Variables
Description
What is this formula?
Net Present Value (NPV) calculates the value today of a series of future cash flows discounted at a required rate of return.
This 5-cash-flow version is an explicit form designed for calculators that do not support summation notation or dynamic cash flow lists.
A positive NPV indicates that the investment is expected to generate value above the required return, while a negative NPV indicates that the investment may destroy value.
When to use it
Use this formula to evaluate investment projects, business decisions, financial assets, capital budgeting alternatives, and cash flow scenarios with up to five future periods.
Example
A project requires an initial investment of $10,000 and generates five annual cash flows.
Data:
CF0 = -10,000
CF1 = 2,500
CF2 = 3,000
CF3 = 3,500
CF4 = 3,000
CF5 = 2,000
Discount Rate = 10% = 0.10
Formula:
NPV=CF0+CF1/(1+r)+CF2/(1+r)^2+CF3/(1+r)^3+CF4/(1+r)^4+CF5/(1+r)^5
Substitution:
NPV=-10,000+2,500/(1.10)+3,000/(1.10)^2+3,500/(1.10)^3+3,000/(1.10)^4+2,000/(1.10)^5
NPV=1,340.06
Result:
Net Present Value = $1,340.06
Interpretation:
Because NPV is positive, the project is expected to create value above the required return.
Applications
Capital budgeting
Investment analysis
Project evaluation
Business valuation
Financial planning
Cost-benefit analysis
Note
This formula is a practical explicit version of the general NPV equation. It is limited to five future cash flows to remain compatible with fCalc and avoid implicit summation. For projects with more periods, additional explicit cash flow terms or specialized financial software may be required.
