Put the first item in the data set into an empty memory location called, say, 'biggest'.
Now compare the second and subsequent items in the data set with 'biggest'. If the item is larger than 'biggest' then put the value of the item in 'biggest', otherwise do nothing.
By the time you have finished looking through the data set you will find that 'biggest' contains the greatest value in the data set.
it is the greatest #(or number)in the set of data
The median value of a range of values.
The difference between the largest and smallest numbers in a data set is called the range.
It is one of the key measures of a data set: it shows the value around which the observations are spread out.
Take the smallest value and subtract it from the largest value and that is the range.
range
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it is the greatest #(or number)in the set of data
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To find the lower extreme, you need to identify the smallest value in a data set. To find the upper extreme, you need to identify the largest value in the data set. These values represent the lowest and highest points of the data distribution.
The least and greatest value of a set define the range of the set. To find the range get the difference between the two. (ie least = x and greatest = y and range = r ; y - x = r )
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The median value of a range of values.
The difference between the largest and smallest numbers in a data set is called the range.
how to figure out the difference between the greatest value and the least vaule for 2.5.12.7.9
It is one of the key measures of a data set: it shows the value around which the observations are spread out.
you take the largest value and subtract the smallest value in a data set.