It can be shown that this is always true. The ''sum of the distances''<ref>i.e. the absolute magnitude of the difference</ref> between the average and each of the numbers above it is always equal to the sum of the distances between the average and each of the numbers below it. | It can be shown that this is always true. The ''sum of the distances''<ref>i.e. the absolute magnitude of the difference</ref> between the average and each of the numbers above it is always equal to the sum of the distances between the average and each of the numbers below it. |