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Solve the two question below using excel spreadsheet.
1. A small machine costs $10,000 and at the end of a 5 year life will have a disposal cost of $200. The machine will be used to process 1,000kg of material per month over the whole of the 5 year life. For interest rates of 6%, and 12% calculate a. The present equivalent value of the machine. b. The contribution to the cost of processing the material, per kg, resulting from the capital cost of the machine.
2. You have a choice of buying equipment for $10,000, with the expectation of a service life of 4 years from this equipment. The interest rate is 10%. You could rent equivalent equipment for $90 per day and additional overhead costs of $100 for each time the equipment is rented. If a typical job using the equipment takes three days, how many days per year would the builder need to use the equipment in order to make buying preferable? Assume salvage value of $0. Assume storage per day when not in use costs $10. For the purpose of this calculation assume the year has 365 days available for work.
How would you develop a project appraisal and project development Statement of Work process which would enable you to confidently 'cover off' all the factors which could impact the economic value of your proposal.
Specify a fire wall of appropriate resistance which utilizes masonry. Provide a construction detail of how it is to be constructed. Please note this is a load bearing wall - FSE 445 Design Project
Prepare a schematic diagram below of the major parts of the SEM
Offer an explanation for why cracking might have occurred and provide at least three suggestion on how to prevent this type of corrosion.
Using the data provided on the webvista site in the file marked vdw.txt, try to develop a mathematical equation for the vdW potential we discussed in class, U(x), that best fits the data
Spatial and temporal analysis of travel patterns of no-car households - Identify spatial gaps in public transport supply based on social needs of no-car household owners.
Design a risk matrix to show the likelihood and the impacts of the risks of the failures of the critical IS What is the role of Business Process Re-engineering in the implementation of an integrated IS solution
I would like to use the each following methods to answer the (same question) as attached : VALUE MEASUREMENT MODELS GOAL PROGRAMMING OUTRANKING (ELECTRE I)
Calculate the d-spacing for the wet smectite. What happened to the smectite crystal structure, when it was exposed to water?
What is meant by point-of-operation guards and What are the three types of point of operation guards? What are their advantages and limitations and Briefly describe four requirements that all safeguards should have.
How much gasoline do vehicles with the following fuel efficiencies consume in one year? Calculate the gasoline savings, in gallons per year, created by the following two options. Show all your work, and draw boxes around your answers.
Environmental engineering, CEE 357 Winter 2014. HW#6 Assignment: - Find the ultimate BOD of the river water as it enters the lake. Find the value of the rate constant for BOD utilization in the river, k d,riv .
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