Problem 4. Which of the following alternatives should be chosen on the basis of their capitalized cost at an interest rate of 10% per year? (Ans. CCpetroleum = $2,190,780; CCinorganic = $1,746,077) Petroleum- Inorganic- Based Based Feedstock Feedstock -110,000 -65,000 First cost, $ -250,000 -130,000 Annual operating cost, S/year Annual revenues, 400,000 270,000 S/year Salvage value, $ Life, years 50,000 20,000 4
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- Gonzales, Inc. financed a new product as follows: $5 million in stock sales at 13.7% per year, $2 million in retained earnings at 8.9% per year, and $3 million through convertible bonds at 7.8% per year. The company’s WACC is closest to: (a) 9% per year (b) 10% per year (c) 11% per year (d) 12% per yearThe capital fund for new investment at Systems Corporation is limited to $75,000 for next year. You have been asked to recommend one or more of three projects as economically acceptable for investment at the corporate MARR of 15% per year. Perform the analysis in two ways: (a) by hand, and (b) using NPV functions and a spreadsheet. Initial Annual NCF, Life, Salvage Project Investment, $ $/Year Years Value, $ A −25,000 6,000 4 4,000 B −30,000 9,000 4 −1,000 C −50,000 15,000 4 20,000The City Engineering Department of a city submitted a proposal for improving the downtown area. They propose banning vehicular traffic on the main street and turning this street into a pedestrian mall with tree plantings and other beautification features. This proposal will involve actual costs of Php 401,600,000 and, according to its proponents, the proposal will produce benefits to the town as follows: Benefits: Increased sales tax revenue: Php 27,800,000 per year Increased real estate property taxes: Php 14,350,000 per year Benefits due to decreased air pollution: Php 5,100,000 per year Quality of life improvements to users: Php 4,300,000 per year a. Compute the B–C ratio of this plan based on a MARR of 10% per year and an infinite life for the project using AW. b. Given a disbenefit of Php 10,300,000 per year due to increased maintenance, compute for the B-C ratio given the same conditions in item a. c. How does the B–C ratio change for a 20-year project life? Compute using the…
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