See what future money is worth in today's terms
$
The single future payment, e.g. 100,000.
The yearly return you could earn instead, e.g. 8 for 8%.
How far in the future, in years, e.g. 10.
Present Value (worth today)
In plain terms: $100,000.00 arriving in 10 years is worth $46,319.35 today, if your money could otherwise earn 8.00% a year. Put another way, $46,319.35 invested today at that rate would grow into $100,000.00 over that time. The $53,680.65 gap is what you give up by waiting.
Future amount
Lost to waiting
The discount rate is the most uncertain input, and the present value moves sharply with it. Here is the same future money valued at a range of rates.
| Discount rate | Present value |
|---|---|
| 4.00% | $67,556.42 |
| 6.00% | $55,839.48 |
| 8.00% (yours) | $46,319.35 |
| 10.00% | $38,554.33 |
| 12.00% | $32,197.32 |
Insight: Present value is the foundation of nearly all investment valuation. The higher the discount rate, or the longer you wait, the less a future amount is worth today. When you compare two options that pay off at different times, converting both to present value puts them on the same footing.
Present value is the cornerstone of the time value of money. A dollar today is worth more than a dollar in the future, because today's dollar can be invested and earn a return. This calculator discounts future cash flows back to their equivalent value today.
PV = FV / (1 + r/m)^(n×m)
Step 1: Choose whether you are valuing one future sum or a series of repeating payments (an annuity).
Step 2: Enter the future amount (or the payment each period), the annual discount rate, and how many years away it is.
Step 3: For repeating payments, choose how often you are paid: once a year, every six months, every quarter, or every month. A single future sum is discounted once a year.
Step 4: The present value, the amount lost to waiting, and a rate-sensitivity table appear instantly as you type, with no button to press.
Present value answers a simple but powerful question: what is a future amount of money worth right now? It rests on the time value of money, the idea that a dollar today is worth more than a dollar later, because the dollar you hold now can be invested and earn a return. To compare money that arrives at different times, you first have to bring it all back to the same point: today.
This idea runs through almost all of finance. It is used to price bonds, to value the cash flows of a business, to compare a lump sum against an instalment plan, and to decide whether a future payout is worth more than money in hand today. Any time the timing of a cash flow matters, present value is the tool that levels the playing field.
PV = FV / (1 + r/m)^(n×m)
For a single future sum, the present value divides the future amount by one plus the periodic rate, raised to the total number of compounding periods. The rate per period is the annual rate divided by how many times a year it compounds, and the number of periods is the years multiplied by that same frequency. Compounding more often discounts future money a little more heavily, which lowers the present value.
For an annuity, a series of equal payments at regular intervals, the present value adds up the discounted value of each individual payment. Rather than discounting every payment separately, the formula simplifies to PV = PMT × [(1 − (1 + r)^−n) / r], where PMT is the payment per period. This is what the calculator uses in its repeating-payments mode.
Suppose someone offers to pay you $100,000 in ten years. If your money could otherwise earn 8% a year, the present value is 100,000 ÷ (1.08)^10, which works out to about $46,319. In other words, you would only need to set aside roughly $46,319 today, growing at 8%, to end up with $100,000 in a decade. The difference, about $53,681, is what you give up by waiting rather than investing now.
Now take the repeating-payments case: $1,000 a year for ten years at the same 8% rate. The payments add up to $10,000 on paper, but their present value is only about $6,710, because each later payment is worth less than the one before it. The first $1,000 barely needs discounting; the tenth is discounted by a full decade. This is why a stream of future income is always worth less than the same total received today.
Bond pricing is one of the most direct uses. A bond's fair price is simply the present value of its future coupon payments plus the present value of the face value returned at maturity. This is also why bond prices fall when interest rates rise: a higher discount rate lowers the present value of every future payment the bond will make.
In stock valuation, the discounted cash flow model estimates a company's worth as the present value of its projected future free cash flows. Present value also settles everyday choices: deciding between $100,000 today and $150,000 in five years, or between a lump-sum pension and a monthly annuity, comes down to discounting each option at a realistic rate and comparing the results.
The result is only as good as the discount rate you choose, and that rate is a judgement call rather than a fact. A small change in it can move the present value substantially, especially over long horizons, which is exactly why the calculator shows a sensitivity table across a range of rates. Treat the present value as a considered estimate, not a precise figure, and always test how the answer holds up if your assumptions turn out to be a little optimistic.
Present value is the engine behind several other tools. To add up the present values of an investment's cash flows and subtract its upfront cost, use our NPV calculator and to turn a company's projected cash flows into a per-share value, use the DCF calculator.
The discount rate you plug in matters more than any other input. To estimate a realistic rate from a company's mix of debt and equity, work it out with our WACC calculator before discounting any cash flows back to today.
The discount rate is the return you could earn elsewhere on money of similar risk, so it depends on what you are comparing. For a near risk-free benchmark, use the current government bond yield. For judging a business or investment, use your required rate of return, or its weighted average cost of capital (WACC). For everyday "is this worth it today" comparisons, many people use a long-term stock-market assumption of roughly 6 to 8 percent, or the inflation rate (around 2 to 3 percent) if you only care about preserving purchasing power. The present value is very sensitive to this figure, so it is worth trying a range rather than trusting a single number.
Present value (PV) discounts a single future amount, or a stream of equal payments, back to what it is worth today. Net present value (NPV) goes one step further: it adds up the present values of all of an investment's cash flows and then subtracts the upfront cost you pay to get them. In short, PV tells you what future money is worth now; NPV tells you whether an investment creates value after you have paid for it. A positive NPV means the expected return clears your discount rate.
Yes, though the effect is small at low rates over short periods and grows with both. Compounding more often than once a year (semi-annually, quarterly, monthly) raises the effective annual rate, which discounts future money a little more heavily and lowers the present value. For a quick mental estimate, annual compounding is usually close enough; for bonds, loans, or large long-dated sums, match the frequency to how the cash flow actually compounds.
Use lump-sum mode when there is a single future payment, for example a bond that returns its face value at maturity, or a payout you expect to receive once in several years. Use annuity mode when you receive the same amount repeatedly at regular intervals, such as a pension, a fixed annual dividend, or rent. In annuity mode the payment is applied once per compounding period, so if you choose monthly compounding the payment is treated as a monthly payment.
Because a dollar in your hand today can be invested to earn a return, so it grows into more than a dollar by next year. Waiting also carries risk and gives up the use of the money in the meantime. Present value simply runs that logic backwards: it asks how much you would need to set aside today, at your chosen rate, to end up with the future amount. The longer the wait and the higher the rate, the less that future money is worth right now.

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