MATCH THE TERMS

Column A

1. A chart that depicts the manufacturers and consumers risks associated with a sampling plan
2. A fully capable process that is running at the center of its control limits would expect this defect rate.
3. The variation that can be clearly identified and possibly managed.
4. The variation that is inherent in the process itself.
5. If a process has a capability index of 1 and is running normally (centered on the mean), what percentage of the units would one expect to be defective?
6. An alternative to viewing an item as simply good or bad due to it falling in or out of the tolerance range.
7. Quality characteristics are classified as either conforming or not conforming to specifications.
8. A quality characteristic that is actually measured, such as the weight of an item.
9. A quality chart suitable for when an item is either good or bad.
10. A quality chart suitable for when a number of blemishes are expected in each unit, such as a spool of yarn.
11. A process control chart with 5 measurements above the centerline should be investigated for what type of issue
12. Useful for checking quality when we periodically purchase large quantities of an item and it would be very costly to check each unit individually.

Column B

A. Taguchi loss function

B. Acceptance sampling.

C. Design limits are at 63 or 2 sigmas or 2.7 defects per thousand

D. Common variation.

E. Attributes

F. p-chart.

G. c-chart

H. Two parts per billion units.

I. Assignable variation.

J. Operating characteristic curve.

K. Variable.

L. The cause of sustained poor performance.