By itself, very little, apart from the fact that it is somewhere in the middle of the spread of data. For example, the mean of the data set comprising {1, 1, 1, 1, 1, 1, 1, 1, 2, 9990} is 1000. Also, the mean of the set {1000, 1000} is also 1000. The sets are hardly similar, though.
It means the number is the mode average for the data list.
That's the mean ('average') of the numbers in the dataset,divided by the number of pieces of data.
The average of this data is 16. You find the average by subtracting the smallest number by the largest number.
The mean average, often known simply as average.
tables
what would be the best way of communicating number based data
It is the mean average of number of collected data values.
(sum of data)/number of data
Here's an idea, the different stages of mitosis have different amounts of time they spend in each. By counting the total number of cells and categorizing which stage each is in, you can then divide the number of cells in each stage by the total number of cells to infer the length of time each stage takes. Most likely metaphase is longest if I remember correctly.
where can you find data for average income based on age for a specific city?
The sum of a set of data divided by the number of pieces of data is the average or mean.
Based on my data there is a varying amount of holes in a ceiling tile but the average number is:5162
It means the number is the mode average for the data list.
the average
Scientifically speaking, to infer is to take available data and deduce relatively compatible (i.e. non-contradictory, non-presumptive) conclusions based on that data that allows one to use the data in a scientifically useful manner.
That's the mean ('average') of the numbers in the dataset,divided by the number of pieces of data.
I think this type of inference is by looking at the data, i.e., there is no real relationship between the tables (through Primary and Foreign keys), but when you analyze the data in a table you are able to infer that there is a relationship.