Contemporary Engineering Economics (6th Edition)
Contemporary Engineering Economics (6th Edition)
6th Edition
ISBN: 9780134105598
Author: Chan S. Park
Publisher: PEARSON
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Chapter 6, Problem 37P
To determine

Calculate the cost per kilowatt hour.

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If a project costs ​$90,000 and is expected to return ​$24,500 ​annually, how long does it take to recover the initial​ investment? What would be the discounted payback period at i=14​%? Assume that the cash flows occur continuously throughout the year. The payback period is___________years. ​(Round to one decimal​ place.)
A UK manufacturer of particle board furniture is considering investing in a new stamping machine. The machine is expected to have a useful life of five years, after which the machine can be sold as scrap for an estimated £5000. The firm plans to issue bonds to pay for the machine and intends to treat the interest rate on the bonds as the relevant discount rate for evaluating the project. The machine will cost the firm £175,000, all of which must be paid at the beginning of the project. The new stamping machine will reduce costs £50,000 per year, for each year of the machineʹs life. The firm treats all the cost savings as if they occur at year end. Should the firm plan to undertake the investment project, bonds will be issued in approximately three months. The firm has estimated the supply and demand for loanable funds given by these equations:LD = 25,000,000 - 125,000,000r LS = 2,500,000 + 62,500,000r(1) Given the information above, should the firm undertake the investment in the…
A California utility firm is considering building a 50-megawatt geothermalplant that generates electricity from naturally occurring underground heal. The binary geothermal system will cost $85 million to build and $6 million (including any income-tax effect) to operate per year. (Unlike a conventional fossilfuel plant, this system will require virtually no fuel costs.) The geothermal plant is to last 25 years. At the end of that time, the expected salvage value will be about the same as the cost to remove the plant. The plant will be in operation for 70% (the plant-utilization factor) of the year (or 70% of 8,760 hours per year). If the firm's MARR is 14% per year, determine the cost of generating electricity per kilowatt-hour.
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