Use ASQ CRE Dumps To Succeed Instantly in CRE Exam [Q33-Q52]

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Use ASQ CRE Dumps To Succeed Instantly in CRE Exam

Ultimate Guide to CRE Dumps - Enhance Your Future Career Now


ASQ CRE certification exam covers a wide range of topics that include, but are not limited to, reliability engineering principles, reliability modeling and prediction, design for reliability, maintainability and availability, and quality control and improvement. CRE exam is based on a comprehensive body of knowledge that is developed and maintained by a team of experienced reliability engineers.


To become certified as an ASQ CRE, candidates must meet certain eligibility requirements, including a minimum of eight years of professional experience in the field of reliability engineering. Candidates must also pass a rigorous exam that is designed to test their knowledge and skills in the field. CRE exam is administered by the American Society for Quality (ASQ), which is a leading professional association for quality professionals.

 

NEW QUESTION # 33
A failure that leaves the system fully functional is:
Response:

  • A. A chronic failure.
  • B. A nuisance failure.
  • C. A minor failure.
  • D. A major failure.

Answer: C


NEW QUESTION # 34
Which of the following is TRUE about hypothesis testing?
Response:

  • A. Type l ( α) risk is the risk of rejecting a null hypothesis when it is true
  • B. Type ll( β) risk is the producer's risk.
  • C. Type ll( β) risk is the risk of rejecting a null hypothesis when the alternative is true.
  • D. Type l ( α) risk is the consumer's risk.

Answer: A


NEW QUESTION # 35
According to the Reliability Analysis Center, which of the following design objectives is NOT supported by reliability and maintainability contributing tasks?
Response:

  • A. Design validation.
  • B. Determine the feasibility of consistent product manufacture.
  • C. Understand the impacts on design performance.
  • D. Use of proper parts and correct application.

Answer: B


NEW QUESTION # 36
For the exponential model, the reliability at mean time to failure is about:
Response:

  • A. 67 percent.
  • B. 50 percent.
  • C. 73 percent.
  • D. 37 percent.

Answer: D


NEW QUESTION # 37
For human factors testing, the reliability engineer should understand and consider which of the following?
I. Sight capabilities.
II. Touch capabilities.
III. Audio capabilities.
IV. Thermal capabilities.
V. Vibration capabilities.
Response:

  • A. I, II, III, IV, V
  • B. I, II, III, IV
  • C. I, II, III
  • D. II, III IV, V

Answer: A


NEW QUESTION # 38
Root cause failure analysis is necessary to identify and correct basis problems. Usually a priority of failure mode is established. This classic or traditional approach to improvement results in which of the following?
Response:

  • A. Zero defects.
  • B. Special cause reduction.
  • C. Defect reduction.
  • D. Catastrophic problem reduction.

Answer: C


NEW QUESTION # 39
When performing trade-offs in evaluating parts for reliability, which of the following is LEAST important?
Response:

  • A. Initial parts costs.
  • B. Technical comparison of new part with standard part type.
  • C. Process and materials compatibility.
  • D. Search of data part history to established reliability potential.

Answer: A


NEW QUESTION # 40
An employee is injured on the job. The employer has proven to have a good safety and health program.
Generally the employee has which of the following options available to him/her?
Response:

  • A. Contributory negligence.
  • B. Caveat emptor.
  • C. Caveat venditor.
  • D. Workman's compensation.

Answer: D


NEW QUESTION # 41
To be accurate and easy to use, field-failure reports should have all of the following attributes EXCEPT Response:

  • A. Commonly used data points presented in a check-off format.
  • B. Adequate space for hand-written comments and explanations.
  • C. Identification of customer symptoms to explain the cause or problem.
  • D. Common failure modes and corrective actions included as a check-off.

