Please answer for alpha risk, on question "e." Please be certain, this is my fifth attempt at getting this question answered.

d. What control limits would give an alpha risk of 03 for this process? (Round your Intermediate calculations to 4 decimal places. Round your "z" value to 2 decimal places and other answers to 4 decimal places.) z 2.17 Lower limit 0011 Upper limit 0497 e. What alpha risk would control limits of .0038 and .0470 provide? (Round your Intermediate calculations to 4 decimal places. Round your "z" value to 2 decimal places and "alphe risk" value to 4 decimal places.) 2 = 19285 alpha risk = 0.0548 f. Using control limits of .0038 and 10470, is the process in control? yes no g. Suppose that the long-term fraction defective of the process is known to be 2 percent. What are the values of the mean and standard deviation of the sampling distribution? (Round your Intermediate calculations and final answers to 2 decimal places.) Mean 02 Standard deviation 01 d. What control limits would give an alpha risk of 03 for this process? (Round your Intermediate calculations to 4 decimal places. Round your "z" value to 2 decimal places and other answers to 4 decimal places.) z 2.17 Lower limit 0011 Upper limit 0497 e. What alpha risk would control limits of .0038 and .0470 provide? (Round your Intermediate calculations to 4 decimal places. Round your "z" value to 2 decimal places and "alphe risk" value to 4 decimal places.) 2 = 19285 alpha risk = 0.0548 f. Using control limits of .0038 and 10470, is the process in control? yes no g. Suppose that the long-term fraction defective of the process is known to be 2 percent. What are the values of the mean and standard deviation of the sampling distribution? (Round your Intermediate calculations and final answers to 2 decimal places.) Mean 02 Standard deviation 01