QUESTION 3For the below ME alternatives, which machine should be selected based on the AW analysis. MARR=10%Machine AMachine BMachine CFirst cost, $15,8283000010000Annual cost, $/yearSalvage value, sLife, years8,7536,0004,0004,0005,0001,000Answer the below questions:A- AW for machine A=QUESTION 4For the below ME alternatives, which machine should be selected based on the AW analysis. MARR=10%Machine AMachine BMachine CFirst cost, $1500021,34410000Annual cost, $/year8,3146,0004,000Salvage value, $Life, years4,0005,0001,000Answer the below questions:B- AW for machine B=

*Answer: *3 Machine A Annual worth = 15,828(A/P,10,3) + 8,753 – 4000(A/F,10,3) Using DCIF Tables…

Answered: QUESTION 3 For the below ME…

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Required information Akash Uni-Safe in Chennai, India, makes Terminator fire extinguishers. The company needs replacement equipment to form the neck at the top of each extinguisher during production. Machine First cost, $ AOC, $ per year Salvage value, $ Life, years D E -70,000 -15,000 10,000 6 NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. -60,000 -12,000 8,000 Select between two metal-constricting machines. Use the corporate MARR of 15% per year with future worth analysis using tabulated factors. The future worth of machine D is $- 8008 and the future worth of machine E is $- 20280 The machine selected based on the future worth analysis is
An industrial plant has hired a contractor to develop a solar farm nearby for the industrial plant's electricity consumption. During the 3-year construction period, the contractor will need to run a generator to power the construction. Cost analysis from previous projects indicates: Generator Brand Installed Cost Cost per Hour A $22M $500 B $23M $400 C $25M $250 D $30M $150 At the end of 3 years, the generator will have a salvage value equal to the cost of removing them. The generator will operate 6,000 hours per year. The lowest interest rate at which the contractor is willing to invest money is 7%. (The minimum required interest rate for invested money is called the minimum attractive rate of return, or MARR.) Select the alternative with the least present worth of cost. O Choice "C" with $29,872,900 O Choice "B" with $29,298,320 O Choice C with $28,936,450 O Choice "A" with $29,872,900
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Plz read carefully questions and then answer don't copy other answer
PW values of a project were calculated for several values of (i). The results were plotted as shown in the figure. a. What are the values of ROR (i*) for this project? Put 100 integer number followed immediately by% 75 1- 50 25 2- 10 20 30 40 50 b. If this project is a public sector project (i.e. its ROR is low). What value should we choose as the ROR for the 50 project? Put integer number followed immediately 75 by% 100 (O00TS x) Md
A seasonal bus tour firm has 5 buses with a capacity of 60 people each. Each customer pays $25 for a one-day tour. Records show $360,000 in fixed costs per season, incremental costs of $5 per customer, and an average daily occupancy of 80%. The number of days of operation necessary each season to break even is closest to which value? (a) 50 days (b) 75 days (c) 100 days (d) 120 days?
SUBJECT: Engineering Economics Number 3
An assembly line can produce 80 units per hour. The line's hourly cost is $4250 on straight time (the first 8 hours). Workers are guaranteed a minimum of 5 hours. There is a 35% premium for overtime, however, productivity for overtime drops by 10%. What are the average and marginal costs per unit for the following daily quantities? (a) 350 (b) 500 (c) 640 (d) 850
Determine the ESL, at i = 15% per year for equipment that has a first cost of $8,000 and the estimated operating costs and year-end salvage values shown below Year Operation Cost Salvage Value $ per Year $ 1 -1000 2 -1200 3 -1300 4 -2100 1 year 2 years 3 years 4 years 6000 5000 3000 2000

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