Answer: D


NEW QUESTION # 42
What functions can normally be expected to be assigned to the Reliability Engineering Department of a company that emphasizes product reliability?
I. Maintain a failure reporting system.
II. Establish reliability growth.
III. Oversee use of statistical tools.
IV. Evaluate customer surveys regarding product costs.
V. Establish and maintain a corrective action system.
Response:

  • A. I, II and III only
  • B. II and III only
  • C. I, III, IV and V only
  • D. I and II only

Answer: A


NEW QUESTION # 43
The "least squares" description in regression analysis pertains to:
Response:

  • A. The error term in the equation.
  • B. Sums of the squares of the deviations from the predictions.
  • C. The average of the actual data minus the average of the predicted data.
  • D. Averages of the predicted values.

Answer: B


NEW QUESTION # 44
Failure data are analyzed and a proportion of items survive to the end of the test. Data on these types of samples are referred as:
Response:

  • A. Control data
  • B. Parameter data
  • C. Censored Data.
  • D. Non-parameter data.

Answer: C


NEW QUESTION # 45
Using complete field-based data, a reliability engineer has analyzed the reliability growth of a repairable system over the last 24 months. The analysis suggests a "no growth" condition, and that finding is reported to management.
Due to a pending multimillion dollar order, management requests that a line be drawn to show growth where none actually exists. The engineer's department manager directs the engineer to comply with management request.
The system is released without improvements and the company receives the multimillion dollar order from an external customer. The customer then requests evidence of the reliability growth. Which of the following actions by the engineer would be MOST appropriat?
Response:

  • A. Arrange a meeting with the department manager and upper management to discuss the reliability report.
  • B. Revisit the original data and project artificial reliability growth to satisfy the customer's request.
  • C. Ask the department manager to respond to the customer's request.
  • D. Arrange a meeting with the customer and discuss all past occurrences

Answer: A


NEW QUESTION # 46
Which of the following is NOT considered good practice in reliability design?
Response:

  • A. Using proven parts.
  • B. Using failure mode and effects analysis (FMEA).
  • C. Using series design.
  • D. Simplifying item configuration.

Answer: C


NEW QUESTION # 47
If a company monitors field reliability using both 6 and 12 month MTBF moving average, a comparison of the average will generally show that the 12 month moving averages Response:

  • A. Vary less than the 6 month values.
  • B. Are greater than the 6 month values.
  • C. Are less than the 6 month values.
  • D. Vary more than the 6 month values.

Answer: A


NEW QUESTION # 48
The distribution used to describe the time between failures which occur independently and at a constant rate, is the:
Response:

  • A. Gamma.
  • B. Weibull.
  • C. Log normal.
  • D. Exponential.

Answer: D


NEW QUESTION # 49
Which of the following activities prioritizes failure modes based on probability of failure, severity, and consequences?
Response:

  • A. FMEA
  • B. FRACAS.
  • C. FURPS.
  • D. FTA

Answer: A


NEW QUESTION # 50
An engineer must design a product with a probability of success 99%. Assume that both the strength and stress are normally distributed and that the standard deviations are the same.
If the stress is known to be 3000 lbs with a standard deviation of 100 lbs, what must be the approximate designed strength?
Response:

  • A. 3100 lbs.
  • B. 3730 lbs.
  • C. 3330 lbs.
  • D. 4020 lbs.

Answer: C


NEW QUESTION # 51
Which of the following activities is MOST effective in increasing reliability during a product's life cycle?
Response:

  • A. Improving gage repeatability and reproducibility
  • B. Developing robust design.
  • C. Developing capable processes.
  • D. Developing an aggressive testing strategy.

Answer: B


NEW QUESTION # 52
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ASQ CRE (Certified Reliability Engineer) exam is a rigorous certification program designed to test the knowledge and skills of individuals in the field of reliability engineering. Certified Reliability Engineer (CRE) certification is widely recognized as a mark of excellence in the field and is highly sought after by professionals who wish to demonstrate their expertise in the area of reliability engineering.

 

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