Your team has been working on improving the process for manufacturing shafts. They believe the control limits for the shaft diameter should be recalculated. The individual shaft diameter readings are provided. The specification for the shaft diameter is 90 - 110.5. a) Analyze if the process is in control. Provide the applicable control charts (15 Points). b) Analyze if the process is capable of meeting the customer requirements. What is the rejection rate (10+5 Points)? Use the standard deviation fom the phen readings. c) What should be your team's recommendation now (5 Points)? Day Reading Text starts here: 1 104.4 102.4 2 3 105.5 4 107.6 97.0 5 6 7 8 95.0 100.6 104.5 107.2 102.8 103.6 9 10 11 12 101.6 13 101.3 14 103.0 15 103.5 16 100.8 17 103.9 18 104.2 19 105.3 20 104.3 21 103.3 102.8 22 23 101.3 24 102.1 25 100.1 26 101.8 27 100.0 99.6 28 29 100.9 30 99.8 31 98.6 32 100.4 33 99.0 34 101.3 35 100.8 36 99.2 37 100.5 38 98.9 39 98.9 40 98.6 41 100.2 42 101.5 43 98.5 44 100.2 99.9 45 Your team has been working on improving the process for manufacturing shafts. They believe the control limits for the shaft diameter should be recalculated. The individual shaft diameter readings are provided. The specification for the shaft diameter is 90 - 110.5. a) Analyze if the process is in control. Provide the applicable control charts (15 Points). b) Analyze if the process is capable of meeting the customer requirements. What is the rejection rate (10+5 Points)? Use the standard deviation fom the phen readings. c) What should be your team's recommendation now (5 Points)? Day Reading Text starts here: 1 104.4 102.4 2 3 105.5 4 107.6 97.0 5 6 7 8 95.0 100.6 104.5 107.2 102.8 103.6 9 10 11 12 101.6 13 101.3 14 103.0 15 103.5 16 100.8 17 103.9 18 104.2 19 105.3 20 104.3 21 103.3 102.8 22 23 101.3 24 102.1 25 100.1 26 101.8 27 100.0 99.6 28 29 100.9 30 99.8 31 98.6 32 100.4 33 99.0 34 101.3 35 100.8 36 99.2 37 100.5 38 98.9 39 98.9 40 98.6 41 100.2 42 101.5 43 98.5 44 100.2 99.9 45