With deviation, this quantity names a form of data used in calculating least-squares lines. For a binomial distribution, this quantity equals the probability of success times the number of trials. The geometric type of this quantity equals the square root of the product of a set of values, while the harmonic type equals the sample size divided by the sum of the reciprocals of those values. This quantity for a population is symbolized mu, while for a sample it is denoted by an x with a bar over it. For 10 points, give this quantity calculated by dividing the sum of a set of values by the number of values, the most common method of calculating 
With deviation, this quantity names a form of data used in calculating least-squares lines. For a binomial distribution, this quantity equals the probability of success times the number of trials. The geometric type of this quantity equals the square root of the product of a set of values, while the harmonic type equals the sample size divided by the sum of the reciprocals of those values. This quantity for a population is symbolized mu, while for a sample it is denoted by an x with a bar over it. For 10 points, give this quantity calculated by dividing the sum of a set of values by the number of values, the most common method of calculating an average.
With deviation, this quantity names a form of data used in calculating least-squares lines.
{mean} [prompt on "{average}" before the end]