answer all parts 6-11 please asap!!

QUESTION 5 A sporting goods maker, Daily Sports (DS), produces running shoes. The customer specifications require that its weight must lie between LSL=13.8 oz and USL=14,4 oz. Random samples of size n = 6 are selected for being weighed. The sums of 40 sample means (and standard deviations (s) are given as follows 40 40 X;=562 and Es;=5.24 i = 1 i=1 Find the centerline for X chart. (Round to 3 decimal places) QUESTION 6 (Continued from Question 5) Find the centerline for 5 chart. (Round to 3 decimal places) 1 points Save QUESTION 7 (Continued from Question 5) Estimate the process mean of the running shoes weight. (Round to 3 decimal places) QUESTIONS (Continued from Question 5) Estimate the process standard deviation o of the running shoes weight. (Round to 3 decimal places) 1 points Save QUESTION 9 (Continued from Question 5) Assuming that the running shoes weight X follows the normal distribution with mean and standard deviation o, calculate the probability that the weight is less than the LSL (lower specification limit). (Round to 4 decimal places) Click Save and Submit to save and submit Clio Saue All Anato so alla QUESTION 10 (Continued from Question 5) Assuming that the running shoes weight X follows the normal distribution with mean and standard deviation o, calculate the probability that the weight is greater than the USL (upper specification limit). (Round to 4 decimal places) 1 points s QUESTION 11 (Continued from Question 5) DS produces 800 running shoes every day. Each time the running shoes weight does not lie between USL and LSL, DS should spend $0.75 for rework. What is the average daily cost of rework? (Round to 3 decimal places) QUESTION 5 A sporting goods maker, Daily Sports (DS), produces running shoes. The customer specifications require that its weight must lie between LSL=13.8 oz and USL=14,4 oz. Random samples of size n = 6 are selected for being weighed. The sums of 40 sample means (and standard deviations (s) are given as follows 40 40 X;=562 and Es;=5.24 i = 1 i=1 Find the centerline for X chart. (Round to 3 decimal places) QUESTION 6 (Continued from Question 5) Find the centerline for 5 chart. (Round to 3 decimal places) 1 points Save QUESTION 7 (Continued from Question 5) Estimate the process mean of the running shoes weight. (Round to 3 decimal places) QUESTIONS (Continued from Question 5) Estimate the process standard deviation o of the running shoes weight. (Round to 3 decimal places) 1 points Save QUESTION 9 (Continued from Question 5) Assuming that the running shoes weight X follows the normal distribution with mean and standard deviation o, calculate the probability that the weight is less than the LSL (lower specification limit). (Round to 4 decimal places) Click Save and Submit to save and submit Clio Saue All Anato so alla QUESTION 10 (Continued from Question 5) Assuming that the running shoes weight X follows the normal distribution with mean and standard deviation o, calculate the probability that the weight is greater than the USL (upper specification limit). (Round to 4 decimal places) 1 points s QUESTION 11 (Continued from Question 5) DS produces 800 running shoes every day. Each time the running shoes weight does not lie between USL and LSL, DS should spend $0.75 for rework. What is the average daily cost of rework? (Round to 3 decimal places)