CSSBB Exam Questions
421 real CSSBB exam questions with expert-verified answers and explanations. Page 2 of 9.
- Question #52Analyze Phase
This experimental design is an example of:
full factorial designexperimental design typesDOEfactor levels - Question #53Analyze Phase
Is it safe to assume that the interaction effects are negligible?
interaction effectsDOEdesign resolutioneffect significance - Question #54Analyze Phase
Find the value of (4) in the ANOVA table. Assume:
ANOVA tabledegrees of freedomDOEsum of squares - Question #55Analyze Phase
Find the value of (5) in the ANOVA table. Assume:
ANOVA tablemean square errorDOEerror estimation - Question #56Analyze Phase
Find the value of (6) in the ANOVA table. Assume:
ANOVA tabletotal sum of squaresDOEvariance partitioning - Question #57Analyze Phase
Find the value of (7) in the ANOVA table. Assume:
ANOVA tableF-statisticDOEsignificance testing - Question #58Analyze Phase
Find the value of (8) in the ANOVA table. Assume:
ANOVA tablep-valueDOEhypothesis testing - Question #59Analyze Phase
Find the value of (9) in the ANOVA table. Assume:
ANOVA tablesum of squaresDOEerror term - Question #60Analyze Phase
Find the value of (10) in the ANOVA table. Assume:
ANOVA tabletotal degrees of freedomDOEfactorial design - Question #61Analyze Phase
Find the value of (11) in the ANOVA table. Assume:
ANOVAsum of squaresF-statisticvariance analysis - Question #62Analyze Phase
Find the value of (12) in the ANOVA table. Assume:
ANOVAmean squaresdegrees of freedomvariance analysis - Question #63Analyze Phase
Find the value of (13) in the ANOVA table. Assume:
ANOVAF-ratiovariance ratiohypothesis testing - Question #64Control Phase
A set of data from a process has 8 readings per sample and 50 samples. The mean of the 50 sample means is 12.62. The mean of the 50 ranges is 0.18. Find the control limits for the...
X-bar chartcontrol limitsSPCcontrol chart constants - Question #65Control Phase
A set of data from a process has 8 readings per sample and 50 samples. The mean of the 50 sample means is 12.62. The mean of the 50 ranges is 0.18.Find control limits for the R cha...
R chartcontrol limitsSPCrange chart - Question #66Control Phase
A set of data from a process has 8 readings per sample and 50 samples. The mean of the 50 sample means is 12.62. The mean of the 50 ranges is 0.18.Find the control limits for a med...
median chartcontrol limitsSPCcontrol chart constants - Question #67Control Phase
A set of data from a process has 8 readings per sample and 50 samples. The mean of the 50 sample means is 12.62. The mean of the 50 ranges is 0.18.A customer requires that SPC char...
SPCsample size effectaverage rangesubgroup size - Question #68Control Phase
A set of data from a process has 8 readings per sample and 50 samples. The mean of the 50 sample means is 12.62. The mean of the 50 ranges is 0.18.A customer requires that SPC char...
X-bar chartcontrol limitssubgroup size changeSPC - Question #69Control Phase
The following is a set of individual measurements: 3 5 4 5 6 3 4 3 2 4 5 6 5 7 6 4 5 5 8 7 6 6 7 7 4 Find the control limits for the individuals chart.
individuals chartcontrol limitsmoving rangeSPC - Question #70Control Phase
The following is a set of individual measurements: 3 5 4 5 6 3 4 3 2 4 5 6 5 7 6 4 5 5 8 7 6 6 7 7 4 Find the control limits for the range chart.
moving range chartcontrol limitsindividual measurementsSPC - Question #71Control Phase
A process using a p-chart has pbar = 0.076 and nbar = 4.86. Find the control limits.
p-chartcontrol limitsattribute control chartproportion defective - Question #72Control Phase
A process shows the following number of defects. Each sample size for this process is 85. 3 8 2 7 7 6 8 8 9 5 What control chart should be used?
c-chartattribute control chartdefects per unitchart selection - Question #73Control Phase
A process shows the following number of defects. Each sample size for this process is 85. 3 8 2 7 7 6 8 8 9 5 Find the control limits.
c-chartcontrol limitsdefect countPoisson distribution - Question #74Control Phase
A process shows the following number of defectives. Each sample size for this process is 85.3 8 2 7 7 6 8 8 9 5 What control chart should be used?
np-chartattribute control chartdefectiveschart selection - Question #75Control Phase
A process shows the following number of defectives. Each sample size for this process is 85.3 8 2 7 7 6 8 8 9 5 Find the control limits.
np-chartcontrol limitsnumber of defectivesattribute SPC - Question #76Control Phase
An x-bar and R chart has four part measurements per sample The control limits on the averages chart are 2.996 and 3.256. Assume the process data form a normal distribution.What is...
