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NEW QUESTION # 168
This QFD matrix was used in the design process for a ball point pen. What symbol is appropriate for the square labeled 12?
- A. none of the above
- B.
- C.
- D.
- E.
Answer: B
NEW QUESTION # 169
Using this partial Z Table, how many units from a month's production run are expected to not satisfy customer requirements for the following process?
Upper specification limit: 8.4 Lower specification limit: 4.7 Mean of the process: 6.2 Standard Deviation: 2.2 Monthly production: 360 units
- A. 0
- B. 1
- C. 2
- D. 3
Answer: C
NEW QUESTION # 170
A Belt rearranged the location of the parts inventory for a rework station locating the most often used parts to be within hand reach of the repair person. This rearrangement resulted in quicker repair times by eliminating one of seven major elements of waste which is the Waste of __________.
- A. Waiting
- B. Motion
- C. Inventory
- D. Conveyance
Answer: B
NEW QUESTION # 171
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 chart.
- A. none of the above
- B. 0.10 and 0.25
- C. 0.02 and 0.33
- D. none and 0.33
Answer: C
NEW QUESTION # 172
A quality leader who did extensive work with Japanese industry is:
- A. none of the above
- B. Ohno
- C. Ishikawa
- D. Taguchi
- E. Deming
- F. all of the above
- G. Juran
Answer: F
NEW QUESTION # 173
A Belt working in a supply chain environment has to make a decision to change suppliers of critical raw materials for a new product upgrade. The purchasing manager is depending on the Belt's effort requiring that the average cost of an internal critical raw material component be less than or equal to $3,600 in order to stay within budget. Using a sample of 42 first article components, a Mean of the new product upgrade price of $3,200 and a Standard Deviation of $180 was estimated. Based on the data provided, the Z value for the data assuming a Normal Distribution is?
- A. 4.30
- B. 2.22
- C. 1.11
- D. 5.42
Answer: B
NEW QUESTION # 174
The best time to get stakeholder support and commitment for a project is immediately after the
- A. control plan has been developed
- B. project usefulness has been defined
- C. project plan has been documented
- D. pilot project has been implemented
Answer: B
Explanation:
The best answer is C. project usefulness has been defined . The CSSBB-aligned Lean Six Sigma material explains that leadership and internal stakeholder buy-in comes from a strategic emphasis and that stakeholders need to know the strategy behind projects and coalesce around the common goal of the strategic plan. It also states that stakeholder analysis is used to increase stakeholder commitment and positive involvement .
This means support should be built as soon as the project's value, relevance, and business usefulness are clear.
In practice, that happens when the project's purpose or business case has been defined, not after a pilot, control plan, or full documentation has already been completed. Waiting until later would reduce the chance to shape expectations, address concerns, and create alignment early in the project. Since stakeholder commitment is strongest when people understand why the project matters and how it supports organizational priorities, the best timing is immediately after the project usefulness has been defined . Therefore, the verified answer is C .
NEW QUESTION # 175
A and B are events. P(A) = 0.80 and P(B) = 0.90.
- A. P(A and B) = 0 D. P(A and B) = 1.7
- B. events A and B are not disjoint or mutually exclusive
- C. events A and B are disjoint or mutually exclusive
Answer: B
NEW QUESTION # 176
What conclusion is most correct about the Experimental Design shown here with the response in the far right column?
- A. 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
- B. This design does not have enough experimental runs to conclude anything as evidenced by the lack of P-values in the MINITABTM output
- C. No factor has enough statistical confidence greater than 95% to have an impact on the response rate
- D. If the Adv is increased from the low level to the high level, the response rate increases
- E. Constant, Adv and Bev are the only factors statistically affecting the response rate with 95% confidence or more
Answer: A
NEW QUESTION # 177
When the Inputs, X's, for your process are Normally Distributed about the Mean, the Outputs, Y's, will always be Normally Distributed.
- A. False
- B. True
Answer: A
NEW QUESTION # 178
If the value of the test statistic had been 7.03, what action should have been taken regarding the null hypothesis?
- A. rejected
- B. none of the above
- C. not rejected
- D. accepted
Answer: A
NEW QUESTION # 179
What aspects of Measurement Systems Analysis (MSA) studies are applicable when the process used to measure does not damage the part?
