Control Charts on Dice Casting Results Activity Objectives It would be an experiential training method (hands-on). It would be an authentic training method (relatable to shop floor). It would clearly demonstrate what an improved process looks like in an SPC chart . It would lay the foundation for understanding statistical principles. It would enhance understanding of the computational aspects of SPC. Roll Dice . Google roll dice and choose a pair of 6 sided dice. Complete the following tasks 1. Throw a pair of non-altered dice (read the total value as it is) and collect data for ten sets of five samples each. Develop the xbar and R charts for the non-altered dice sample. Show the calculation process for the centerline and control limits. Commonly, in high-volume production, sample size is randomly selected at some specified time interval throughout the workday; thus, you could think of the ten sets of five being taken at approximate forty-five- minute intervals during an eight-hour shift. Reducing the amount of variation in the process to improve the results of the dice activity. 2. Throw a pair of altered dice (altering the 6 to a 4 and the to a 3, calculate the total value of the two dices instead of reading the value on the website) and collect data for ten sets of five samples each. Develop the xbar and R charts for the altered dice sample. Show the calculation process for the centerline and control limits. 3. Answer question: how did the control charts change when the process improves