If in an experiment all possible variable pairs sum to zero the design is Orthogonal.
A. True
B. False
Which Experimental Design typically is most associated with the fewest number of input variables or factors in the design?
A. Response Surface design
B. Full Factorial design
C. Simple Linear Regression
D. Fractional Factorial design
The method of Steepest Ascent guides you toward a target inside the original inference space.
A. True
B. False
The Lean toolbox includes all of the following items except __________.
A. Poke-Yoke
B. Standard Operating Procedures
C. Kaizen
D. 5S the work area
When conducting a Hypothesis Test using Continuous Data the proper sample size is influenced by the extent to which we need to assess a Difference to be detected and the inherent variation in the process.
A. True
B. False
The validity of the decision made with Hypothesis Testing is dependent upon all of these except ___________________.
A. Beta risk
B. Alpha risk
C. Range of data
D. Sample size
Statistical Difference is the magnitude of difference or change required to distinguish between a true difference, brought about by change or improvement, and one that could have occurred by chance.
A. True
B. False
A(n) ________________ has occurred when two inputs have a greater impact on a change in the output than either of the inputs has by itself.
A. Dependency
B. Bimodal reaction
C. Interaction
D. Amplified effect
What conclusion is most correct about the Experimental Design shown here with the response in the far right column?
A. No factor has enough statistical confidence greater than 95% to have an impact on the response rate
B. Constant, Adv and Bev are the only factors statistically affecting the response rate with 95% confidence or more
C. If the Adv is increased from the low level to the high level, the response rate increases
D. The response level is statistically concluded to only need the Adv and Bev factors set at the low level to get the largest response rate
E. This design does not have enough experimental runs to conclude anything as evidenced by the lack of P-values in the MINITABTM output
A Lean Six Sigma project is attempting to reduce inventory days. The Process Capability will be monitored as part of the Control Phase to track the sustainability of the improvement.
Which distribution type is best used for performing the Capability Analysis?
A. Weibull Distribution
B. Normal Distribution
C. Exponential Distribution
D. Logistic Distribution
E. Gaussian Distribution
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