Who doesn't love food trucks? Imagine you are being offered to invest in a food truck as part of a restaurant business. The truck including equipment costs $100,000, has an expected useful lifespan of 10 years, and the estimated salvage value then is $5,000. The food truck will require a $20,000 overhaul after 6 years of use. The food truck costs $5000 per year to operate and maintain, but it will save the underlying restaurant operator $40,000 per year in labour and lease payments. As you are contemplating the offer you evaluate the economics of this idea... Your cost of borrowing money is 10%. You set yourself an MARR of 14%. What should you do? Invest or not? Hgo o ti melin to qummor

Who doesn't love food trucks? Imagine you are being offered to invest in a food truck as part of a restaurant business. The truck including equipment costs $100,000, has an expected useful lifespan of 10 years, and the estimated salvage value then is $5,000. The food truck will require a $20,000 overhaul after 6 years of use. The food truck costs $5000 per year to operate and maintain, but it will save the underlying restaurant operator $40,000 per year in labour and lease payments. As you are contemplating the offer you evaluate the economics of this idea... Your cost of borrowing money is 10%. You set yourself an MARR of 14%. What should you do? Invest or not? Hgo o ti melin to qummor

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Annual thermal loss through the pipe lines of a factory is estimated to be $412 in terms of wasted energy. A new anti-heating technology can reduce the energy loss by 93% and costs for $1232. Although this new technology has no salvage value but it helps the factory to save much energy for upcoming 8 Years. Identify the present worth of the entire investment if the market rate is 10%.
S Required information A remotely located air sampling station can be powered by solar cells or by running an above ground electric line to the site and using conventional power. Solar cells will cost $16,800 to install and will have a useful life of 5 years with no salvage value. Annual costs for inspection, cleaning, and other maintenance issues are expected to be $2,900. A new power line will cost $24,500 to install, with power costs expected to be $1,000 per year. Since the air sampling project will end in 5 years, the salvage value of the line is considered to be zero. NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. At an interest rate of 10% per year and using an AW analysis, which alternative should be selected? The annual worth of installing solar cells is $- a new power line is $- The alternative to be selected is (Click to select) and the annual worth of installing
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A new punching machine will cost $3,698. At the end of its 10 years useful life, the machine can be sold for $780. The new machine will reduce annual expenses by $627. The interest rate is 10%. The Present Worth for this investment is:
A $2500 computer system can be leased for $79 per month for 3 years. After 3 years, it can be purchased for $750. This is also the salvage value if the system was purchased originally. What is the effective annual rate for leasing the computer? Ans. r = 1.75% and Effective Annual Annual Rate = 23.1% Please shows the formula used dont make a shortcut answer. Provide full detailed solution.
Littrell's Nursery needs a new irrigation system. System one will cost $145,000, have annual maintenance costs of $10,000, and need an overhaul at the end of year six costing $30,000. System two will have first year maintenance costs of $5,000 with increases of $500 each year thereafter. System two would not require an overhaul. Both systems will have no salvage value after 12 years. If Littrell's cost of capital is 4%, using annual worth analysis determine the maximum Littrell's should be willing to pay for system two.
Please solve this manually step by step. Please don't solve it in Excel. I need a manual step-by-step.
A company is considering establishing a new machine to automate a meatpacking process. The machine will save $59,350 in labor annually. The machine can be purchased for $271,296 today and will be used for 8 years. It has a salvage value of $11,071 at the end of its useful life. The new machine will require an annual maintenance cost of $9,594. The corporation has a minimum rate of return of 9.4%. Calculate the NPW.
kuzukuzu12121@outlook.com just sent here I NEED EXCEL FİLE. Determine the NPW, AW, FW and IRR of the following engineering project. Initial Cost ($400,000) The Study Period 15 years Salvage (Market) Value of the project 15% of the initial cost Operating Costs in the first year($9,000) Cost Increase 3% per year Benefits in the first year $40,000 Benefit Increase 9% per year MARR 8% per year Is the Project acceptable? WHY?
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