There are several differences but (in my view) the main one is that the stem and leaf retains all the information about the observed data (except the order in which the observations were recorded). The box and whiskers uses only five summary statistics.
There can be no sensible box-and-whiskers plot for just one number - no matter how large it is.There can be no sensible box-and-whiskers plot for just one number - no matter how large it is.There can be no sensible box-and-whiskers plot for just one number - no matter how large it is.There can be no sensible box-and-whiskers plot for just one number - no matter how large it is.
one is formatted on a number line using the upper and lower quartile and the median while the other is used in a graph were u break down the number by having one on one side and five on the other side for example forming 15
A double stem and leaf plot is a stem and leaf plot but there is a number in the middle and one number on each side to distibute data
In statistics this is usually termed a stem-leaf plot. To see some I suggest going to image.google.com and querying for stem leaf plot.
what profession, besides teaching, uses the stem and leaf plot?
A graph and stem is different to a leaf plot because in a leaf plot, there is a stem and leaf in a plot, while in a graph and stem, there is a leaf and stem in a graph.
No, they are two different things. Mainly because the Box And Whisker Plot has a different technique and focuses on highs and lows. The Stem and Leaf Plot has to do with key codes, grouping numbers, and amounts.
There can be no sensible box-and-whiskers plot for just one number - no matter how large it is.There can be no sensible box-and-whiskers plot for just one number - no matter how large it is.There can be no sensible box-and-whiskers plot for just one number - no matter how large it is.There can be no sensible box-and-whiskers plot for just one number - no matter how large it is.
By transferring the numerical data from the cumulative frequency curve into a box and whiskers plot.
The range is the difference between the maximum score and the minimum score. Let's look at an example. [Figure2] The smallest number in the stem-and-leaf plot is 22. You can see that by looking at the first stem and the first leaf. The greatest number is the last stem and the last leaf on the chart. In this case, the largest number is 55. To find the range, subtract the smallest number from the largest number. This difference will give you the range. 55 - 22 = 33 The range is 33 for this set of data.
one is formatted on a number line using the upper and lower quartile and the median while the other is used in a graph were u break down the number by having one on one side and five on the other side for example forming 15
a plot that involves stem and leaf
If you have between about 15 and 50 pieces of data, a stem-and-leaf plot is not tedious to make and will illustrate the distribution of the values. Once you have made a stem-and-leaf plot, it is easy to locate the median.
How do you make a stem and leaf plot
The whiskers mark the ends of the range of figures - they are the furthest outliers. * * * * * No. Outliers are not part of a box and whiskers plot. The whiskers mark the ends of the minimum and maximum observations EXCLUDING outliers. Outliers, if any, are marked with an X.
The let side of a stem a stem and leaf plot
try this site https.google.com