what is the relation between six sigma and cp?
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a little more detail to your dilemma will help us solve it, or steer you in the right direction
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Six Sigma is a term usually related to manufacturing or process engineering that seeks to reduce variability in the product or process. \n\nThe Six Sigma process is taught to people within the managerial structure at a company. A person who goes through the course earns what is called a "green belt." A person who goes through further training and shows the ability to implement and teach Six Sigma methodology earns a "black belt."
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There are more processes. Contents are more detailed. Some processes names have changes( eg Quality Assurance is nor "Perform Quality Assurance"). Some terms have changed ( eg Earned Value, Planned Value had other names in the old version). A lot of the description is much more detailed.\nThe new PMBOK also has a chapter describing in detail what all  the changes are, so you can see that there if you are interested.\n\nWhat it may mean to you practically -- the new version PMBOK(PM Book of Knowledge) has nearly DOUBLE the pages (400 +) than the older version !!!
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Try\nhttp://www.cranfield.ac.uk/soe/cpoe/cpoebrag2.htm
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please have a look on this.. \n\n\nhttp://www.cprogramming.com/tutorial/template_specialization.html
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Correlation! (Maybe... well the 6th letter is L at least).\n\nCorrelation basically describes the strength and direction of the (linear only) relationship between two variables or sets of observations. \n\nIt's a number between -1 and 1, and is denoted by 'r' or the Greek letter 'rho' (it looks like a 'p').  E.g. r = 0.87 \n\nI hope that's the kind of statistical symbols the crossword clue is referring to. \n\nGood luck with the crossword!
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helloo,,my name is Dee and i am a certified black belt ready to start my own conuslting company in six sigma training and process improvement.  I would defnititely be ope to training you for free,,
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Easier compared to one with a higher heat capacity:\n\nH/(m*Cp) = (delta T), where m is the mass of the object, H is the heat that must be added (or removed) to raise (or lower) its temperature, delta T is its change in temperature, and Cp is its heat capacity. From the above formula, you can see that larger values of Cp result in small temp. changes, for the same heat amount.
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read \n\nhttps://academy.oracle.com/pages/docs_pdfs_zip/dd_course_desc_FY06.pdf\n\nhttp://www.ocr.org.uk/Data/publications/units/OCRCertificateDiplomaforITProfessionals(06298)Level3_Unit%2042.pdf
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As sophisticated as this question looks I doubt that any one will answer....\nSTATE AN ENGINEERING DEPARTMENT (i.e. Civil,architectural,mechanic, computer science)\n\nThere no such thing as a MULTI-PROFESSIONAL ENGINEER to answer your question...
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actualy it depends on the pressure because the formula is:\nQ=m*Cp*Delta(T)\nAnd Cp for water is dependant on Temprature you are giving heat to the water. you can find the analytical method for finding Cp in Thermodynamics  van wylan ed 6
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Go to ASQ.org\n\nThis is the most economical way.  If you have completed a project using six sigma principles, you can get a signed statement for evidence, then take the ASQ six sigma certification exam.  It is cheaper to join ASQ and get the member rate for the exam.  You can study for the exam by getting the Indiana Council primers from the Indiana Council of Quality.  The questions of the ASQ exam will not be as difficult as those the primer.
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i am still computer engineering student just for you to know if ever my answer is not as accurate as you expected.i have just finished lately my software engineering subject and i think i can still remember it.\nAnswer: There is that so-called IEEE standard 730 that sets its software quality assurance. The IEEE standard 730 have some specifications or criteria to determine a software's quality.This quality assurance is actually plans to attain specific goal for a software.This plans are purpose,documentation,code control,training, supplier control,test, review and audits,media control,management,risk management..etc.I think there are 15 software quality assurance plans and im sorry i cannot recall the remaining ones.Of course each plan have its objectives,just like the purpose for example-"the product is intended for what". i assume i answered the technique you are pertaining to.That's all i know.Im happy to answer this  question.:)For further information you can read the software engineering by Hans Van Vliet
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Try here and see what they have.  Should be some examples or links to some procedural stuff.\n\nhttp://www.cpaclass.com/
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I'm sure that 6&5 is faster than 6%5 in all CPUs.\n\nIt can't be slower in any case because 6&5 is an elementary bitwise operation (instead of 6%5), which is counted in one cycle in all architectures I know.\n\nOn the other side, some processor can have specific instruction that counts 6%5 also in one cycle. In that case those operations will be equivalent.\n\nBut you can hardly notice this difference in usual programming.
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i am not knowledge of ca,please give me a information of cpt exm
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National Association of Securities Dealers and six sigma is the quality control method developed by GE's legendary ex-CEO, Jack Welch.  I believe the six sigma standard refers to defect rate of one millionth of a percent.  You may want to search the web or wikipedia to confirm...