EBK OM
EBK OM
6th Edition
ISBN: 9781305888210
Author: Collier
Publisher: YUZU
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Chapter 16, Problem 5PA
Summary Introduction

Interpretation: A control chart using Excel x¯ - and R-Chart template is to be created and also the excel calculations of the control limits are to be validated and whether the procedure appear to be in statistical control is to be determined.

Concept Introduction: Control charts are also called as Process chart. It is used to draw the statistical process of the manufacturing process in the business. This chart is one of the statistically process control tool.

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Control charts are to be established on the manufacture of backpack frames. The revised fraction nonconforming is 0.08. Determine control limit lines for inspection rates of 1100 per day, 1500 per day, and 2100 per day. Draw the control chart. Why are the control limits not spaced equally? ( don't hand writing solution)
Steps to monitor using the control charts: Now monitor the process. An additional ten days of data have been collected, see table labeled “1st 10 Days of Monitoring Reservation Processing Time” in the Data File. Develop Xbar and R charts for the 1st 10 days of monitoring. Plot the data for the 1st 10 days on the Xbar and R charts. Is the process in control? If the control chart indicates an out-of-control process, note which days, the pattern, and whether it is the Xbar or R chart.   Now that we have set up the control charts using enough data from a stable process, the 30 days of data, we will monitor the process. While monitoring the process, what will we use as the upper control limit for the X-bar Chart to compare against our new x-bar values? Enter your response to three decimal places. You do not need to include the units (minutes), ONLY the numeric value. USE DATA TO GET UPPER CONTROL LIMIT
Please do not give solution in image format thanku Canine Gourmet Super Breath dog treats are sold in boxes labeled with a net weight of 9 ounces ​(255 ​grams) per box. Each box contains 6 individual​ 1.5-ounce packets. To reduce the chances of shorting the​ customer, product design specifications call for the​ packet-filling process average to be set at 43.5 grams so that the average net weight per box of 6 packets will be 261 grams. Tolerances are set for the box to weigh 261±15 grams. The standard deviation for the​ packet-filling process is 1.01 grams. The target process capability ratio is 1.67. One​ day, the ​packet-filling process average weight drifts down to 43.0 grams. Is the packaging process​ capable? Is an adjustment​ needed? Since the process capability​ index, Cpk, is (____)​, the process is (_____) . ​(Enter your response rounded to three decimal places​.) Since the process capability​ ratio, Cp​, is (_____)​, the problem is that the process is (_____) . ​(Enter your…
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