What is $5.00 from 2017 worth today?
$5.00 in 2017 is worth $6.57 in 2025, accounting for +31.3% cumulative inflation.
$5.00 in 2017 is worth
$6.57
in 2025
+31.3%
+3.47%/yr
How prices changed from 2017 to 2025
| Item | 2017 | 2025 | Change |
|---|---|---|---|
| Gallon of gas | $2.42 | $3.17 | +31% |
| Loaf of bread | $1.52 | $2.10 | +38% |
| New home (median) | $323,100 | $430,000 | +33% |
| Median household income | $61,372 | $85,000 | +38% |
| Movie ticket | $8.97 | $11.50 | +28% |
| Annual college tuition (public) | $9,970 | $11,800 | +18% |
Prices in 2017
| Item | Price in 2017 |
|---|---|
| Gallon of gas | $2.42 |
| Loaf of bread | $1.52 |
| New home (median) | $323,100 |
| Median household income | $61,372 |
| Movie ticket | $8.97 |
| Annual college tuition (public) | $9,970 |
Related Calculations
Historical Context: Low Inflation
The 2010s were defined by historically low inflation, near-zero interest rates, and the slow recovery from the Great Recession. Massive monetary stimulus from the Federal Reserve — including quantitative easing — failed to generate significant inflation as slack in the labor market persisted for years. Only toward decade's end did the labor market tighten enough to push wages and prices modestly higher.
The post-crisis recovery was characterized by historically low inflation despite extraordinary monetary stimulus. The Federal Reserve kept rates near zero until 2015, expanded its balance sheet to $4.5 trillion through quantitative easing, yet consistently undershot its 2% inflation target. Labor market slack, globalization, technology-driven price competition, and weak wage growth all contributed to the persistently low inflation environment that puzzled economists throughout the decade.
What This Means
Over the 8 years from 2017 to 2025, prices rose significantly — a cumulative inflation rate of +31.3%. The average annual inflation rate over this period was +3.47%, which is roughly in line with the historical average of roughly 3.3% per year.
Compare Related Calculations
Same year, different amounts:
Same amount, neighboring decades: