Lump-sum projection
A 25,000 balance grows at 5% annually for 10 years.
Inputs
- Present value: 25,000
- Annual rate: 5%
- Years: 10
Steps
- Future value = 25,000 x (1.05)^10
Result
- The balance grows to about 40,722 with roughly 15,722 in growth.
Estimate the future value of a lump sum invested or saved over time at a chosen annual rate.
Result
Calculating the sample result.
Future value is one of the cleanest building blocks in financial planning because it turns today's amount into an estimated value at a later date.
Inputs
Outputs
Multiply the present value by the growth factor raised to the number of years. This shows what the amount could become over time under the chosen rate.
Future value = present value x (1 + rate)^years
Lump-sum projection
A 25,000 balance grows at 5% annually for 10 years.
Inputs
Steps
Result
No. It also works for savings balances, reserves, or any amount that earns a predictable rate.
Use the rate that matches the way you are modeling compounding. Effective rates are better when you want a true annualized yield estimate.
Keep going
Discount a future amount back to today's value using an assumed annual rate and time horizon.
Estimate future balance growth from a starting principal, recurring contributions, annual return, and time horizon.
Estimate how long it takes to double money at a given annual growth rate using the Rule of 72 shortcut.