Correct Answer - Option 1 : p chart
Explanation:
| Normal distribution |
Continuous data which have a symmetric distribution, with a characteristic 'bell' shape |
|
Binomial distribution |
Distribution of binary data from a finite sample. Thus it gives the probability of getting r events out of n trials.
|
| Poisson distribution |
Distribution of binary data from an infinite sample. Thus it gives the probability of getting r events in a population |
Control Chart for Attribute
| P-chart |
It is also known as a fraction defective chart. This is made for the situation, where the sample size is varying. |
Binomial Distribution |
| C- chart |
C chart (count of defect chart) is made for a number of defects that are present in a sample and is made for the situation |
Poisson Distribution |
Control Chart for Variable
| X bar chart |
It shows changes in process average and is affected by changes in process variability.
It is a chart for the measure of central tendency.
It shows cyclic shifts in the process.
It detects steady progress changes, like tool wear. |
Normal Distribution |
| R chart |
It shows the variation in the Range of the sample, hence it is called 'R- chart'. It is basically used to control the dispersion of the process.
It is a chart used to measure spread. |
Normal Distribution |