- A. Destructive variable gage R&R and Nested Study
- B. Nondestructive variable gage R&R and Crossed Study
- C. Destructive variable gage R&R and Crossed Study
- D. Nondestructive variable gage R&R and Nested Study
Answer: D
NEW QUESTION # 180
Which of the following actions is a function of a kanban system?
- A. Signaling a subsequent process that parts are being released
- B. Decreasing supplier lead times
- C. Eliminating the need for demand forecasts
- D. Signaling a previous process that parts are needed
Answer: D
Explanation:
The correct answer is B. Signaling a previous process that parts are needed . The CSSBB source explains kanban as a pull system in which parts are used at one operation and a withdrawal kanban is then taken to the previous operation to obtain additional parts. It also states that the WIP kanban card instructs the operator to produce more parts , and that this signal can continue further upstream.
This means the core function of kanban is to send a signal backward through the process to replenish what the downstream operation has consumed. That is why option B is the correct answer. Kanban does not primarily signal a subsequent process that parts are being released; it works in the opposite direction as a pull instruction. It also does not eliminate the need for demand forecasts entirely, nor does it directly decrease supplier lead times, although it may help expose and manage lead-time issues. Therefore, the verified CSSBB answer is B .
NEW QUESTION # 181
In measurement system analysis, both the 10:1 rule and the 4:1 rule are based on the
- A. specification tolerance
- B. process control limits
- C. gage replacement costs
- D. calibration intervals
Answer: A
Explanation:
The correct answer is A. specification tolerance . In CSSBB measurement system analysis, one of the standard ways to evaluate a gage is to compare measurement-system variation against the tolerance , using the precision-to-tolerance capability ratio :
CR = 6# / (USL # LSL)
This shows that the rule-of-thumb criteria used for judging adequacy are based on the relationship between measurement variation and the specification tolerance band . The well-known 10:1-type thinking in gage selection likewise comes from comparing measurement discrimination or variation to tolerance, not to control limits, replacement cost, or calibration interval. Process control limits are statistical limits derived from process behavior, whereas MSA adequacy rules concern whether the measurement system is fine enough relative to engineering requirements.
So even if the exact rule wording varies by context, both rules are grounded in the same idea: the gage must be sufficiently capable relative to the specification tolerance . Therefore, the verified best answer is A .
NEW QUESTION # 182
There has been an increase in the measurement of hazardous materials being detected at a transportation terminus over the last 3 months. The terminus is located in an area that has been unusually rainy during the same period. Which of the following tools should be used to determine whether there is a relationship between the chemical hazards and the rainfall?
- A. Simple linear regression
- B. Failure mode and effects analysis
- C. Repeatability and reproducibility study
- D. Fishbone diagram
Answer: A
Explanation:
The correct answer is A. Simple linear regression . The question asks whether there is a relationship between two quantitative variables: the amount of rainfall and the measured level or frequency of hazardous materials detected . The CSSBB supplemental material explains that regression analysis is the part of statistics that analyzes the relationship between quantitative variables , and that simple regression is used when there are two variables , one dependent and one independent. It also notes that simple regression is used with continuous data , after examining a scatter plot, to determine whether there is a predictive relationship.
The other options do not fit the purpose of this question. A fishbone diagram is for brainstorming possible causes, not quantifying a relationship. FMEA is for evaluating failure modes and risks. A repeatability and reproducibility study evaluates a measurement system, not a relationship between environmental conditions and process outcomes. Since the team wants to determine whether rainfall and hazardous-material detections are related, the proper CSSBB analytical tool is simple linear regression .
NEW QUESTION # 183
Customers make their decisions based on Features, Integrity (of the seller) Delivery and ___________?
- A. Season
- B. Expense
- C. Color
- D. None
Answer: B
Explanation:
Explanation/Reference:
NEW QUESTION # 184
Which one of the listed tools is frequently used to help drill down to possible causes once a Fishbone Diagram is constructed?
- A. 5 Why Analysis
- B. Skeleton Diagnostic
- C. Ishikawa Diagram
- D. 3 When Analysis
Answer: A
NEW QUESTION # 185
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