CSSBB Exam Questions
421 real CSSBB exam questions with expert-verified answers and explanations. Page 4 of 9.
- Question #169Control Phase
The average number of defects is 21.6. Find the upper control limit for the c-chart.
c-chartUCLattribute control chartscontrol limits - Question #170Control Phase
An x-bar and R chart is used to monitor a process. One week ago a new type of raw material was introduced and since that time 60 points have been plotted on the xbar chart and all...
x-bar chartR chartcontrol limitsprocess improvement - Question #171Analyze Phase
Here is a partial ANOVA table. Use = 0.05. The values of x, y and z should be:
ANOVAF-testhypothesis testingone-way ANOVA - Question #172Define Phase
SWOT is an acronym for:
SWOT analysisstrategic planningquality toolsproject selection - Question #173Define Phase
Perform a risk analysis to determine the expected profit or (loss) from a project which has four possible disjoint outcomes: Outcome A shows a profit of $340,000 and has a probabil...
risk analysisexpected valueprobabilityfinancial analysis - Question #174Organizational Process Management and Measures
The leader in the quality movement who recommended that organizations "eliminate numerical quotas for the work force and numerical goals for management." :
Deming14 pointsnumerical quotasquality pioneers - Question #175Organizational Process Management and Measures
The quality leader responsible for the term Total Quality Management (TQM):
TQMFeigenbaumquality pioneerstotal quality management - Question #176Organizational Process Management and Measures
The quality leader most associated with the concept of robustness:
Taguchirobustnessquality pioneersrobust design - Question #177Organizational Process Management and Measures
The support for an important quality initiative was lacking in congress until Reagan's Secretary of Commerce was killed in a horseback riding accident in 1987. That initiative was:
Malcolm Baldrigequality historyNISTquality awards - Question #178Organizational Process Management and Measures
A quality leader who did extensive work with Japanese industry is:
quality pioneersJapanese industryDemingJuran - Question #179Measure Phase
In a series of linked processes and associated feedback loops the product or service flows ________ and the information flows ________.
process flowfeedback loopsupstream downstreamprocess mapping - Question #180Analyze Phase
Causes in a cause and effect diagram often include management, measurement systems, mother nature and the four standard causes:
cause and effect diagramfishbone diagram4Msroot cause analysis - Question #181Improve Phase
The word takt is closest to the theory of constraints word:
takt timetheory of constraintsdrum-buffer-ropelean manufacturing - Question #182Organizational Process Management and Measures
The team development stage characterized by expression of individual opinions and ideas often without regard for team objectives is known as:
team developmentTuckman modelstorminggroup dynamics - Question #183Organizational Process Management and Measures
Nominal Group Technique is used to:
nominal group techniqueconsensusteam toolsdecision making - Question #184Define Phase
A Six Sigma project designed to solve a particular problem needs a definition/scope statement to help avoid:
project scopeproblem statementproject charterscope creep - Question #185Measure Phase
An example of a project metric would be:
project metricsdefect reductioncycle timecost reduction - Question #186Improve Phase
SMED is an acronym for activity that:
SMEDsetup time reductionlean manufacturingchangeover - Question #187Measure Phase
A correct statement about the relationship between the terms parameter and statistic is:
population parametersample statisticstatistical inferencesampling - Question #188Measure Phase
A and B are events. P(A) = 0.80 and P(B) = 0.90.
probabilitymutually exclusive eventsdisjoint eventscomplement probability - Question #189Measure Phase
Find the mean, median and mode of the following data set: 9, 11, 12, 12, 14, 18, 18, 18, 20, 23:
meanmedianmodedescriptive statistics - Question #190Analyze Phase
The diameters of 50 randomly selected shafts have a mean of 1.525 and standard deviation of 0.006. Find the 95% lower confidence limit for the population mean.
confidence intervallower confidence limitz-scorepopulation mean - Question #191Analyze Phase
In a certain sampling situation, = 0, = 0.08. The power of the sampling plan in this case is:
statistical powertype II errorbeta riskhypothesis testing - Question #192Analyze Phase
A newspaper article describes a high positive correlation between obesity and orange juice consumption among six-year-olds. Parents who restrict the use of orange juice for their c...
