Sampling 44 pieces of? precision-cut wire? (to be used in computer? assembly) every hour for the pas 1 answer below »

Sampling 44 pieces of​ precision-cut wire​ (to be used in computer​ assembly) every hour for the past 24 hours has produced the following​ results:                                                                                                                                                         Hour Bold x overbarx R Hour Bold x overbarx R Hour Bold x overbarx R Hour Bold x overbarx R 1 3.353.35​” 0.760.76​” 7 2.952.95​” 0.480.48​” 13 3.113.11​” 0.850.85​” 19 3.313.31​” 1.561.56​” 2 3.003.00 1.231.23 8 2.552.55 1.081.08 14 2.832.83 1.261.26 20 2.892.89 1.041.04 3 3.323.32 1.431.43 9 3.123.12 0.710.71 15 3.223.22 1.061.06 21 2.552.55 1.131.13 4 3.493.49 1.261.26 10 2.952.95 1.281.28 16 2.742.74 0.450.45 22 3.383.38 0.510.51 5 2.972.97 1.221.22 11 2.832.83 1.121.12 17 2.862.86 1.481.48 23 2.942.94 1.631.63 6 2.762.76 0.320.32 12 3.073.07 0.400.40 18 2.842.84 1.241.24 24 2.742.74 0.920.92 Based on the sampling​ done, the control limits for ​3-sigma x overbarx chart are ​(round all intermediate calculations to three decimal places before proceeding with further ​calculations)​: Upper Control Limit ​(UCL Subscript x overbarUCLx​) ​= nothing inches ​(round your response to three decimal​ places). Lower Control Limit ​(LCL Subscript x overbarLCLx​) ​= nothing inches ​(round your response to three decimal​ places). Based on the x overbarx​-chart, the wire cutting process has been ▼ IN CONTROL OUT OF CONTROL . The control limits for the ​3-sigma​ R-chart are ​(round all intermediate calculations to three decimal places before proceeding with further ​calculations)​: Upper Control Limit ​(UCL Subscript Upper RUCLR​) ​= nothing inches ​(round your response to three decimal​ places). Lower Control Limit ​(LCL Subscript Upper RLCLR​) ​= nothing inches ​(round your response to three decimal​ places). Based on the​ R-chart, the wire cutting process has been ▼