Suppose that an aircraft manufacturer desires to make a preliminary estimate of the cost of building a 600-MW fossil-fuel plant for the assembly of its new long-distance aircraft. It is known that a 200-MW plant cost $100 million 20 years ago when the approximate cost index was 400, and that cost index is now 1,200. The cost-capacity factor for a fossil-fuel power plant is 0.79.
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Suppose that an aircraft manufacturer desires to make a preliminary estimate of the cost of building a 600-MW fossil-fuel plant for the assembly of its new long-distance aircraft. It is known that a 200-MW plant cost $100 million 20 years ago when the approximate cost index was 400, and that cost index is now 1,200. The cost-capacity factor for a fossil-fuel power plant is 0.79.
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- Suppose that an aircraft manufacturer desires to make a preliminary estimate of the cost of building a 600-MW fossil-fuel plant for the assembly of its new longdistance aircraft. It is known that a 200-MW plant cost $100 million 20 years ago when the approximate cost index was 400, and that cost index is now 1,200. The cost-capacity factor for a fossil-fuel power plant is 0.79. Estimate the cost using power sizing method.The annual sales of Crimson Pharmacy are expected to be given by S = 2.3 + 0.5t million dollars t years from now, whereas the annual sales of Cambridge Pharmacy are expected to be given by S = 1.2 + 0.9t million dollars t years from now. When will Cambridge's annual sales first surpass Crimson's annual sales?years from nowThe annual sales of Crimson Pharmacy are expected to be given by S = 2.5 + 0.4t million dollars t years from now, whereas the annual sales of Cambridge Pharmacy are expected to be given by S = 1.2 + 0.8t million dollars t years from now. When will Cambridge's annual sales first surpass Crimson's annual sales?
- A manager is trying to decide whether to build a small,medium, or large facility. Demand can be low, average,or high, with the estimated probabilities being 0.25, 0.40,and 0.35, respectively.A small facility is expected to earn an after-tax net pres-ent value of just $18,000 if demand is low. If demand isaverage, the small facility is expected to earn $75,000; it canbe increased to medium size to earn a net present value of$60,000. If demand is high, the small facility is expected to earn $75,000 and can be expanded to medium size to earn$60,000 or to large size to earn $125,000.A medium-sized facility is expected to lose an estimated$25,000 if demand is low and earn $140,000 if demand isaverage. If demand is high, the medium-sized facility isexpected to earn a net present value of $150,000; it can beexpanded to a large size for a net payoff of $145,000.If a large facility is built and demand is high, earningsare expected to be $220,000. If demand is average for thelarge facility, the…A manager is trying to decide whether to build a small, medium, or large facility. Demand can be low, average, or high, with the estimated probabilities being 0.40, 0.35, and 0.25, respectively. A small facility is expected to earn an after-tax net present value of just $13,000 if demand is low. If demand is average, the small facility is expected to earn $15,000; it can be increased to medium size to earn a net present value of $30,000. If demand is high, the small facility is expected to earn $25,000 and can be expanded to medium size to earn $50,000 or to large size to earn $100,000. A medium-sized facility is expected to lose an estimated $50,000 if demand is low and earn $100,000 if demand is average. If demand is high, the medium-sized facility is expected to earn a net present value of $125,000; it can be expanded to a large size for a net payoff of $175,000. If a large facility is built and demand is high, earnings are expected to be $180,000. If demand is average for the large…* 00 Miles is considering buying a new pickup truck for his lawn service firm. The economy in town seems to be growing, and he is wondering whether he should opt for a subcompact, compact, or full-size pickup truck. The smaller truck would have better fuel economy, but would sacrifice capacity and some durability. A friend at the Bureau of Economic Research told him that there is a 30% chance of lower gas prices in his area this year, a 20% chance of higher gas prices, and a 50% chance that gas prices will stay roughly unchanged. Based on this information, Miles has developed a decision table that indicates the profit amount he would end up with after a year for each combination of truck and gas prices. States of Nature Lower gas Gas prices Higher gas Alternatives prices unchanged prices Subcompact 19,000 000 Compact OGOʻST 000 Full size 000'9 Probability 0.3 0.5 0.2 MacBook Air 000 000 DD F7 08 F4 F5 6 %24 ) 9 | K. D.