correlationcausationdata interpretationstatistical fallacy - Question #193Improve Phase
A principle advantage of fractional factorial experimental designs is:
fractional factorialDOEexperimental designcost reduction - Question #194Improve Phase
A principle disadvantage of fractional factorial experimental designs is:
fractional factorialconfoundingaliasingDOE - Question #195Improve Phase
In an experimental design context, replication refers to:
replicationDOEexperimental designfactor levels - Question #196Measure Phase
If the probability that an event will occur is 0.83, then the probability that the event will not occur is:
probabilitycomplement ruleprobability calculation - Question #197Measure Phase
If the probability that event A occurs is 0.51, the probability that event B occurs is 0.64 and that probability that both A and B occur is 0.23 then:
mutually exclusive eventsjoint probabilityprobabilityevent independence - Question #198Measure Phase
If the probability that event A occurs is .51, the probability that event B occurs is .64 and events A and B are statistically independent then:
statistical independencejoint probabilitymultiplication ruleprobability - Question #199Measure Phase
A population is bimodal. One hundred samples of size 30 are randomly collected and the 100 sample means are calculated. The distribution of these sample means is:
central limit theoremsampling distributionsample meansnormal distribution - Question #200Measure Phase
A population is bimodal with a variance of 5.77. One hundred samples of size 30 are randomly collected and the 100 sample means are calculated. The standard deviation of these samp...
standard errorsampling distributioncentral limit theoremvariance - Question #202Measure Phase
The median is a better choice than the mean for a measure of central tendency if the data:
medianmeanoutlierscentral tendency - Question #203Analyze Phase
A team wants a technique for determining and displaying priorities based on frequency of various defect types. They should use:
Pareto chartdefect prioritizationdefect frequencyquality tools - Question #204Control Phase
A team wants a technique for improving consistency of assembly operations. They should use:
work instructionsprocess standardizationconsistencyquality tools - Question #205Measure Phase
A team wants a technique for doing an initial study of a process that not every team member is familiar with. They should use:
flow chartprocess mapprocess documentationquality tools - Question #207Measure Phase
There are 14 different defects that can occur on a completed time card. The payroll department collects 328 cards and finds a total of 87 defects. DPU =
DPUdefects per unitSix Sigma metricsquality metrics - Question #208Measure Phase
There are 14 different defects that can occur on a completed time card. The payroll department collects 328 cards and finds a total of 87 defects. DPMO =:
DPMOdefects per million opportunitiesDPOSix Sigma metrics - Question #209Measure Phase
A random sample of 2500 printed brochures is found to have a total of three ink splotches. The rate of ink splotches in PPM is:
PPM calculationdefect ratesamplingmeasurement - Question #210Measure Phase
If DPU = 0.022, the RTU is approximately:
RTYDPUrolled throughput yieldyield metrics - Question #211Define Phase
A project activity not on the critical path has required 20% longer than the time originally allocated. The project team should:
critical pathproject schedulingfloatproject management - Question #212Organizational Process Management and Measures
After a team has engaged in diversion activities they may need to employ a tool for conversion. Examples of such a tool are: I. nominal group technique II. multivoting III. cause a...
nominal group techniquemultivotingconvergence toolsidea generation - Question #213Improve Phase
A team studies a coil steel banding process and makes five changes resulting in productivity improvements of 2%, 2.8%, 2.4%, 2% and 3% respectively. These improvements are best des...
Kaizencontinuous improvementincremental improvementproblem solving - Question #214Improve Phase
The operators of a manufacturing cell work out a more orderly arrangement for tool storage and establish a schedule to maintain cleanliness on a daily basis. These improvements are...
5Sworkplace organizationsort and sustainlean tools - Question #215Measure Phase
Samples of size n=36 are randomly selected from a population with mean = 125 and variance 12. Find the variance of the distribution of sample means.
sampling distributionvariance of sample meanscentral limit theoremstandard error - Question #216Measure Phase
P(A) = .42, P(B) = .58, P(A&B) = .10 Find P(A or B).
probabilityaddition ruleunion probabilityP(A or B) - Question #217Measure Phase
P(A) = .42, P(B) = .58, P(A&B) = .10. Are A and B (statistically) independent?
statistical independencejoint probabilityprobability rules - Question #218Measure Phase
P(A) = .42, P(B) = .58 P(A&B) = .10. Are A and B mutually exclusive (or disjoint)?
mutual exclusivitydisjoint eventsprobabilityP(A&B) - Question #219Measure Phase
This table displays the inventory of fasteners in a storage cabinet. An item is selected at random from the fastener cabinet. Find the approximate probability it is a bolt.
basic probabilityfrequency tablemarginal probability - Question #220Measure Phase
This table displays the inventory of fasteners in a storage cabinet. An item is selected at random from the fastener cabinet. Find the approximate probability it is size 3/4.
marginal probabilityfrequency tablebasic probability