1 Sample Size, n Mean Factor, A2 Upper Range, D4 Lower Range, D3 2 3 4 5 6 7 8 9 10 12 1.88 1.023 0.729 0.577 0.483 0.419 0.373 0.337 0.308 0.266 3.268 2.574 2.282 2.115 2.004 1.924 1.864 1.816 1.777 1.716 0 0 0 0 0 0.076 0.136 0.184 0.223 0.284 The above table is the standard table of factors for computing three sigma limits for x-bar and R-charts; it can al (Table 3.1). Use this table as a reference for this question and whenever needed in this assignment (rather than placed it here at the beginning). A soft drink bottler is producing 12 ounce bottles of soda. By taking many samples of size 5 they have determin ounces. The average range of the process is 0.25 ounces. Determine the upper control limit for x-bar (the avera to three decimal places. QUESTION 2 Using the same soda bottler data in the previous question, calculate the lower control limit for x-bar. Enter your QUESTION 3 Green Cab Co. has "How am I driving?" stickers on all of its cabs with a toll-free number for people to call about period they received the following numbers of calls from irate passengers. Day # of calls received 1 3 2 0 Calculate the upper control limit for a c-chart from this data using three sigma control limits. Enter your answer QUESTION 4 Using the cab data from the previous problem, calculate the lower control limit for the c-chart using 3 sigma con QUESTION 5 You manage the quality for the production line of your company's running shoes. A salesperson for an equipme to cut the insoles for your shoes. Your company specifies that the thickness of the insoles must be 0.250 inches specification (either above or below). The salesperson insists that the new machine will outperform your curren determined that the new machine has a production standard deviation of only 0.0005 inches for any chosen ave Enter your answer two decimal places. QUESTION 6 Betty's Distributors, Inc fills catalog orders. Over the past 6 weeks, samples of size 100 have been taken to det average defect proportion found was 0.05. Determine the upper control limits for a p-chart using this data a decimal places. QUESTION 7 Using the data from the previous question, determine the lower control limit for a p-chart using 3 sigma control QUESTION 8 A quality analyst wants to construct a sample mean chart for controlling a packaging process. She knows from e experience) that the process standard deviation is two ounces. Each day last week, she randomly selected four p sample means taken was 20.6. Calculate the upper control limit of an x-bar chart with a type I error of 5%. Enter your answer to two decimal p QUESTION 9 Using the data from the previous question, calculate the lower control limit for an x-bar chart with a type 1 erro QUESTION 10 An operator trainee is monitoring a filing process that has an overall average of 705 cc. The average range is 17 up the following control chart limits with their correct values Upper Control Limit - xbar chart Lower Control Limit - xbar char Upper control limit - R chart Lower control limit - R chart QUESTION 11 Jeremy's Machine Shop produces high quality camshafts for use in the auto industry. A typical container spends waiting and handling during the manufacturing cycle. Demand for the part in question is 3,300 units per day. Je calculations. If each container contains 35 parts, how many containers should be authorized? Enter your answe bar and R-charts; it can also be found on page 107 of your text s assignment (rather than reproduce it for each question, I have size 5 they have determined that the overall process average is 12 ol limit for x-bar (the average) in this process. Enter your answer limit for x-bar. Enter your anwer to three decimal places. er for people to call about the performance of their drivers. Over a 9-day 3 8 4 9 5 6 6 7 7 4 8 9 9 8 limits. Enter your answer to two decimal places. e c-chart using 3 sigma control limits. Enter your answer to two decimal places. lesperson for an equipment producer is trying to sell you on a new machine designed oles must be 0.250 inches and can not be more than 0.001 of an inch from that ill outperform your current machine because, through extensive testing, they have inches for any chosen average thickness. Calculate Cpk for the salesperson's machine. 00 have been taken to determine the proportion of defective catalogs. The a p-chart using this data and a 3 sigma standard. Enter your naswer to 3 es. hart using 3 sigma control limits. Enter your answer to three decimal places. rocess. She knows from equipment manufacturer specs (and past e randomly selected four packages and weighed each. The mean of all the r answer to two decimal places. ar chart with a type 1 error of 5%. Enter your answer to two decimal places. c. The average range is 17 cc. The trainee is using a sample size of 6. Match s with their correct values. a. 713.211 b. 34.068 c. 696.789 d. 0 A typical container spends half a day in processing and a quarter of a day in n is 3,300 units per day. Jeremy uses a 15% safety stock equivalent for orized? Enter your answer as an integer (round up)