The data need it is here:

1 10.88 1 10.89 1 10.95 1 10.92 1 10.9 1 10.9 1 10.93 1 10.88 1 10.89 1 10.89 1 10.92 1 10.91 1 10.88 1 10.86 1 10.92 1 10.85 1 10.89 1 10.86 1 10.9 1 10.86 1 10.9 1 10.91 1 10.91 1 10.88 1 10.9 1 10.91 1 10.93 1 10.9 1 10.87 1 10.89 1 10.91 1 10.9 1 10.9 1 10.85 1 10.89 1 10.91 1 10.91 1 10.87 1 10.87 1 10.9 1 10.9 1 10.92 1 10.88 1 10.87 1 10.89 1 10.91 1 10.89 1 10.93 1 10.89 2 10.85 2 10.87 2 10.91 2 10.89 2 10.88 2 10.87 2 10.86 2 10.93 2 10.91 2 10.85 2 10.86 2 10.85 2 10.87 2 10.86 2 10.95 2 10.89 2 10.88 2 10.89 2 10.9 2 10.9 2 10.92 2 10.91 2 10.89 2 10.88 2 10.87 2 10.88 2 10.9 2 10.84 2 10.87 2 10.9 2 10.91 2 10.89 2 10.89 2 10.9 2 10.9 2 10.89 2 10.9 2 10.86 2 10.91 2 10.89 2 10.88 2 10.91 2 10.88 2 10.91 2 10.92 2 10.89 2 10.92 2 10.89 2 10.9 2 10.89

A production engineer wants to investigate the capability of the process that manufactures support beams. The engineer thinks that the process capability might differ between the morning and evening shift. The engineer measures the thickness of five samples out of 10 boxes from each shift. The thickness must be between 10.44 mm and 10.96 mm to meet the customer requirements. You can use this data to demonstrate Normal Capability Analysis for Multiple Variables. Worksheet column Description Shift The shift in which the support beam was manufactured: 1 or 2 Thickness The thickness of each support beam The data is: Case Study- Capability Analysis.mpx in Minitab format. If you need the data in excel format to insert in Minitab, here it is : Case Study- Capability Analysis.xlsx Your task: 1. Develop a capability analysis diagram based on the shift of the production. Copy-paste your chart as an answer. 2. Interpret all the capability indexes for overall and actual capability of this process in meeting the specifications. 3. What are the PPM in total? 4. Based on previous answers, what can you conclude about the capability of this process? What do you recommend