Annualized Growth Rate
of Various Historical Economic Series

US
Consumer Price Index*(1774 to 2023)GROWTH RATES:

Select years
to
Add another period






PLOT SERIES:

Select years
to


Unskilled Wage(1774 to 2023)
Production Worker Compensation(1790 to 2023)
Nominal GDP(1790 to 2023)
Real GDP(1790 to 2023)
GDP Deflator*(1790 to 2023)
Nominal GDP per capita(1790 to 2023)
Real GDP per capita(1790 to 2023)
S&P Composite Index**(1871 to 2022)
Population (millions)(1790 to 2023)
UK
Retail Price Index*(1209 to 2023)
Average Earnings(1209 to 2023)
Average Real Earnings(1209 to 2023)
Nominal GDP(1270 to 2022)
Real GDP(1270 to 2022)
GDP Deflator*(1270 to 2022)
Nominal GDP per capita(1270 to 2022)
Real GDP per capita(1270 to 2022)
Population (millions)(1270 to 2022)
Gold
US Official Price(1786 to 2023)
British Official Price(1257 to 1945)
New York Market Price(1791 to 2023)
London Market Price(1718 to 2023)
Gold/Silver Price Ratio(1687 to 2023)
Australia
Consumer Price Index*(1851 to 2022)
Average Weekly Earnings(1861 to 2021)
Average Compensation(1966 to 2021)
National Minimum Wage(1907 to 2022)
Nominal GDP(1960 to 2022)
Real GDP(1828 to 2022)
GDP Deflator*(1828 to 2022)
Nominal GDP per capita(1789 to 2022)
Real GDP per capita(1828 to 2022)
Stock Index(1875 to 2022)
Population (millions)(1788 to 2022)
SPAIN
Consumer Price Index*(1850 to 2022)
Unskilled Wage(1850 to 2022)
Average Wage(1850 to 2022)
Nominal GDP(1850 to 2022)
Real GDP(1850 to 2022)
GDP Deflator*(1850 to 2022)
Nominal GDP per capita(1850 to 2022)
Real GDP per capita(1850 to 2022)
Population (millions)(1850 to 2022)
The growth rates of the price indexes, marked *, can be
interpreted as average inflation or deflation during the period specified.

** This is the S&P Composite index with dividends reinvested.

The annualized growth rate is the average growth rate measured over a year. In other words, it is the hypothetical constant year-to-year growth rate necessary to take the beginning-year value of a series to its ending-year value. To understand the construction of the hypothetical growth rate, see how the growth rates are constructed. Note that, contrary to intuition, this uniform growth rate is not obtained by averaging the year-to-year percentage changes in the observed value of the series. Because most economic variables grow over time, the annualized growth rate is a useful computation for comparing rates of growth of a given series for various time periods and of different series over the same time period.

This point is illustrated by the following examples of how the growth rate of GDP can vary, depending on the time period of the computation.

  • General knowledge of history tells us that growth during the Great Depression of the 1930s was slower than the growth during the "economic boom" of the 1960s. Using the comparator, one can put numbers on the comparison. U.S. real GDP grew at only 0.9 percent per year from 1931 to 1935, but 4.65 percent during the 1960s.
  • Economic historians often ask: did the U.S. economy "take off" after the Civil War? The answer, from the comparator, is negative. The annual average growth of real GDP for 1840 to 1860 (the last antebellum year) is 4.9 percent; while from 1866 (the first postbellum year) to 1886, the growth rate is somewhat less, at 4.6 percent.

Citation

Samuel H. Williamson, "Annualized Growth Rate of Various Historical Economic Series" MeasuringWorth, .

Please let us know if and how this discussion has assisted you in using our comparators.