CSSBB Dumps CSSBB Braindumps
CSSBB Real Questions CSSBB Practice Test CSSBB Actual Questions
killexams.com ASQ CSSBB
Certified Six Sigma Black Belt - CSSBB
https://killexams.com/pass4sure/exam-detail/CSSBB
What is the value of the test statistic?
A. 0.898
B. 1.251
C. 0.429
3.57
none of the above
If the value of the test statistic had been 0.185, what action should have been taken regarding the null hypothesis?
rejected
accepted
none of the above
all of the above
If the value of the test statistic had been 7.03, what action should have been
taken regarding the null hypothesis?
rejected
accepted
not rejected
none of the above
Section 16: Sec Sixteen (222 to 224)
Details:
Here is an experimental design with results:
This experimental design is:
full factorial
half factorial
quarter factorial
none of the above
The number of factors, levels and replications:
A. 3, 3, 3
B. 2, 3, 2
C. 3, 2, 2,
D. 3, 2, 3
E. 2, 2, 2
F. none of the above
An indication of the experimental error is available because the design has:
multiple replications
multiple levels
multiple factors
The average number of defects is 21.6. Find the upper control limit for the
c-chart.
26.4
24.6
18.8
26.2
none of the above
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 are in the middle third of the chart. The corresponding 60 points on the R chart are all below the average range. This indicates that:
the operator has been plotting the points incorrectly
it is time to recalibrate the gage used
it is time to recalculate the control limits
the material manager should be asked to go back to the previous raw material so the charts will more accurately reflect the process
Here is a partial ANOVA table. Use α = 0.05.
The values of x, y and z should be:
A. 200, 20, 3.22
B. 12, 1.2, 4.06
C. 200, 20, 4.06
D. none of the above