Select beginning when payments are due at the beginning of the periodįuture Value FV The result of the FV calculation is the future value of any present value sum plus interest and future cash flows or annuity payments.
Select end which is an ordinary annuity with payments received at the end of the period.
Enter 1 for annual payments which is once per year.
Enter c or continuous for continuous compoundingĬash flow annuity payment amount PMT The payment amount each period Growth rate G The growth rate of annuity payments per period entered as a percentage Number of payments q per period.
Enter 1 for annual compounding which is once per year.
The number of times compounding occurs per period.
Enter p or perpetuity for a perpetual annuity Interest Rate R The nominal interest rate or stated rate, as a percentage Compounding m.
Be sure all your inputs use the same time period unit (years, months, etc.).
Time periods is typically a number of years.
The future value calculator uses the following variables to find the future value FV of a present sum plus interest and cash flow payments: Present Value PV Present value of a sum of money Number of time periods t Our otherįuture value calculators provide options for more specific future value calculations. You can enter 0 for any variable you'd like to exclude when using this calculator. You can use this future value calculator to determine how much your investment will be worth at some point in the future due to accumulated interest and potential cash flows. The future value of a sum of money is the value of the current sum at a future date.
Number of time periods, typically years.
The future value calculator uses multiple variables in the FV calculation: The future value formula is FV=PV(1+i) n, where the present value PV increases for each period into the future by a factor of 1 + i.