Showing posts with label Business Analysis. Show all posts
Showing posts with label Business Analysis. Show all posts

Monday, July 25, 2011

Lastest Business Process Analysis Certification News

[Adv] PMP (Project Management Professional) Training Programme at Singapore on January 17th to 21st, 2011- CITREP Endorsed business process analysis certification
Image by 350.org Project Management Body of Knowledge Training Program for PMP Certification     | Program Overview | Deliverables | Details of the Instructor | Course Methodology | What the Course is Not Course Outline: Day 1 | Day 2 | Day 3 | Day 4 | Day 5 | Course Instructor Processworks is proud to present its hugely successful PMP 35 Contact Hours Training Program.   The program provides the participant with the required 35 Professional Development Units, which is the minimum Project Management education criteria to take the PMP exam. *CITREP Endorsed Processworks' Project Management Professional (PMP)

Saturday, July 23, 2011

Q&A: Need help with Business Analysis- Quality Control question.?

Question by Mare: Need help with Business Analysis- Quality Control question.? Would I use a xbar, r, p or c represent? Please better. Thx! DataRite Inc. is a thumping collection processing area. It wishes to set up contain limits for the arrangement of records which hold aggregation entry errors. Accordingly, the section program chooses 100 records apiece day over a 10-day point. The classify of records (out of 100) which somebody errors on each of the 10 days is shown below: Carpeting  12345678910   of records5784967356 Set up two-sigma mechanism limits for the balance of records with errors. Best answer:
Answer by cvandy2
This would be a np-chart (or if you mean r-chart) based on the binomial distribution. It could also be the more general p-chart . Find the average r = Σdefectives=# of samples = 60/10 = 6 For an np (or r) chart: 6 ± 2√(6(1-0.06)) UCL = 10.75 LCL = 1.25 For a p-chart: The average proportion, phat = Σdefective/total tested = 60/1000 = 0.06 Control limits: phat ± 2√(phat(1-phat)/n) = 0.06 ± 2√(0.06(0.94)/100) UCL = 0.1075 LCL = 0.0125
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