80.2K

Verified Solution

Link Copied!

Have the solutions to the problem, need help working through it and being able to calculate NPV using TI-84 Plus calculator. thanks

1 (Chapter 7). You are considering a new project. In the first year, you expect to sell 9000 units at S50 net cash apiece, giving you operating cash flow of $450,000. At the end of the first year, you will know whether the project is doing "well" or doing "poorly." If it is doing well, you will expect sales of 15,000 units per year for the next 10 years. If it is doing poorly, you will expect sales of 4,000 units per year for the next 10 years. You also have the option to (a) expand after the first year, or (b) dismantle the project after the first year and sell components for $1.3 million. The initial (time 0) investment cost for the project is $1.9 million. The cost of expansion is an additional $2 million, and doubles your sales projections in the event that the project is successful in the first year. (Expansion doesn't alter sales projections if the project is not successful in the first year.) Assume the price of the product remains constant at S50 regardless of success or failure. All cash flows are real, and the real discount rate is 15%. For simplicity, assume no taxes, so investment costs and operating cash flows (the net revenues of S50 per unit) are all your cash flows. The probability of success is 40%. a. What is your best strategy when you experience success after one year: Do you expand, continue operations without expansion, or abandon the project? b. What is your best strategy when the project does poorly in the first year: Do you expand, continue operations without expansion, or abandon the project? c. In view of your answers to a) and b), construct a decision tree for this project and evaluate its NPV. Should you invest at time 0? Expand: NPVi - $5.528 mil. Success 40% mil, Continue: NPVi-$3.764 Invest Dismantle: NPVi$1.3 mil. Fail 60% Continue: NPV,-$1.004 mil. Not Invest Time 0 Time 1 0 a. As of time 1, with success

Answer & Explanation Solved by verified expert

See Answer