:59 PM ET on 2/28/20 STUDENT NAME: You know that it is very important to verify that your measurement system is able to provide accurate information about your process during the Measure stage. You are concerned because your internal inspection records don't show the same defect rate as TTI is reporting, so you decide to perform a Gage R&R study on your final, and most critical, test point to make sure that your measurement system is giving you the right information before you go any further into the project. Here are your MSA results: Gage RR contribution (of Varcom) 47.76 Total Gage RR Repeatability Reproducibility Varcomp 0.09143 0.63997 0.05146 Instructions: Review these results variance Components and answer the following two Source questions in this Word file. Upload your completed Word file by 11:59 PM ET on 2/28/20. Total variation 1. Is your final test measurement 1.17788 system acceptable? Why or why not? Explain your answer as if you are explaining it to the process owner. Part-To-Part 1.68645 52.24 2. Given these results, what is the biggest problem with this measurement system, how do you know this, and what would you do to correct it? CASE STUDY ASSIGNMENT #2: MSA Due 11:59 PM ET on 2/28/20 STUDENT NAME: You know that it is very important to verify that your measurement system is able to provide accurate information about your process during the Measure stage. You are concerned because your internal inspection records don't show the same defect rate as TTI is reporting, so you decide to perform a Gage R&R study on your final, and most critical, test point to make sure that your measurement system is giving you the right information before you go any further into the project. Here are your MSA results: Gage RR contribution (of Varcom) 47.76 Total Gage RR Repeatability Reproducibility Varcomp 0.09143 0.63997 0.05146 Instructions: Review these results variance Components and answer the following two Source questions in this Word file. Upload your completed Word file by 11:59 PM ET on 2/28/20. Total variation 1. Is your final test measurement 1.17788 system acceptable? Why or why not? Explain your answer as if you are explaining it to the process owner. Part-To-Part 1.68645 52.24 2. Given these results, what is the biggest problem with this measurement system, how do you know this, and what would you do to correct it