This graph shows the net present value of an investment with annual cash flows of -$1,000, $100, $300, $400, and $675 as a function of different costs of capital (interest %). Note that this cash flow returns increasing amounts after the initial investment. Drag left or right on the graph to move the cursors to see the net present value (NPV) for different costs of capital. The point where the curve crosses the X- axis determines the internal rate of return (IRR). (Note: due to limited pixel resolution, it is sometimes difficult to get to that precise point.) -$1,000+ + + + $100.40 NPV =CFo+N CF Z=1 (1+r) = $100 (1+0.1000) $300 $400 (1+0.1000) (1+0.1000) $675 (1+0.1000)4 NPV ($) 500 400 300 200 100.40100 0 -100 5 I 10 10 15 20 Cost of Capital (%) 1. What is the approximate IRR for the cash flow curve depicted? a. 10% b. 13.5% C. 15% d. 17.5% -Select- 2. When the cost of capital is greater than a project's IRR, the NPV for the project is a. negative b. equals the project's IRR c. positive d. cannot be determined -Select- 3. If the cost of capital decreases, the NPV for the project a. increases b. stays the same c. decreases d. cannot be determined -Select- 4. In the unrealistic situion in which the cost of capital were zero, the NPV of the project a. is the sum of the cash flows b. is the upper limit for the NPV of the project c. both of the above statements are correct d. neither of the first two statements is correct -Select-