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They are a simple measure of the spread of the data, which is not affected by extreme values.
RangeThe term for the difference between the smallest and the largest values in a set of data is called the range. It is probably derived from the idea that the values of the numbers in the data could range anywhere from the lowest to the highest values but not beyond. The range is a measure of how disperse (spread out) the values are but it is not a very powerful measure.
the data value that is much higher or lower than the other data given is called an outlier
Sum all the data values together: this is the whole. To convert each data value into a percentage, divide it by the whole and multiply by 100. To convert the percentage into an angular measure in degrees, multiply the percentage by 3.6
In statistics numerical data is quantitative rather than qualitative.
mean
They are a simple measure of the spread of the data, which is not affected by extreme values.
RangeThe term for the difference between the smallest and the largest values in a set of data is called the range. It is probably derived from the idea that the values of the numbers in the data could range anywhere from the lowest to the highest values but not beyond. The range is a measure of how disperse (spread out) the values are but it is not a very powerful measure.
In general when you take a sample of values of a random variable you will find that those values lie around some central value that is characteristic of the total population for the random variable. A measure of central tendancy (such as a sample mean, sample mode or sample median) is a statistic which is intended to estimate the central value of the population using the values in the sample in some way.
Center
No, it is not, values typical of the data are always located at the extremes of all data frequencies.
A range is a set of data values within a defined interval that spans from the minimum to the maximum value in a dataset. It provides information about the spread or variability of the data.
The measure of variability tells you how close to the central value the data values lie: that is whether the cluster is tightly packed around the central value of spread out over a large range of values.
mean
Standard deviation (SD) is a measure of the amount of variation or dispersion in a set of values. It quantifies how spread out the values in a data set are from the mean. A larger standard deviation indicates greater variability, while a smaller standard deviation indicates more consistency.
Because they are both measures of the same characteristic - the central tendency.
To measure data in a pie chart first you need to work out how big the whole thing is. Then when you get a amount of votes subtract it and you will find you answer quite easily