1. What is the upper control limit for the process control chart? If you are using an x-bar and r-chart enter the upper control limit for the x-bar chart here. If you are using a p-chart or a c-chart enter the upper control limit here. Enter the limit to two decimal places.

2. What is the lower control limit for the process control chart? If you are using an x-bar and r-chart enter the lower control limit for the x-bar chart here. If you are using a p-chart or a c-chart enter the lower control limit here. Enter the limit to two decimal places.

3. What is the upper control limit for the second process control chart? If you are using an x-bar and r-chart enter the upper control limit for the r-chart here. If you are using a p-chart or a c-chart enter 100. Enter the limit to two decimal places.

4. What is the lower control limit for the second process control chart? If you are using an x-bar and r-chart enter the lower control limit for the r-chart here. If you are using a p-chart or a c-chart enter 100. Enter the limit to two decimal places.

5. Is the original process in control? Answer just Yes or No with no punctuation.

6. Walt makes 5 widgets with the new steel (taking a new sample). They weigh 502, 518, 499, 521 and 519. Do the new ingredients produce widgets that are within the acceptable control limits of the chart you developed? Answer just Yes or No with no punctuation.

Statistical Process Control 1. Walt's Widgets makes widgets for a number of different customers. Walt wants to try a new supplier for steel but wants to be sure that the widgets don't change. Before he changes, he weighs five widgets a day for four consecutive days. He wants to develop the appropriate 3 sigma control chart(s) for the data. The data are below. Widget weight (grams) 1 Day 2 3 4 5 509 513 495 487 504 2 512 496 489 501 512 492 487 488 515 506 4 497 512 504 486 511 1 3