Tag: six-sigma

Questions Related to six-sigma

One graphical tool often used to help identify opportunities for improvement is

  1. ANOVA

  2. Cost/benefit analysis

  3. Pareto Analysis

  4. Control Charts


Correct Option: C
Explanation:

To answer this question, the user needs to be familiar with graphical tools used in process improvement.

Option A, ANOVA, is a statistical test used to analyze the difference between the means of two or more groups. ANOVA is not a graphical tool used for identifying opportunities for improvement, so it is not the correct answer.

Option B, Cost/benefit analysis, is a financial tool used to compare the costs of a project or decision to its potential benefits. While cost/benefit analysis can be useful for evaluating the feasibility of improvement opportunities, it is not a graphical tool. Therefore, it is not the correct answer.

Option C, Pareto Analysis, is a graphical tool used to identify the most significant sources of a problem or issue. The Pareto chart is used to show the frequency or volume of each source, allowing the user to prioritize which sources to address first. Pareto Analysis is a common tool used in process improvement, and it is the correct answer.

Option D, Control Charts, are graphical tools used to monitor the performance of a process over time. Control charts help identify when a process is out of control and may require corrective action. While control charts can be useful for identifying opportunities for improvement, they are not primarily used for that purpose. Therefore, option D is not the correct answer.

The Answer is: C. Pareto Analysis

  1. What is wrong ?

  2. When and where does the problem occur ?

  3. What is the cause ?

  4. What is the impact ?


Correct Option: C

Process Management Chart does not contain

  1. Project Plan

  2. Documentation

  3. Response Plan

  4. Monitoring Plan


Correct Option: A
  1. "2 Factors2 levels for one factor and 3 levels for another factor6 Trials"

  2. "5 Factors2 levels for each factor32 Trials"

  3. "3 Factors2 levels for each factor8 Trials"

  4. "3 Factors3 levels for each factor27 Trials"


Correct Option: A
  1. Aggressive & Realistic

  2. Aggressive & Unrealistic

  3. Easier & Realistic

  4. Simple & Realistic


Correct Option: A

QFD stands for

  1. Quality Function Diagram

  2. Quality Function Development

  3. Quality Function Design

  4. Quality Function Deployment


Correct Option: D

AI Explanation

To answer this question, you need to understand what QFD (Quality Function Deployment) stands for.

Option A) Quality Function Diagram - This option is incorrect because QFD does not refer to a diagram, but rather a process or methodology. Option B) Quality Function Development - This option is incorrect because QFD does not refer to development, but rather a process or methodology. Option C) Quality Function Design - This option is incorrect because QFD does not refer to design, but rather a process or methodology. Option D) Quality Function Deployment - This option is correct because QFD stands for Quality Function Deployment.

The correct answer is D) Quality Function Deployment. This option is correct because QFD is a process or methodology that is used to translate customer requirements into specific design and production characteristics.

  1. Reliability & Repeatability

  2. Reproducibility & Reliability

  3. Regression & Repeatability

  4. Repeatability & Reproducibility


Correct Option: D
  1. Risk Preference Number

  2. Risk Probability Number

  3. Risk Priority Number

  4. Reliability Preference Number


Correct Option: C
  1. Before collecting data

  2. After collecting data

  3. While doing root cause analysis

  4. While implementing solution


Correct Option: A
  1. Repeatedly occurs, frequently

  2. Not an expected variation

  3. Can be predicted

  4. Never impacts the result


Correct Option: B