CSSBB Exam Questions
421 real CSSBB exam questions with expert-verified answers and explanations. Page 3 of 9.
- Question #115Define Phase
Proposed Six Sigma projects that are not in some way linked to organizational goals:
project selectionorganizational alignmentSix Sigma charter - Question #116Organizational Process Management and Measures
Dr. Joseph M. Juran:
Juranquality historyquality management - Question #117Define Phase
A project whose definition does not include performance metrics:
project charterperformance metricsproject selection - Question #118Define Phase
An important step in determining the VOC is:
VOCcustomer identificationcustomer requirements - Question #119Define Phase
Quality Function Deployment is a tool to aid in:
QFDcustomer requirementsproduct featuresHouse of Quality - Question #120Measure Phase
A process produced 1394 units. During this time 11 defects were detected. The Rolled Throughput Yield ( RTU) is approximately:
Rolled Throughput YieldRTYDPUprocess yield - Question #121Measure Phase
The distribution is:
distribution shapeskewnessdata analysis - Question #122Measure Phase
The mean of a Poisson distribution is 2.94. It's variance is:
Poisson distributionvariancemeanprobability distribution - Question #123Measure Phase
Calculate the estimated variance of the population from which the following values have been randomly selected: 2.8 2.7 2.6 2.9 2.8 2.8 2.8:
sample variancedescriptive statisticsvariance calculationpopulation estimation - Question #124Measure Phase
An advantage of using standard deviation rather than range for measuring dispersion of a large sample is that:
standard deviationrangedispersionsampling - Question #125Analyze Phase
Data are collected in xy pairs and a scatter diagram shows the points are grouped very close to a straight line that tips down on its right hand end. A reasonable value for the coe...
scatter diagramcorrelation coefficientnegative correlationlinear relationship - Question #126Measure Phase
The mean, median and mode of a distribution have the same value. What can be said about the distribution:
central tendencydistribution shapemean median modenormal distribution - Question #127Measure Phase
Approximately what percent of the data values are smaller than the mean?
meandistribution shapecentral tendencyskewness - Question #128Measure Phase
A normal probability plot is used to:
normal probability plotnormality testinggraphical analysisdistribution verification - Question #129Improve Phase
As opposed to earlier emphases lean manufacturing tends to stress:
lean manufacturingvalue-addedwaste eliminationnon-value-added - Question #130Improve Phase
Work performed by the payroll department is considered value added activity.
value-added activityleanwaste identificationnon-value-added - Question #131Improve Phase
In the theory of constraints the "subordinate" step refers to:
theory of constraintsTOCsubordinatethroughput - Question #132Define Phase
A team wants a technique for displaying the connection between various customer needs and various features on a product. They should use:
relationship matrixQFDcustomer needsproduct features - Question #134Analyze Phase
This will be a:
hypothesis testingone-tail testdirectional testtest direction - Question #135Analyze Phase
The critical value(s) is/are:
critical valuehypothesis testingsignificance levelz-value - Question #136Analyze Phase
The test statistic is approximately:
test statisticz-testhypothesis testingcalculation - Question #137Analyze Phase
The null hypothsis should be:
null hypothesisrejection decisionhypothesis testinginference - Question #138Control Phase
Find the upper control limit for a range chart if n = 4 and the average range is 2.282.
range chartUCLcontrol limitsstatistical process control - Question #139Control Phase
An x-bar control chart has been established with control limits of 3.245 and 3.257, n = 5. An engineer collects the following sample and plots the average on the control chart: 3.2...
x-bar chartsubgroup sizecontrol chart misuseSPC - Question #140Improve Phase
TRIZ is an acronym which refers to:
TRIZproblem solving toolsinnovationcreative thinking - Question #141Improve Phase
A robust design is one which:
robust designTaguchienvironmental conditionsdesign for quality - Question #142Analyze Phase
A team has completed a brainstorming session that has generated a large number of ideas. The team needs to organize these ideas in natural groupings. Which tool is most appropriate...
affinity diagrambrainstormingidea organizationseven management tools - Question #143Analyze Phase
A team has been asked to reduce the occurrence of a particular defect. They begin by brainstorming all possible causes using a:
fishbone diagramroot cause analysisbrainstormingcause and effect - Question #144Define Phase
A team wants to make a schedule for a project showing which tasks must be done sequentially and which may be done simultaneously. Which tool is most appropriate?
activity network diagram7 MP toolsproject schedulingconcurrent tasks - Question #145Analyze Phase
A complex system has many causes and effects. These may be illustrated on which of the following:
process decision program chartPDPCcontingency planning7 MP tools - Question #146Improve Phase
An experiment is conducted by checking the effect that three different pressures have on the surface appearance of a product. Ten items are produced at each of the three pressures....
DOE terminologyreplicationsfactorslevels - Question #147Improve Phase
An full factorial experiment has three factors. Each factor has three levels. The number of test combinations or runs is:
full factorial designexperimental runsfactor levelsDOE - Question #148Measure Phase
What percent of population falls below the lower specification limits?
normal distributionLSLprocess capabilitypercent below specification - Question #151Analyze Phase
Find the value of m or b1:
linear regressionslopeb1regression coefficient - Question #152Analyze Phase
Find the value of b or b0:
linear regressioninterceptb0regression coefficient - Question #153Improve Phase
Calculate the main effect of factor A:
main effectfactorial experimentDOE calculationfactor A - Question #154Improve Phase
Calculate the interaction effect:
interaction effectDOEfactorial designtwo-factor interaction - Question #155Improve Phase
If it is desirable to maximize the response R, the following levels should be used:
DOE optimizationresponse maximizationfactor levelsfactorial experiment - Question #156Control Phase
A control chart will be used to monitor the number of scratches on a product. The following data have been collected: The appropriate control chart to use is:
u chartattribute control chartdefects per unitcontrol chart selection - Question #157Control Phase
The temperature in a storage location is logged once every 30 minutes. The control chart that is appropriate for displaying these values is:
individuals and moving range chartI-MR chartvariables control chartcontrol chart selection - Question #158Control Phase
A control chart is to be used to display the number of non-conducting diodes. Each point on the chart represent the number of bad diodes in a box of 1000. The appropriate control c...
np chartattribute control chartnonconforming unitscontrol chart selection - Question #159Analyze Phase
Find the average difference dbar.
paired t-testaverage differencedbarhypothesis testing - Question #161Analyze Phase
Is this a left-tail, right-tail or two-tail test?
hypothesis testingright-tail testone-tail testtest direction - Question #162Analyze Phase
If = 0.5, what is the critical value?
critical valuet-distributionalpha levelhypothesis testing - Question #163Analyze Phase
What is the value of the test statistic?
test statistict-testhypothesis testingcalculation - Question #164Analyze Phase
If the value of the test statistic had been 0.185, what action should have been taken regarding the null hypothesis?
null hypothesis decisionfail to rejecthypothesis testingcritical region - Question #165Analyze Phase
If the value of the test statistic had been 7.03, what action should have been taken regarding the null hypothesis?
null hypothesis decisionreject nullhypothesis testingcritical region - Question #166Improve Phase
This experimental design is:
fractional factorialhalf factorialDOE design typeexperimental design - Question #167Improve Phase
The number of factors, levels and replications:
DOEfactors and levelsreplicationsexperimental design - Question #168Improve Phase
An indication of the experimental error is available because the design has:
DOEexperimental errorreplicationsdesign of experiments