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(numbers in thousands) |
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Noninstitutional Population |
173,939 |
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Not in Labor Force |
62,067 |
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Labor Force |
111,872 |
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Employed |
101,194 |
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Unemployed |
10,578 |
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Unemployment Rate |
9.5% |
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The unemployment rate is found by dividing the total number of unemployed by the labor force. The result is then seasonally adjusted. Seasonal adjustment is a procedure that many statistical series undergo. It eliminates movements that occur each year in a seasonal pattern. For example, each spring when school lets out there is a flood of new job seekers, and each fall as school resumes there is a reduction in those looking for and who have work. If this regular seasonal variation is not eliminated, the numbers will suggest that the economy is having difficulty each spring but that it recovers each fall.
The computation of the unemployment rate is done by assigning everyone in the population to one of four boxes. Starting with the whole population, there are some who cannot choose to work because they are too young or because they are in prisons, mental hospitals, or other institution. What is left is the noninstitutional population. Some of them choose not to work, and they are not in the labor force. What is left is the labor force, those who choose to work. Some of them have jobs--the employed--and some of them do not--the unemployed. The picture below summarizes this process of fitting everyone into a box.

However, not everyone fits neatly and clearly into one box. As a result, there are some problems with interpreting what unemployment rates really mean.