X-bar chartfalse alarm probabilitycontrol limitsnormal distribution - Question #77Control Phase
An automatic gaging system is to be installed in a process. The gage will insert data values into a data base from which machine adjustments will be made automatically. A critical...
automated gagingSPC integrationmeasurement systemprocess control - Question #78Improve Phase
An assembly line has 3 × 3 squares painted behind each person. Signs indicate the parts and quantities that should be placed there. This is an example of:
kanbanvisual factorylean manufacturingpull system - Question #79Improve Phase
When Tricia empties a box of capacitors she places it at a designated spot on her work table. Sam notices the empty box and brings a full box of capacitors from the stock room. Thi...
kanbanpull systemlean manufacturinginventory signal - Question #80Control Phase
A meeting is called for all three shifts to determine the settings to be used on machine #45. This is an example of:
standard worklean toolsprocess standardizationmulti-shift alignment - Question #84Improve Phase
There have been some instances in which 1.5 inch sheet metal screws are used where 1.25 inch should have been used. This produces a critical defect. The decision is made to have al...
poka-yokeerror proofingmistake proofingdefect prevention - Question #89Define Phase
This QFD matrix was used in the design process for a ball point pen. What symbol is appropriate for the square labeled 8? A. B. C.
QFD matrixHouse of Qualitycorrelation symbolsproduct design - Question #90Define Phase
This QFD matrix was used in the design process for a ball point pen. What symbol is appropriate for the square labeled 9? A. B. C.
QFD matrixHouse of Qualitycorrelation symbolsproduct design - Question #93Define Phase
This QFD matrix was used in the design process for a ball point pen. What symbol is appropriate for the square labeled 12? A. B. C.
QFD matrixHouse of Qualitycorrelation symbolsproduct design - Question #95Define Phase
This QFD matrix was used in the design process for a ball point pen. What symbol is appropriate for the square labeled 14? A. B. C.
QFD matrixHouse of Qualitycorrelation symbolsproduct design - Question #96Define Phase
This QFD matrix was used in the design process for a ball point pen. What symbol is appropriate for the square labeled 15? A. B. C.
QFD matrixHouse of Qualitycorrelation symbolsproduct design - Question #98Define Phase
A helpful time to use a Quality Function Deployment matrix is:
QFDQuality Function Deploymentprocess designproduct planning - Question #99Improve Phase
"Robust design" refers to the ability of the product or service:
robust designTaguchi methodsnoise factorsdesign for quality - Question #100Improve Phase
The overall tolerance for three components in series in an electrical circuit Is+ 10 . Assuming normal, stable, capable processes produce the components, use stack tolerance techni...
tolerance stack-upstatistical tolerancingRSS methodcomponent tolerances - Question #102Analyze Phase
If item A is more likely to be detected than item B which will have the highest Severity value?
FMEASeverityDetectionRPN - Question #103Analyze Phase
If item A is more likely to be detected than item B which will have the highest Occurrence value?
FMEAOccurrenceDetectionRPN - Question #104Analyze Phase
If item A is more likely to be detected than item B which will have the highest Detection value?
FMEADetection scoreRPNinverse scaling - Question #105Measure Phase
The formula for reliability during constant failure rate conditions is: Use this formula to find the reliability of a product at 800 hours if MTBF = 600 hours.
reliabilityMTBFexponential failure rateR(t) formula - Question #106Measure Phase
Use the reliability formula from the previous problem to find the reliability at MTBF.
reliabilityMTBFexponential distributionR(t) formula - Question #107Measure Phase
At a particular time, three components are in series and each has a reliability of 0.98. What is the reliability of the system?
reliabilityseries systemsystem reliability - Question #108Measure Phase
At a particular time, three components are in parallel and each has a reliability of 0.98. What is the reliability of the system?
reliabilityparallel systemsystem reliability - Question #109Improve Phase
One of the approaches used by TRIZ is referred to as "removing the contradiction." A project team is asked to determine how many coats of paint should be applied to a panel. In thi...
TRIZcontradictioninnovationproblem solving - Question #110Improve Phase
Which value of x will minimize transmitted noise?
Taguchirobust designnoise factorsparameter optimization - Question #111Improve Phase
An approach that would remove the contradiction identified in x.28 would be:
TRIZcontradiction resolutioninnovationdesign alternatives - Question #112Organizational Process Management and Measures
A frequent cause of system sub optimization is:
system thinkingsub-optimizationprocess management - Question #113Organizational Process Management and Measures
Dr. W. Edwards Deming:
Demingquality historyquality management