Please answer only when you are able to explain with the calculations and assumptions taken to solve. Do not just copy paste from previous solutions.

The Scene: It is early evening in the summer of 2014, in an ordinary family room in Manhattan. Modern furni- ture, with old copies of The Wall Street Journal and the Financial Times scattered around. Autographed photos of Alan Greenspan and George Soros are prominently displayed. A picture window reveals a distant view of lights on the Hudson River. John Jones sits at a computer terminal, glumly sipping a glass of chardonnay and putting on a carry trade in Japanese yen over the Internet. His wife Marsha enters. Marsha: Hi, honey. Glad to be home. Lousy day on the trading floor, though. Dullsville. No volume. But I did manage to hedge next year's production from our copper mine. I couldn't get a good quote on the right package of futures contracts, so I arranged a commodity swap. John doesn't reply. Marsha: John, what's wrong? Have you been selling yen again? That's been a losing trade for weeks. John: Well, yes. I shouldn't have gone to Goldman Sachs's foreign exchange brunch. But I've got to get out of the house somehow. I'm cooped up here all day calculating covariances and efficient risk-return trade-offs while you're out trading commodity futures. You get all the glamour and excitement. Marsha: Don't worry, dear, it will be over soon. We only recalculate our most efficient common stock portfolio once a quarter. Then you can go back to leveraged leases. John: You trade, and I do all the worrying. Now there's a rumor that our leasing company is going to get a hostile takeover bid. I knew the debt ratio was too low, and you forgot to put on the poison pill. And now you've made a negative-NPV investment! Marsha: What investment? John: That wildcat oil well. Another well in that old Sourdough field. It's going to cost $5 million! Is there any oil down there? Marsha: That Sourdough field has been good to us, John. Where do you think we got the capital for your yen trades? I bet we'll find oil. Our geologists say there's only a 30% chance of a dry hole. John: Even if we hit oil, I bet we'll only get 75 barrels of crude oil per day. Marsha: That's 75 barrels day in, day out. There are 365 days in a year, dear. Johnny: Hi, Dad! Hi, Mom! Guess what? I've made the junior varsity derivatives team! That means I can go on John: Your mother has made another negative-NPV investment. A wildcat oil well, way up on the North Slope Johnny: That's OK, Dad. Mom told me about it. I was going to do an NPV calculation yesterday, but I had to finish calculating the junk-bond default probabilities for my corporate finance homework. (Grabs a financial calculator from his backpack.) Let's see: 75 barrels a day times 365 days per year times $100 per barrel when John: That's $2.7 million next year, assuming that we find any oil at all. The production will start declining by 5% every year. And we still have to pay $20 per barrel in pipeline and tanker charges to ship the oil from the Marsha: On the other hand, our energy consultants project increasing oil prices. If they increase with inflation, John and Marsha's teenage son Johnny bursts into the room. the field trip to the Chicago Board Options Exchange. (Pauses.) What's wrong? of Alaska. delivered in Los Angeles ... that's $2.7 million per year. North Slope to Los Angeles. We've got some serious operating leverage here. price per barrel should increase by roughly 2.5% per year. The wells ought to be able to keep pumping for a least 15 years. Johnny: I'll calculate NPV after I finish with the default probabilities. The interest rate is 6%. Is it OK if I work with the beta of .8 and our usual figure of 7% for the market risk premium? Marsha: I guess so, Johnny. But I am concerned about the fixed shipping costs. John: (Takes a deep breath and stands up.) Anyway, how about a nice family dinner? I've reserved our usual table at the Four Seasons. Everyone exits. Announcer: Is the wildcat well really negative-NPV? Will John and Marsha have to fight a hostile takeover? Will Johnny's derivatives team use Black-Scholes or the binomial method? Find out in the next episode of The Jones Family, Incorporated. You may not aspire to the Jones family's way of life, but you will learn about all their activities, from futures con- tracts to binomial option pricing, later in this book. Meanwhile, you may wish to replicate Johnny's NPV analysis. QUESTIONS 1. Calculate the NPV of the wildcat oil well, taking account of the probability of a dry hole, the shipping costs, the decline in production, and the forecasted increase in oil prices. How long does production have to con- tinue for the well to be a positive-NPV investment? Ignore taxes and other possible complications. 