Answer is option B) : -200,000(A/P,i,5)-60,000+20,000(A/F,i,5)
First of all, since 200,000 and 60,000 are costs, these should be in negative and 20,000 should be in positive which case is only in option B).
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Question 6 (1 point) Saved An alternative X has a life of 5 years, a first...
Question 11 For the cash flows provided hereunder, answer the questions and determine which alternative is best at an interest rate of 10% Alternative 350,000 150,000 0,000 450,000 First cost, S Maintenance costs, $ 20.000 15,000 ear Overhaul cots in vear 5 10.000 Salvage values, S 8.000 20,000 200,000 Life, years Match the closest correct answers for the below questions: Calculate the Present worth PW of A A. -86,748.66 B. -97,743.33] # Calculate the Annual worth AW of B Calculate...
Question 11 For the cash flows provided hereunder, answer the questions and determine which alternative is best at an interest rate of 10% Alternative 350,000 150,000 0,000 450,000 First cost, S Maintenance costs, $ 20.000 15,000 ear Overhaul cots in vear 5 10.000 Salvage values, S 8.000 20,000 200,000 Life, years Match the closest correct answers for the below questions: Calculate the Present worth PW of A A. -86,748.66 B. -97,743.33] # Calculate the Annual worth AW of B Calculate...
uestion 1 Question 1 23 points Save A value of $20.000. For an area of 10%, the AW of them is determined by the The cash flow of a year Westernative is given such that is first cost is $200,000, annual maintenance costis 5-60.000 with a following equation -200,000/AP 10% -60.000 20.000F 10%. -200,000(0.10) - 60,000 - 20,0000.10) -200,000/0.10) - 60,000 - 20.0004AF, 10%.5) -200,000MP, 108.5) - 60,000 - 20.000F 10%, Question 2 0.000 per year for 50 years and...
QUESTION 1 i) A metallurgical engineer is considering two materials for use in a space vehicle. All estimates are made. Which should be selected on the basis of Annual worth comparison at an interest rate of 15% per year? (10) Material Y Material X First cost, $ Maintenance cost, S per year9,000 Salvage value, $ Life, years -15,000 35,000 2,000 20,000 Solution: ii) Select which alternative using AW and i= (10) 12% - per year. First Cost, $ -200,000 80,000...
3. Chapter 5 Assignment 1) A ski resort wishes to evaluate two alternative machines for ski and board tuning. Select the best alternative using the AW method at 6% per year. Machine R Machine S -250,000 -370,500 -40,000| -50,000 First cost, $ |Annual operating cost, $ per year Life, years Salvage value, $ 20,000 20,000
Question 10 (1 point) v. Saved A certain machine has the estimates shown below: Machine First Cost ($) Annual operating cost ($/ year) Salvage value ($) Life (years) -10,000 -5,000 2,000 10 At an interest rate of 10% per year, the annual worth of the machine is equal to: INTER -$7,635 LES O-$6,329 FREE ALERIE MENTRE INPIRE 0 -$6,627 LETTER RELATED IR 0-$6,502 FERIE EE
Alternative R has a first cost of $82,000, annual M&O costs of $52,000, and a $20,000 salvage value after 5 years. Alternative S has a first cost of $175,000 and a $70,000 salvage value after 5 years, but its annual M&O costs are not known. Determine the M&O costs for alternative S that would yield a required incremental rate of return of 24%. The M&O cost for alternative S is $_____ .
Alternative R has a first cost of $76,000, annual M&O costs of $54,000, and a $20,000 salvage value after 5 years. Alternative S has a first cost of $175,000 and a $61,000 salvage value after 5 years, but its annual M&O costs are not known. Determine the M&O costs for alternative S that would yield a required incremental rate of return of 30%. The M&O cost for alternative S is____ $ .
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1) A ski resort wishes to evaluate two alternative machines for ski and board tuning. Select the best alternative using the AW method at 6% per year. Machine R Machine S -250,000 -370,500 -40,000 -50,000 First cost, $ Annual operating cost, $ per year Life, years Salvage value, $ 20,000 20,000
Date Table 2 (MARR-10%) First cost, S Annual cost, S per year Salvage value, S Life, years -40,000 -25,000 20,000 10 -75,000 15,000 7,000 a) Conduct PW analysis b) Conduct AW analysis c) Calculate capitalized cost for N d) Calculate capital recovery for MN
Date Table 2 (MARR-10%) First cost, S Annual cost, S per year Salvage value, S Life, years -40,000 -25,000 20,000 10 -75,000 15,000 7,000 a) Conduct PW analysis b) Conduct AW analysis c) Calculate capitalized cost...