Quality
Quality Control Quiz
Test your knowledge on Quality Control concepts with this engaging quiz! Dive into various aspects of quality management and improve your understanding of failure modes, process capability, and statistical process control.
- Learn about key terminology
- Enhance your skills
- Benchmark your knowledge against others
The manner by which a failure is observed; it generally decribes the way the failure occurs. Or Are any errors or defects in a process design, or item, especially those that affect the customer, and can be potential or actual.
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
With sufficient investigation , a specific cause, such as abnormal raw material or incorrect set-up parameters can be found for special cause variations.
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
Consists of the variation inherent in the process as it is designed. May include variations in temperature, properties of raw materials, strength of an electrical current etc.
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
Play an important part in the choice of an action against failure modes. -They are threshold values in the evaluation of these actions. -RPN can be easily calculated by multiplying the severity, occurrence and detectability.
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
The consequences of a failure mode. It considers the worst potential consequence of a failure, determined by the degree of injury, property damage, or system damage that could ultimately occur.
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
Process capability studies distinguish between conformance to control limits and conformance to specification limits (also called tolerance limits ) -if the process mean is in control then virtually all points will remain within control limits - staying within control limits does not necessarily mean that - specification limits are satisfied specification limits are usually dictated by customers
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
Process that is observed across time is known as a dynamic process. An SPC chart for a dynamic process time ne - seriesor a longitudinal SPC chart.
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
Process that is observed at a particular point in time is known as a static process . An SPC chart for a static process is often referred to as a cross sectional ' SPC chart.
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
Designed experiments are critical -only means of objectively quantifying the relative importance of the many potential causes of variation .
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
Refers to studying the consequences of those failures.
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
Either averages of subgroup measurements or individual measurements plotted on the x / y axis and joined by a line. Time is always on the x-axis .
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
A tool included in statistic process…..
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
Is a procedure in product development and operations management for analysis of potential failure modes within a system for classifications by the severity and likelihood of failures.
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
Is the application of Statistical Methods to monitor and control a process to ensure that it operates at its full potential to produce conforming product. OR an analytical decision making tool which allows you to see when a process is working correctly and when it is not.
Natural or common cause variation
Risk Priority Number(RPN)
Severity
Capability analysis
Dynamic process
Failure Mode
Special Cause variation Assignable cause Variation
Statistic process
Design experiment
Effect analysis
Data point
Pareto chart
FMEA
Statistic process control
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