List of CalculatorsControl Limit For C Chart Control Limits for IMR Chart Control Limits for NP Chart Control Limits for P Chart Control Limit For U Chart Control Limits for Xbar-R chart Control Limits for Xbar-S chart Cost of Poor Quality Guide to Master Black Belt Competency Guide to select the right Hypothesis Test Little’s Law Net Present Value Overall Equipment Efficiency (OEE) Process capability calculator Process Cycle Efficiency R Square Adjusted Sample size calculator for mann whitney test Sample Size Calculator for 1 Proportion Test Sample Size Calculator For 2 Proportion Test Sample Size Calculator For 1 Proportion Test (Finite Population) Sample Size Calculator For 2 Proportion Test (Finite Population) Sample Size calculator For 1 Sample T Test Sample Size Calculator For 2 Sample T Test Sample Size Calculator For 1 Sample T Test (Finite Population) Sample Size Calculator For 2 Sample T Test (Finite Population) Sample Size Estimation (Mean) Sample Size Estimation(Proportion Data) Sigma Level Calculator (Continuous Data) Sigma Level Calculator (Discrete Data – Defects) Sigma Level Calculator (Discrete Data – Defectives) Takt Time Guide to select the Right Hypothesis Test Use this logical calculator to determine the correct hypothesis test to be used What is the objective?Choose one of the following optionsCompare one sample set with a targetCompare two sample sets with each otherCompare more than two sample setsRegressionData Type for Input (X)Data type for the input (X) may be Continuous or Mixed. Mixed Xs are not covered in this guide.Continuous / VariableData Type for Output (Y)Identify the data type for the Project YContinuous / VariableDiscrete / AttributeData Type for Output (Y)Identify the data type for the Project YContinuous / VariableDiscrete / AttributeData Type for Input (X)Identify the data type for the input (X)Continuous / VariableDiscrete / AttributeNumber of Inputs (Xs)OneMore than oneSample SizeChoose one of the following depending on the number of observations in each sample data set (or sample data sets)Less than 10Greater than or equal to 10Sample SizeChoose one of the following depending on the number of observations in the sample data setLess than 10Greater than or equal to 10Condition of Normal DistributionPerform Anderson Darling Normality Test on both the sample data setsYesNoAre external conditions same?Determine if the hypothesis is done on same set of objectsYesNoCondition of Normal Distribution?Perform Anderson Darling Normality TestYesNoCondition of Normal Distribution?Perform Anderson Darling Normality Test on all the sample data setsYesNoCondition of Equality of VariancesPerform F Test to check if the sample variances are equalYesNoPopulation Standard Deviation KnownYesNoCondition of Equality of Variances?Perform Bartlett's Test to check if the sample variances are equalYesNoDoes data have outliers?Use Box PlotsYesNoDoes data have outliers?Use Box PlotsYesNoHypothesis Test to useBasis the information provided, it is the best suited hypothesis testHypothesis Test to useBasis the information provided, it is the best suited hypothesis testHypothesis Test to useBasis the information provided, it is the best suited hypothesis testHypothesis Test to useHypothesis Test to useHypothesis Test to useBasis the information provided, it is the best suited hypothesis testHypothesis Test to useBasis the information provided, it is the best suited hypothesis testHypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Hypothesis Test to useBasis the information provided, it is the best suited hypothesis test Δ