The line and the bar graph is used to describe a graph that compares two sets of data.
If you have 2 sets of data, one that is independent and one that is dependent (I will assume this because relating two sets of unrelated data is useless), then you plot the independent on the x and the dependent on the y and assess how y changes in relation to x
Regression.
There is no correlation.
To simplify analyses for large data sets. To simplify analyses for large data sets. To simplify analyses for large data sets. To simplify analyses for large data sets.
You might be thinking of the scattergram.
Comparing the relationship of two data sets is needed to see which of the two sets have more life distribution. Two data sets involve the use of simple plotting and contour plots.
When comparing large data sets.
The line and the bar graph is used to describe a graph that compares two sets of data.
You can see where the data is clustered
A computer monitor displays any data that is entered on the keyboard.
mining two different data sets
If you have 2 sets of data, one that is independent and one that is dependent (I will assume this because relating two sets of unrelated data is useless), then you plot the independent on the x and the dependent on the y and assess how y changes in relation to x
When you are talking about data that is not continous. When you are talking about data that is not continous.
It is possible for two sets of data - not ALL of which are the same - to have the same measures of central tendency. However, if the two sets do have a mode, then that number must appear in both sets ... several times.
Correlation.
the degree of correlation between two sets of data