Six Sigma Analyze Phase - Tools von OTIFAS PVT LTD

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Über den Vortrag

Der Vortrag „Six Sigma Analyze Phase - Tools“ von OTIFAS PVT LTD ist Bestandteil des Kurses „Six Sigma Black Belt Training“. Der Vortrag ist dabei in folgende Kapitel unterteilt:

  • Introduction
  • Multivariate Tools
  • Selection of Appropriate Multivariate Tools
  • Principal Component Analysis
  • PC Analysis Example
  • Factor Analysis
  • Descriminant analysis
  • MANOVA
  • Attribute Data Analysis

Quiz zum Vortrag

  1. Factor Analysis
  2. One-way ANOVA
  3. DOE
  4. Multivari- Study
  1. MANOVA
  2. Factor Analysis
  3. Analysis of variance
  4. Path Analysis
  1. It is a multivariate data reduction statistical technique.
  2. It is a univariate data reduction statistical technique.
  3. It is a multivariate data enhancing statistical technique.
  4. It is a univariate data enhancing statistical technique.
  1. 2
  2. 6
  3. 4
  4. 1
  1. in factor analysis, we are interested in having the factors we extract be, correlated.
  2. in factor analysis, the managerial interpretability of the factors is unimportant.
  3. in factor analysis, the factors we extract must be orthogonal.
  4. in factor analysis, we want the proportion of variance extracted to remain constant as factors are extracted.
  1. procedures primarily used for data reduction and summarization.
  2. procedures for representing perceptions and preferences of respondents spatially by means of a visual display.
  3. graphical representation of respondents' beliefs about the relationship between objects with respect to two or more dimensions.
  4. group of techniques in which the whole set of interdependent relationships are examined.
  1. a variable of sorts(groups).
  2. a test of significance.
  3. a mishmash off unrelated variables.
  4. a measure of equality of variances.
  1. the dependent variable is attribute and independent variable is metric.
  2. the dependent variable is metric and independent variable is attribute.
  3. the dependent variable and independent variable are metric.
  4. the dependent variable and independent variable are attribute.
  1. Technique for analyzing data when the dependent variable is categorical(non metric) and independent variables are interval in nature.
  2. Technique inclusive of independent variables that are non-metric or categorical.
  3. Procedures primarily used for data reduction and summarization.
  4. It is a tool used to analyze the variation in two or more continuous dependent variable.
  1. to analyze the variation in two or more continuous dependent variable.
  2. to find the variation in attribute dependent variables.
  3. to reduce the data among a set of independent variables.
  4. for large set of uncorrelated data. And it explain the amount of variance with fewest set of data
  1. MANOVA is usually best supplemented with a discriminant function analysis.
  2. MANOVA is best used with frequency data.
  3. MANOVA is a more advanced version of ANOVA which can be used for the same data as ANOVA.
  4. MANOVA can use scores as the dependent and independent variables.
  1. Standard deviation is square root of variance.
  2. Standard deviation is the 'average' variance.
  3. Standard deviation is variance divided by N - 1.
  4. Standard deviation is square of variance.
  1. Principal component analysis
  2. MANOVA
  3. Factor Analysis
  4. Discriminant analysis
  1. Multinomial logistic regression
  2. Factor Analysis
  3. Binomial logistic regression
  4. Discriminant analysis
  1. consists of two categories.
  2. is like the median and is split into two equal halves.
  3. is a score.
  4. is expressed in bits.
  1. as much variance as possible while keeping the number of factors extracted as small as possible.
  2. as little variance as possible while keeping the number of factors extracted as small as possible.
  3. as little variance as possible while keeping the number of factors extracted as large as possible.
  4. as much variance as possible while keeping the number of factors extracted as large as possible.
  1. Critical to Safety (CTS)
  2. Critical to process(CTP)
  3. Critical to delivery (CTD)
  1. Rate of return (ROI)
  2. Net present value(NPV)
  3. Cost of poor quality(COPQ)
  4. Internal rate of return (IRR)
  1. 0.5 minutes per part or 30 sec. per part.
  2. 1 part per minute or 1 part every 60 sec.
  3. 0.5 parts per minute.
  4. 1 minute per part.
  1. more than
  2. calculated with help of
  3. less than
  4. unrelated with

Dozent des Vortrages Six Sigma Analyze Phase - Tools

 OTIFAS PVT LTD

OTIFAS PVT LTD

OTIFAS is a leading training provider for six sigma green and black belt certification. The six sigma faculties have decades of training experience and rich professional background in Multinational companies, and combined have guided for major projects worth $100 millions.

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