# $10 in 1948 is worth$123.53 in 2023

$10 in 1948 has the same purchasing power as$123.53 in 2023. Over the 75 years this is a change of $113.53. The average inflation rate of the dollar between 1948 and 2023 was 2.00% per year. The cumulative price increase of the dollar over this time was -100.00%. ## The value of$10 from 1948 to 2023

So what does this data mean? It means that the prices in 2023 are 1.24 higher than the average prices since 1948. A dollar in 2023 can buy 8.10% of what it could buy in 1948.

We can look at the buying power equivalent for $10 in 1948 to see how much you would need to adjust for in order to beat inflation. For 1948 to 2023, if you started with$10 in 1948, you would need to have $123.53 in 1948 to keep up with inflation rates. So if we are saying that$10 is equivalent to $123.53 over time, you can see the core concept of inflation in action. The "real value" of a single dollar decreases over time. It will pay for fewer items at the store than it did previously. In the chart below you can see how the value of the dollar is worth less over 75 years. ## Value of$10 Over Time

In the table below we can see the value of the US Dollar over time. According to the BLS, each of these amounts are equivalent in terms of what that amount could purchase at the time.

Year Dollar Value Inflation Rate
1948 $10.00 8.07% 1949$9.88 -1.24%
1950 $10.00 1.26% 1951$10.79 7.88%
1952 $11.00 1.92% 1953$11.08 0.75%
1954 $11.16 0.75% 1955$11.12 -0.37%
1956 $11.29 1.49% 1957$11.66 3.31%
1958 $11.99 2.85% 1959$12.07 0.69%
1960 $12.28 1.72% 1961$12.41 1.01%
1962 $12.53 1.00% 1963$12.70 1.32%
1964 $12.86 1.31% 1965$13.07 1.61%
1966 $13.44 2.86% 1967$13.86 3.09%
1968 $14.44 4.19% 1969$15.23 5.46%
1970 $16.10 5.72% 1971$16.80 4.38%
1972 $17.34 3.21% 1973$18.42 6.22%
1974 $20.46 11.04% 1975$22.32 9.13%
1976 $23.61 5.76% 1977$25.15 6.50%
1978 $27.05 7.59% 1979$30.12 11.35%
1980 $34.19 13.50% 1981$37.72 10.32%
1982 $40.04 6.16% 1983$41.33 3.21%
1984 $43.11 4.32% 1985$44.65 3.56%
1986 $45.48 1.86% 1987$47.14 3.65%
1988 $49.09 4.14% 1989$51.45 4.82%
1990 $54.23 5.40% 1991$56.51 4.21%
1992 $58.22 3.01% 1993$59.96 2.99%
1994 $61.49 2.56% 1995$63.24 2.83%
1996 $65.10 2.95% 1997$66.60 2.29%
1998 $67.63 1.56% 1999$69.13 2.21%
2000 $71.45 3.36% 2001$73.49 2.85%
2002 $74.65 1.58% 2003$76.35 2.28%
2004 $78.38 2.66% 2005$81.04 3.39%
2006 $83.65 3.23% 2007$86.03 2.85%
2008 $89.34 3.84% 2009$89.02 -0.36%
2010 $90.48 1.64% 2011$93.34 3.16%
2012 $95.27 2.07% 2013$96.66 1.46%
2014 $98.23 1.62% 2015$98.35 0.12%
2016 $99.59 1.26% 2017$101.71 2.13%
2018 $104.19 2.44% 2019$106.08 1.81%
2020 $107.39 1.23% 2021$0.00 -100.00%
2022 $123.53 0.00% 2023$123.53 0.00%

## US Dollar Inflation Conversion

If you're interested to see the effect of inflation on various 1950 amounts, the table below shows how much each amount would be worth today based on the price increase of -100.00%.

Initial Value Equivalent Value
$1.00 in 1948$12.35 in 2023
$5.00 in 1948$61.77 in 2023
$10.00 in 1948$123.53 in 2023
$50.00 in 1948$617.66 in 2023
$100.00 in 1948$1,235.32 in 2023
$500.00 in 1948$6,176.58 in 2023
$1,000.00 in 1948$12,353.15 in 2023
$5,000.00 in 1948$61,765.77 in 2023
$10,000.00 in 1948$123,531.54 in 2023
$50,000.00 in 1948$617,657.68 in 2023
$100,000.00 in 1948$1,235,315.35 in 2023
$500,000.00 in 1948$6,176,576.76 in 2023
$1,000,000.00 in 1948$12,353,153.53 in 2023

## Calculate Inflation Rate for $10 from 1948 to 2023 To calculate the inflation rate of$10 from 1948 to 2023, we use the following formula:

$$\dfrac{ 1948\; USD\; value \times CPI\; in\; 2023 }{ CPI\; in\; 1948 } = 2023\; USD\; value$$

We then replace the variables with the historical CPI values. The CPI in 1948 was 24.1 and in 2023.

$$\dfrac{ \10 \times }{ 24.1 } = \text{ \123.53 }$$

$10 in 1948 has the same purchasing power as$123.53 in 2023.

To work out the total inflation rate for the 75 years between 1948 and 2023, we can use a different formula:

$$\dfrac{\text{CPI in 2023 } - \text{ CPI in 1948 } }{\text{CPI in 1948 }} \times 100 = \text{Cumulative rate for 75 years}$$

Again, we can replace those variables with the correct Consumer Price Index values to work out the cumulativate rate:

$$\dfrac{\text{ } - \text{ 24.1 } }{\text{ 24.1 }} \times 100 = \text{ -100.00\% }$$

## Inflation Rate Definition

The inflation rate is the percentage increase in the average level of prices of a basket of selected goods over time. It indicates a decrease in the purchasing power of currency and results in an increased consumer price index (CPI). Put simply, the inflation rate is the rate at which the general prices of consumer goods increases when the currency purchase power is falling.

The most common cause of inflation is an increase in the money supply, though it can be caused by many different circumstances and events. The value of the floating currency starts to decline when it becomes abundant. What this means is that the currency is not as scarce and, as a result, not as valuable.

By comparing a list of standard products (the CPI), the change in price over time will be measured by the inflation rate. The prices of products such as milk, bread, and gas will be tracked over time after they are grouped together. Inflation shows that the money used to buy these products is not worth as much as it used to be when there is an increase in these products’ prices over time.

The inflation rate is basically the rate at which money loses its value when compared to the basket of selected goods – which is a fixed set of consumer products and services that are valued on an annual basis.