it is absolutely cazy and stupiddunno
No because box and whisker plots are related to cumulative frequency curves
Nothing. Most box and whisker plots do not have 88 on them!
I believe it was John Tukey in 1997
Box-and-whisker plots highlight central values in a set of data. In order to construct a box-and-whisker plot, the first step is to order your data numerically and find the median value.
it is absolutely cazy and stupiddunno
No because box and whisker plots are related to cumulative frequency curves
They are never used there is no point in learning about them. We have to because it is required in school. So learn it but you will never use it.
Nothing. Most box and whisker plots do not have 88 on them!
Yes, I believe they can.
Parallel box and whisker plots are regular box and whisker plots, but drawn "one-above-the other" on the piece of paper. To enable to do this easily, draw an x-axis which is big enough for the largest value in the data, and small enough for the smallest value in the data (in the entire collection of data). Plot each box-and-whisker diagram below each other.
On a standard box-and-whisker plot, the averages used are medians. Arithmetic means are used in some box-and-whisker plots, but most use medians.
I believe it was John Tukey in 1997
to help you find the area of a shap
It's eaiser to see the outlier ( odd number) out of the data.
Box-and-whisker plots highlight central values in a set of data. In order to construct a box-and-whisker plot, the first step is to order your data numerically and find the median value.
It means that the smaller value (in the lowest quartile) are more spread out than larger values.