YUSON 5 10 A company has 9 projects under considerations. The following table provides the cash outflows required by each project during the next two years, and the net present value added by each project. All numbers in the table are in millions of dollars 1 2 3 4 5 6 7 B 9 Yow I cash outfiw 10 9 6 6 10 6 B B 17 Yew 2 cash outflow 7 5 3 20 6 4 3 3 Net Present Value (NPV) 14 17 16 10 32 15 18 12 24 The company has $50 million available for projects during year 1, and $20 million available during year 2. The fund left over in year I can be used in year 2. Assume that the company may undertake a fraction of each project. Formulate an LP to help the company to maximize the NPV of its lavestmet plan. Using What'sBest to solve the LP, we obtain that the optimal investment plan is to undertake [x1] of project 1, [x2] of project 2, [x3] of project 3, [x4] of project 4, [x5] of project 5, [x6] of project 6, [x7] of project 7. [x8] of project 8, and [x9] of project 9. The maximum NPV is $ [z] million. LULUI Lay Lu. uestion 2 5 out of 10 points A company has 9 projects under considerations. The following table provides the cash outflows required by each project during the next two years, and the net present value added by each project. All numbers in the table are in millions of dollars. Project 1 2 3 4 un 6 7 8 9 Year 1 cash outflow 10 9 6 6 10 6 8 8 17 Year 2 cash outflow 3 7 -5 3 20 6 4 3 3 Net Present Value (NPV) 14 17 16 10 39 15 18 12 24 The company has $50 million available for projects during year 1, and $20 million available during year 2. The fund left over in year I can be used in year 2. Assume that the company may undertake a fraction of each project. Formulate an LP to help the company to maximize the NPV of its investmer plan. Using what'sBest to solve the LP, we obtain that the optimal investment plan is to undertake [x1] of project 1, [x2] of project 2, [x3] of project 3, [x4] of project 4. [5] of project 5, [x6] of project 6. [x7] of project 7. [x8] of project 8, and [x9] of project 9. The maximum NPV 15 S [2] million. YUSON 5 10 A company has 9 projects under considerations. The following table provides the cash outflows required by each project during the next two years, and the net present value added by each project. All numbers in the table are in millions of dollars 1 2 3 4 5 6 7 B 9 Yow I cash outfiw 10 9 6 6 10 6 B B 17 Yew 2 cash outflow 7 5 3 20 6 4 3 3 Net Present Value (NPV) 14 17 16 10 32 15 18 12 24 The company has $50 million available for projects during year 1, and $20 million available during year 2. The fund left over in year I can be used in year 2. Assume that the company may undertake a fraction of each project. Formulate an LP to help the company to maximize the NPV of its lavestmet plan. Using What'sBest to solve the LP, we obtain that the optimal investment plan is to undertake [x1] of project 1, [x2] of project 2, [x3] of project 3, [x4] of project 4, [x5] of project 5, [x6] of project 6, [x7] of project 7. [x8] of project 8, and [x9] of project 9. The maximum NPV is $ [z] million. LULUI Lay Lu. uestion 2 5 out of 10 points A company has 9 projects under considerations. The following table provides the cash outflows required by each project during the next two years, and the net present value added by each project. All numbers in the table are in millions of dollars. Project 1 2 3 4 un 6 7 8 9 Year 1 cash outflow 10 9 6 6 10 6 8 8 17 Year 2 cash outflow 3 7 -5 3 20 6 4 3 3 Net Present Value (NPV) 14 17 16 10 39 15 18 12 24 The company has $50 million available for projects during year 1, and $20 million available during year 2. The fund left over in year I can be used in year 2. Assume that the company may undertake a fraction of each project. Formulate an LP to help the company to maximize the NPV of its investmer plan. Using what'sBest to solve the LP, we obtain that the optimal investment plan is to undertake [x1] of project 1, [x2] of project 2, [x3] of project 3, [x4] of project 4. [5] of project 5, [x6] of project 6. [x7] of project 7. [x8] of project 8, and [x9] of project 9. The maximum NPV 15 S [2] million