- A local toy manufacturer has three different mechanisms that can be installed in a doll that it sells. The different mechanisms have three different setup costs (overheads) and variable costs and, therefore, the profit from the dolls is dependent on the volume of sales. The anticipated payoffs are as follows: Light Demand Moderate Demand Heavy Demand Probability 0.25 0.45 0.3 Wind-up action $325,000 $190,000 $170,000 Pneumatic action $300,000 $420,000 $400,000 Electrical action -$400,000 $240,000 $800,000 What is the ultimate objective in the use of decision trees to product design? How is this objective accomplished? Draw the decision tree. What is the EMV of each decision alternative? Which action should be selected?A manager is trying to decide whether to build a small, medium, or large facility. Demand can be low, average, or high, with the estimated probabilities being 0.25, 0.40, and 0.35, respectively. A small facility is expected to earn an after-tax net present value of just $18,000 if demand is low. If demand is average, the small facility is expected to earn $75,000; it can be increased to medium size to earn a net present value of $60,000. If demand is high, the small facility is expected to earn 75,000 and can be expanded to medium size to earn $60,000 or to large size to earn $125,000. A medium-sized facility is expected to lose an estimated $25,000 if demand is low and earn $140,000 if demand is average. If demand is high, the medium-sized facility is expected to earn a net present value of $150,000; it can be expanded to a large size for a net payoff of $145,000. If a large facility is built and demand is high, earnings are expected to be $220,000. If demand is average for the…A manager is trying to decide whether to build a small, medium, or large facility. Demand can be low, average, or high, with the estimated probabilities being 0.25, 0.40, and 0.35, respectively. A small facility is expected to earn an after-tax net present value of just $18,000 if demand is low. If demand is average, the small facility is expected to earn $75,000; it can be increased to medium size to earn a net present value of $60,000. If demand is high, the small facility is expected to earn $75,000 and can be expanded to medium size to earn $60,000 or to large size to earn $125,000. A medium-sized facility is expected to lose an estimated $25,000 if demand is low and earn $140,000 if demand is average. If demand is high, the medium-sized facility is expected to earn a net present value of $150,000; it can be expanded to a large size for a net payoff of $145,000. If a large facility is built and demand is high, earningsare expected to be $220,000. If demand is average for the large…
- A firm is weighing three capacity alternatives: small, medium, and large job shop.Whatever capacity choice is made, the market for the firm’s product can be “moderate”or “strong.” The probability of moderate acceptance is estimated to be 40%; strongacceptance has a probability of 60%. The payoffs are as follows. Small job shop,moderate market = $24,000; Small job shop, strong market = $54,000. Medium job shop,moderate market = $20,000; medium job shop, strong market = $64,000.Large job shop,moderate market = -$2,000; large job shop, strong market = $96,000. Which capacitychoice should the firm make?The manager of Arbor, Incorporated, is considering raising its current price of $50 per unit by 10%. If she does so, she estimates that demand will decrease by 30,000 units per month. Arbor currently sells 100,000 units per month, each of which costs $35 in variable costs. Fixed costs are $1,200,000. Assume the manager does not know how much demand will drop if the price increases. By how much would demand have to drop before the manager would not want to implement the price increase?The city of Winnipeg is considering whether to build a new public ice rink. This rink would have a capacity of 800 ice skaters per day, and the proposed admission fee is $6 per individual per day. The estimated cost of the ice rink, averaged over the life of the rink, is $4 per ice skater per day. The city of Winnipeg has hired you to assess this project. Fortunately, Ottawa already has an ice rink, and the city of Ottawa has randomly varied the price of that rink to find how price affects usage. The results from their study follow: Ice rink price Number of ice skaters per day $8 $10 $4 $6 $2 per day 500 200 1100 800 1400 a. If the ice rink is built as planned, what would be the net benefit per day from the ice rink? What is the consumer surplus for ice skaters? b. Given this information, is an 800-ice rink the optimally sized ice rink for Winnipeg to build? Explain.