recommend to SLB to increase capacity without any additional equip 8. Greg Kopp, Acting Dean of Engineering, is considering competing proposals to establish joint programs with universities in Australia and Mexico. Students enrolled in each program would pay an additional fee to participate in these programs. Australia $105,000 $60,000 Mexico $185,000 $71,000 Investment Net Benefit 3 years Project Life 2 years With a hurdle rate (MARR) of 10%, calculate the net present value and external rate of return of the two investments. As Greg Kopp, which option would you recommend the Faculty of Engineering pursue? TOTAL

recommend to SLB to increase capacity without any additional equip 8. Greg Kopp, Acting Dean of Engineering, is considering competing proposals to establish joint programs with universities in Australia and Mexico. Students enrolled in each program would pay an additional fee to participate in these programs. Australia $105,000 $60,000 Mexico $185,000 $71,000 Investment Net Benefit 3 years Project Life 2 years With a hurdle rate (MARR) of 10%, calculate the net present value and external rate of return of the two investments. As Greg Kopp, which option would you recommend the Faculty of Engineering pursue? TOTAL

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Can you compute the PW of alternative A, the AW of alternative B, the FW of Alternative C, and the PW of alternative D? Also for a MARR of 12%, rank the MEAs from most profitable to least profitable. HINT: You will need to perform additional calculations before answering this question.
You have decided to open a microbrewery selling university-themed beers as one of your product lines. You need to conduct a breakeven analysis of sales and price. You know your fixed costs but based on your marketing plan you are not sure of pricing and sales. Your company MARR is 5%, and fixed costs include an initial capital investment of $250,000 with fixed annual expenses of $100,000. Use a 5-year planning horizon and assume that these expenses will not grow with inflation. a. Draw the cash flow diagram. b. Populate the following table and plot the NPW results in a meaningful plot. (Make sure you label your axis, and your plot should contain three curves.) c. Make a pricing recommendation as a function of sales. You would like to make a minimum of $100,000 for your work on this project.
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10. Solve the given question and give the correct answer.
Consider the cashflow (n = 10 years, MARR = e = 14%) Cash Flow A Investment P 180,000 Revenues P 350,000 per year Expenses P 400,000 per year for the first 3 years, decreasing by P 50,000 per year thereafter a. Determine the Annual Worth (AW) of each project. b. Determine the Internal Rate of Return (IRR) of each project. c. Determine the External Rate of Return (ERR) of each project. Salvage Value P 40,000
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Ali is a Planning engineer considered the following three mutually exclusive investment projects (A, B, and C) at PTUK. He summarized the relevant data provided for these projects as; for project A, the initial investment is -200 , annual return is 22 and the salvage value is 200. For project B, the initial investment is -4000, salvage value is 2600 and the annual return is 620. For project C, the initial investment is -5450, annual retum is 740 and salvage value is 4300. The useful life for these projects is similar which is 5 years, and MARR=10% . Which alternatives are feasible based on their ROR.
A project has an initial cost of $65,000, expected net cash inflows of $11,000 per year for 12 years, and a cost of capital of 11%. What is the project's MIRR? (Hint: Begin by constructing a time line.) Do not round intermediate calculations. Round your answer to two decimal places.
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3. APC + APS should always be equal to 1 a) False b) Depends on their values c) None of these d) True