The mean of a set of numbers is their distinct average. The median is the absolute middle value. If the mean is higher it means that the overall set is heavily weighted at the upper end.
A geometric mean gives you the true average of any given data. Geometric averages are one out of three parts of what is known as a Pythagorean mean analysis of data.
The advantage of harmonic mean is that it is used to solve situations in which there are extreme data values to true picture. The disadvantage of it is that it can be time consuming to evaluate the data.
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Yes this is true.
Yes it is true that the grater the bandwith higher the data.
The heart is both medial AND deep to the lungs.
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True, Data can mean a lot of different things. Hope this helps(:
No, it is not true.
No. Here's one set of data where the mean is not one of the values: a set of 250,000 numbers. 125,000 of them are "1", 125,000 are "3". The mean of this data set is "2", which is not among the data.
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A geometric mean gives you the true average of any given data. Geometric averages are one out of three parts of what is known as a Pythagorean mean analysis of data.
The advantage of harmonic mean is that it is used to solve situations in which there are extreme data values to true picture. The disadvantage of it is that it can be time consuming to evaluate the data.
The mean is an estimated value because it is calculated based on a sample of data rather than the entire population. Sampling variability can cause the mean of a sample to differ from the true population mean. Additionally, the mean is sensitive to outliers and skewed data, which can further affect its accuracy as an estimate of the true population value.
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The mean of the new data set is shifted from the mean of the original set, in the direction of the added cluster. We note that the same would be true if only a single new element were added.