Best Answer

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.

Q: What are the uses for median?

Write your answer...

Submit

Still have questions?

Continue Learning about Math & Arithmetic

The median uses the position of the data rather than their actual values. As a result, in general, you will only be able to determine whether the missing value is greater than or less than the median.

Lots, for example a statistician, or a scientist presenting results.

Yes. The mean uses the actual value of each observation. The value(s) of only the middle observation (or pair of middle observations) is required for the median. For all other observations, the median is concerned only with whether it is larger or smaller than it is.

An outlier pulls the median towards it. For example 1,2,3 Median=2 1,2,3,7 Median=2.5

it doesnt have a median.

Related questions

Lots, for example a statistician, or a scientist presenting results.

The median uses the position of the data rather than their actual values. As a result, in general, you will only be able to determine whether the missing value is greater than or less than the median.

mean (average) temperature median income, mediian home prices, salary, etc. mode is the most likely occurence of an event. If the distribution of outcomes is symmetrical, then mean median mode

The median is 5.The median is 5.The median is 5.The median is 5.

The median is a form of average. It finds the middle value of the list of values in numerical order if there is an odd number of values. If there is an even number of values, if uses the value halfway between the two middle values.The median is a form of average. It finds the middle value of the list of values in numerical order if there is an odd number of values. If there is an even number of values, if uses the value halfway between the two middle values.The median is a form of average. It finds the middle value of the list of values in numerical order if there is an odd number of values. If there is an even number of values, if uses the value halfway between the two middle values.The median is a form of average. It finds the middle value of the list of values in numerical order if there is an odd number of values. If there is an even number of values, if uses the value halfway between the two middle values.The median is a form of average. It finds the middle value of the list of values in numerical order if there is an odd number of values. If there is an even number of values, if uses the value halfway between the two middle values.The median is a form of average. It finds the middle value of the list of values in numerical order if there is an odd number of values. If there is an even number of values, if uses the value halfway between the two middle values.The median is a form of average. It finds the middle value of the list of values in numerical order if there is an odd number of values. If there is an even number of values, if uses the value halfway between the two middle values.The median is a form of average. It finds the middle value of the list of values in numerical order if there is an odd number of values. If there is an even number of values, if uses the value halfway between the two middle values.The median is a form of average. It finds the middle value of the list of values in numerical order if there is an odd number of values. If there is an even number of values, if uses the value halfway between the two middle values.The median is a form of average. It finds the middle value of the list of values in numerical order if there is an odd number of values. If there is an even number of values, if uses the value halfway between the two middle values.The median is a form of average. It finds the middle value of the list of values in numerical order if there is an odd number of values. If there is an even number of values, if uses the value halfway between the two middle values.

When someone asks a for an "average" value, that can mean a couple of different things. "Mean," "median," and "mode" are all values that are used to relate what the "center" or "average" of a distribution of values is. Each one has their advantages and disadvantages. The median is the value that divides the distribution exactly into halves - 50% is below it, and 50% above it. The median may not actually occur in the distribution, but it is the "balance point" of the distribution. The main advantage of the median is that it is not affected by outliers as the mean is and the mode can be. In distributions with a clear skew, such as housing prices or wages, using the median provides a much better estimate of what the "average" is.

The median is 28.The median is 28.The median is 28.The median is 28.

Yes, no, and no. The mean uses all numbers so it WILL be influenced by an outlier (sometimes heavily). The median is the middle number, so it can't be. The mode is the most frequent number, so it really can't be.

Yes. The mean uses the actual value of each observation. The value(s) of only the middle observation (or pair of middle observations) is required for the median. For all other observations, the median is concerned only with whether it is larger or smaller than it is.

An outlier pulls the median towards it. For example 1,2,3 Median=2 1,2,3,7 Median=2.5

No, median is not an outlier.

The median is 1.