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This section includes 15 Mcqs, each offering curated multiple-choice questions to sharpen your Statistical Quality Control knowledge and support exam preparation. Choose a topic below to get started.
1. |
WHICH_TECHNIQUE_IS_USED_TO_MONITOR_MSPS??$ |
A. | Cusum control charts |
B. | EWMA charts |
C. | Shewhart charts |
D. | Group control charts |
Answer» E. | |
2. |
Which of these is an assumed standard distribution for the quality characteristic data from different streams of MSP for construction of GCC?$ |
A. | Lognormal |
B. | Normal |
C. | Poisson |
D. | Binomial |
Answer» C. Poisson | |
3. |
Who_was_the_first_person_to_discover_the_technique_of_GCC_(Group_Control_Charts)?$ |
A. | Freund |
B. | Maxwell |
C. | Boyd |
D. | Montgomery |
Answer» D. Montgomery | |
4. |
The practical situation of MSP says that all the data from the streams is perfectly correlated. |
A. | True |
B. | False |
Answer» C. | |
5. |
Assignable cause may be present even when anyone or a few streams have their output off-target. |
A. | True |
B. | False |
Answer» B. False | |
6. |
If there are 6 streams of a process and sample size is 4, what is true? |
A. | 6 units individually from any 4 streams |
B. | 4 units individually from all the 6 streams |
C. | 10 units from any stream |
D. | 4 units from any one stream |
Answer» C. 10 units from any stream | |
7. |
Which_of_these_is_not_an_assumption_made_for_the_GCC? |
A. | Same target value for all the streams |
B. | Same inherent variability for all the streams |
C. | All streams data are perfectly correlated |
D. | Each stream data is based on the normal distribution |
Answer» D. Each stream data is based on the normal distribution | |
8. |
When only the output of only one stream is off target we need to control __? |
A. | The whole MSP |
B. | Only that Process stream |
C. | Every process steam |
D. | Every process stream except the steam which has off target output |
Answer» C. Every process steam | |
9. |
Which of these is a type of situation occurring when an assignable cause has come up in the case of MSP? |
A. | The whole process is in control |
B. | All streams are on-target |
C. | All streams are off target |
D. | Every stream is on-target |
Answer» D. Every stream is on-target | |
10. |
If the data of the streams of the MSP are all correlated (perfectly), what control procedure may be adopted? |
A. | Different control chart for different stream |
B. | One control chart for some streams and one for a group |
C. | Different control charts for different groups of streams |
D. | One control chart for the any stream of all streams |
Answer» E. | |
11. |
What conclusion can we get about the process from the following statement? |
A. | |
B. | Process is a MSP |
C. | Process is a SSP (single stream process) |
Answer» B. Process is a MSP | |
12. |
Each of the stream can ___ adjusted ____ in the case of an MSP. |
A. | Never, either individually or in small groups |
B. | Always, individually |
C. | Always, either individually or in small groups |
D. | Always, only in small groups |
Answer» D. Always, only in small groups | |
13. |
When are the sources, or streams, in an MSP, considered to be identical? |
A. | When the process is out-of-control |
B. | When the process is in-control |
C. | When the process is running |
D. | The sources are never identical in any of the states of process |
Answer» C. When the process is running | |
14. |
What does P stand for in MSP? |
A. | Point |
B. | Pressurization |
C. | Prices |
D. | Process |
Answer» E. | |
15. |
Which of these is a correct definition for a MSP? |
A. | Process in which same value of data comes from several sources |
B. | Process in which data at a point in time consisting of measurement from several sources |
C. | Process in which many values of data come from single source |
D. | Process in which data at a point in time consisting of measurement from single sources |
Answer» C. Process in which many values of data come from single source | |