I need help with understanding how to calculate Cpk to determine if the process is capable or not capable

More Info Factors for calculating three-sigma limits for the x-chart and R-chart Size of Sample Factor for UCL and LCL Factor for LCL for Factor for UCL for (n) for x-chart (A2) R-Chart (D3) R-Chart (D4) 1.880 3.267 1.023 2.575 0.729 ooooo 2.282 0.577 2.115 0.483 2.004 0.419 0.076 1.924 0.373 0. 136 1.864 0.337 0. 184 1.816 0.308 0.223 1.777 Print Done\fThe production manager at Sunny Soda, Inc., is interested in tracking the quality of the company's 12-ounce bottle filling line. The bottles must be filled within the tolerances set for this product because the dietary information on the label shows 12 ounces as the serving size. The design standard for the product calls for a fill level of 12 1 0.10 ounces. The manager collected the accompanying sample data (in fluid ounces per bottle) on the production process. Click the icon to view the sample data. Click the icon to view the table of factors for calculating three-sigma limits for the x-chart and R-chart. Design an R- and an x-chart for this process. The UCLR equals 0.379 oundes and the LCLR equals 0.000 ounces. (Enter your responses rounded to three decimal places.) The UCL; equals 12.13 ounces and the LCL; equals 11.89 ounces. (Enter your responses rounded to three decimal places.) a. Are the process average and range in statistical control? The process average is in statistical control and the process range is in statistical control. b. Is the process capable of meeting the design standard at four-sigma quality? Explain. The CoK is equal to , so the process capable. (Enter your response rounded to three decimal places.)