Quality Question Bank
for Exam preparation

Q2. The basic assumption of calculating the control limits based on average sample size (for a p chart) will ______________ from/as those previously observed.

1. Greatly differ
2. Will be exactly the same
3. Not greatly differ
4. None of the above

Q3. Quality control methods extend beyond the external characteristics of the product or components of the product. The types of testing of the product or components include ______________.

1. operator, maintainer, and environmental
2. stress, destructive, and operating
3. in-house, public, and private
4. laboratory, destructive, and non-destructive
5. laboratory, fabrication, and product

Q4. When conducting an ANOVA, the F-Value calculated from the data will always fall within what'range?

1. between negative infinity and infinity
2. between 0 and 1
3. between 0 and infinity
4. between 1 and infinity

Q5. While the first generation of Six sigma focused on ______________, the third generation of six sigma focused on ______________.

1. Variability reduction, creating value
2. Variability reduction, improved business performance
3. Creating value, Improved business performance
4. None of the above

Q6. SIPOC

1. Suppliers, Inputs, Procedure, Outputs, Customers
2. Simple, Inputs, Process, Outputs, Complex
3. Simple, Inputs, Procedure, Outputs, Complex
4. Suppliers, Inputs, Process, Outputs, Customers

Q7. What is not part of set up reduction?

1. Keeping tools and gages in kits
2. Adding adjustments to fixtures and tools
3. Mistake proofing setup activities
4. Defining internal and external tasks

Q8. If a researcher planned to have 20 participants in each condition of a 2 x 3 independent groups factorial design, how many participants would be needed for this experiment?

1. 40
2. 60
3. 80
4. 120

Q9. When the mean of the process is outside the customer specification limits the value of Cpk will be:

1. 2.0
2. 0.5
3. 1.0
4. Negative

Q10. The dimension of reliability is concerned with:

1. How easy it is to repair the product
2. How long does the product last
3. Will the product do the intended job
4. How often does the product fail