The mean is better than the median when there are outliers.
The median and mode cannot be outliers. For small samples a mode could be an outlier.
I think it means that our data includes outliers.
Helps you accurately measure the results of a population. It's simply the middle number in a data set, so half of the population is above and half of it is below. It is better than the mean since it is resistant to outliers.
You will notice a difference in the data if you have outliers. The mean of a set is going to be heavily influenced by outliers due to the mean being dependant on the quantity of each unit (i.e. 2 cats, 7 cats, 300 cats, etc.) The median, however, is not influenced by outliers because it accounts for the number of units rather than the quantity associated with the units.
Yes, it is.
The mean is better than the median when there are outliers.
The median is least affected by an extreme outlier. Mean and standard deviation ARE affected by extreme outliers.
When the distribution has outliers. They will skew the mean but will not affect the median.
Median is a good example of a resistant statistic. It "resists" the pull of outliers. The mean, on the other hand, can change drastically in the presence of an outlier.The interquartile range is a resistant measure of spread.
Mean- If there are no outliers. A really low number or really high number will mess up the mean. Median- If there are outliers. The outliers will not mess up the median. Mode- If the most of one number is centrally located in the data. :)
The median and mode cannot be outliers. For small samples a mode could be an outlier.
true
Of these three, the median is most resistant.
Both the mean and median represent the center of a distribution. Calculating the mean is easier, but may be more affected by outliers or extreme values. The median is more robust.
I think it means that our data includes outliers.
Helps you accurately measure the results of a population. It's simply the middle number in a data set, so half of the population is above and half of it is below. It is better than the mean since it is resistant to outliers.