With extreme difficulty, that is, you cannot.
The mode depends entirely upon the data items and the same mode can be found for different pairs of means and medians; similarly for any given pair of mean and median, there are many modes possible.
example:
The data sets {1, 1, 3, 4, 5, 6, 7, 8, 10}:
and {1, 2, 3, 4, 5, 6, 7, 7, 19}:
both have mean 6 and median 5, but the first has a mode of 1 and the second a mode of 7 - you cannot tell the mode from the mean and median.
the median and mode are but the mean is not
The median is 9 and the mode is 18 and the mean is 11
Calculate the mean, median, and range with the outlier, and then again without the outlier. Then find the difference. Mode will be unaffected by an outlier.
mean: 1.7 median:1.7 mode: none
Mean, median, and mode are all equal in a normal distribution.
How do you find missed frequency if median and mode are given
What is the answer
Mean, median and mode are ways to find averages. The mode is the most common answer in a set of data. The median the number that is in the middle when the numbers are put in order. The mean is the statical average.
3median - 2mean = mode
Oh, dude, finding the mean, median, mode, and range on a box and whisker plot is like trying to make a sandwich with a hammer. The box and whisker plot already shows you the median (that's the line in the box) and the range (from whisker to whisker). The mean and mode aren't typically shown on a box plot because they're off doing their own thing, not invited to the box and whisker party.
mode
The question doesn't give enough information to give you a specific sequence.
No.
Both median and mode are the statistics formulas, Median is called mid value of the given data and mode is the value which occure repetedly in the given data.
who discovered mean median and mode
the median and mode are but the mean is not
The median is 9 and the mode is 18 and the mean is 11