An SPC primer: programmed learning guide to statistical process control techniques
Now in its 13th printing, with over 35,000 in use by nearly every major manufacturing firm & many service firms. This is the first & best programmed learning guide to statistical process control (SPC). SPC originated in America, but it was forgotten until many major firms began mandating its use in the 1980s. Now SPC is required by almost all major manufacturers & its use is widely credited for America's quality renaissance. However, to be effective SPC must be understood by everyone, including people in non-technical positions such as machine operators. Designed for self-study or classroom study, the SPC Primer makes SPC easy to learn & use. The reader is taken step-by-step to a mastery of SPC fundamentals.The SPC Primer has been used to supplement classroom training & to provide executives with a succinct overview of the SPC. Since not everyone can be trained at once, some have used the SPC Primer to provide an introduction to every employee until classroom training time is available. Others have used it to refresh employee training previously received. It gets rave reviews for making a difficult subject easy for anyone to understand! Order 1-800-628-0432, FAX 1-800-848-8216 or 1-602-749-8338.
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actual numbers ANSWER KEY assignable cause attribute control charts average line AVG DEF n=10 bell curve Capability Ratio CHART Subgroups lncluded charts for individual class interval code value confidence level consecutive points fall consecutive readings D3 factor decimal point defects per unit digits exercise column expected frequency FACTORS FOR CONTROL fall in Zone formula fraction frame 14 grand average half chart histogram IdVd individual measurement inspection KEY FRAME LCLr ln quality control lower control limit median charts multiply negative numbers normal distribution np charts number of consecutive number of defects Number of Subgroups percent defective plot points in Zone probability of getting PROBABlLlTY process capability process control random random variable real value run chart sample data sample size sample sizes Standard Deviation statistical Statistical Process Control subtracting symbol tolerance TOTAL NUMBER True or False UCLr upper control limit X minus zero