2. Now consider operating leverage. How should the shipping costs be valued, assuming that output is known and the costs are fixed? How would your answer change if the shipping costs were proportional to output ? Assume that unexpected fluctuations in output are zero-beta and diversifiable. (Hint: The Jones's oil com- pany has an excellent credit rating. Its long-term borrowing rate is only 7%.) The Scene: It is early evening in the summer of 2014, in an ordinary family room in Manhattan. Modern furni- ture, with old copies of The Wall Street Journal and the Financial Times scattered around. Autographed photos of Alan Greenspan and George Soros are prominently displayed. A picture window reveals a distant view of lights on the Hudson River. John Jones sits at a computer terminal, glumly sipping a glass of chardonnay and putting on a carry trade in Japanese yen over the Internet. His wife Marsha enters. Marsha: Hi, honey. Glad to be home. Lousy day on the trading floor, though. Dullsville. No volume. But I did manage to hedge next year's production from our copper mine. I couldn't get a good quote on the right package of futures contracts, so I arranged a commodity swap. John doesn't reply. Marsha: John, what's wrong? Have you been selling yen again? That's been a losing trade for weeks. John: Well, yes. I shouldn't have gone to Goldman Sachs's foreign exchange brunch. But I've got to get out of the house somehow. I'm cooped up here all day calculating covariances and efficient risk-return trade-offs while you're out trading commodity futures. You get all the glamour and excitement. Marsha: Don't worry, dear, it will be over soon. We only recalculate our most efficient common stock portfolio once a quarter. Then you can go back to leveraged leases. John: You trade, and I do all the worrying. Now there's a rumor that our leasing company is going to get a hostile takeover bid. I knew the debt ratio was too low, and you forgot to put on the poison pill. And now you've made a negative-NPV investment! Marsha: What investment? John: That wildcat oil well. Another well in that old Sourdough field. It's going to cost $5 million! Is there any oil down there? Marsha: That Sourdough field has been good to us, John. Where do you think we got the capital for your yen trades? I bet we'll find oil. Our geologists say there's only a 30% chance of a dry hole. John: Even if we hit oil, I bet we'll only get 75 barrels of crude oil per day. Marsha: That's 75 barrels day in, day out. There are 365 days in a year, dear. Johnny: Hi, Dad! Hi, Mom! Guess what? I've made the junior varsity derivatives team! That means I can go on John: Your mother has made another negative-NPV investment. A wildcat oil well, way up on the North Slope Johnny: That's OK, Dad. Mom told me about it. I was going to do an NPV calculation yesterday, but I had to finish calculating the junk-bond default probabilities for my corporate finance homework. (Grabs a financial calculator from his backpack.) Let's see: 75 barrels a day times 365 days per year times $100 per barrel when John: That's $2.7 million next year, assuming that we find any oil at all. The production will start declining by 5% every year. And we still have to pay $20 per barrel in pipeline and tanker charges to ship the oil from the Marsha: On the other hand, our energy consultants project increasing oil prices. If they increase with inflation, John and Marsha's teenage son Johnny bursts into the room. the field trip to the Chicago Board Options Exchange. (Pauses.) What's wrong? of Alaska. delivered in Los Angeles ... that's $2.7 million per year. North Slope to Los Angeles. We've got some serious operating leverage here. price per barrel should increase by roughly 2.5% per year. The wells ought to be able to keep pumping for a least 15 years. Johnny: I'll calculate NPV after I finish with the default probabilities. The interest rate is 6%. Is it OK if I work with the beta of .8 and our usual figure of 7% for the market risk premium? Marsha: I guess so, Johnny. But I am concerned about the fixed shipping costs. John: (Takes a deep breath and stands up.) Anyway, how about a nice family dinner? I've reserved our usual table at the Four Seasons. Everyone exits. Announcer: Is the wildcat well really negative-NPV? Will John and Marsha have to fight a hostile takeover? Will Johnny's derivatives team use Black-Scholes or the binomial method? Find out in the next episode of The Jones Family, Incorporated. You may not aspire to the Jones family's way of life, but you will learn about all their activities, from futures con- tracts to binomial option pricing, later in this book. Meanwhile, you may wish to replicate Johnny's NPV analysis. QUESTIONS 1. Calculate the NPV of the wildcat oil well, taking account of the probability of a dry hole, the shipping costs, the decline in production, and the forecasted increase in oil prices. How long does production have to con- tinue for the well to be a positive-NPV investment? Ignore taxes and other possible complications. 2. Now consider operating leverage. How should the shipping costs be valued, assuming that output is known and the costs are fixed? How would your answer change if the shipping costs were proportional to output ? Assume that unexpected fluctuations in output are zero-beta and diversifiable. (Hint: The Jones's oil com- pany has an excellent credit rating. Its long-term borrowing rate is only 7%.)