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11.14 A piece of onboard equipment has a first cost of $600,000, an annual cost of...
An injection molding system has a first cost of $150,000 and an annual operating cost of...
An injection molding system has a first cost of $150,000 and an annual operating cost of $77,000 in years 1 and 2, increasing by $4,500 per year thereafter. The salvage value of the system is 25% of the first cost regardless of when the system is retired within its maximum useful life of 5 years. Using a MARR of 14% per year, determine the ESL and the respective AW value of the system. The ESL is _____ year(s) and AW...
A piece of equipment has a first cost of $145,000, a maximum useful life of 7...
A piece of equipment has a first cost of $145,000, a maximum useful life of 7 years, and a market (salvage) value described by the relation S 120,000 - 25,000k, where k is the number of years since it was purchased. The salvage value cannot go below zero. The AOC series is estimated using AOC = 60,000 + 13,000k. The interest rate is 13% per year. Determine the economic service life and the respective AW. The economic service life is...
An injection molding system has a first cost of $180,000 and an annual operating cost of...
An injection molding system has a first cost of $180,000 and an annual operating cost of $77,000 in years 1 and 2, increasing by $6,000 per year thereafter. The salvage value of the system is 25% of the first cost regardless of when the system is retired within its maximum useful life of 5 years. Using a MARR of 10% per year, determine the ESL and the respective AW value of the system. The ESL is year(s) and AW value...
Problem 11.017 Economic Service Life A piece of equipment has a first cost of $135,000, a maximum useful life of 7 y...
Problem 11.017 Economic Service Life A piece of equipment has a first cost of $135,000, a maximum useful life of 7 years, and a market (salvage) value described by the relation S = 120,000 - 21,000k, where k is the number of years since it was purchased. The salvage value cannot go below zero. The AOC series is estimated using AOC = 60,000 + 11,000k. The interest rate is 12% per year. Determine the economic service life and the respective...
An injection molding system has a first cost of $160,000 and an annual operating cost of...
An injection molding system has a first cost of $160,000 and an annual operating cost of $81,000 in years 1 and 2, increasing by $5,500 per year thereafter. The salvage value of the system is 25% of the first cost regardless of when the system is retired within its maximum useful life of 5 years. Using a MARR of 8% per year, determine the ESL and the respective AW value of the system. The ESL is 5 Correct year(s) and...
AW value? An injection molding system has a first cost of $185,000 and an annual operating...
AW value?
An injection molding system has a first cost of $185,000 and an annual operating cost of $79.000 in years and increasing by $3,000 per year thereafter. The salvage value of the system is 25% of the first cost regardless of when the system is retired within its maximum useful life of 5 years. Using a MARR of 14% per year, determine the ESL and the respective AW value of the system The ESL is 5 year(s) and AW...
Economics
An injection molding system has a first cost of $175,000 and an annual operating cost of $75,000 in years 1 and 2, increasing by $5,500 per year thereafter. The salvage value of the system is 25% of the first cost regardless of when the system is retired within its maximum useful life of 5 years. Using a MARR of 11% per year, determine the ESL and the respective AW value of the system.The ESL is year(s) and AW value of the...
Date Table 2 (MARR-10%) First cost, S Annual cost, S per year Salvage value, S Life, years -40,00...
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...
A large standby electricity generator in a hospital operating room has a first cost of $72,750...
A large standby electricity generator in a hospital operating room has a first cost of $72,750 and may be used for a maximum of 6 years. Its salvage value, which decreases by 15% per year, is described by the equation S=72,750(1 - 0.15)", where n is the number of years after purchase. The operating cost of the generator will be constant at $6,000 per year, and the interest rate is 12% per year. Determine the economic service life and associated...
3. (15 points) For the alternatives show below, only one can be chosen. The first and...
3. (15 points) For the alternatives show below, only one can be chosen. The first and annual costs are estimated. Both options are expected to have a 3-year useful life. If the MARR is 20% per year, determine which alternative should be selected based on rate of return. Calculate by hand or use spreadsheet. Robot X First Cost, $ Maintenance & Operations, $/year Salvage Value, $ Revenue, $/year Life -84,000 -31,000 40,000 96,000 Robot Y -146,000 -28,000 47,000 119,000 3...
A piece of equipment has a first cost of $145,000, a maximum useful life of 7 years, and a market (salvage) value described by the relation S 120,000 - 25,000k, where k is the number of years since it was purchased. The salvage value cannot go below zero. The AOC series is estimated using AOC = 60,000 + 13,000k. The interest rate is 13% per year. Determine the economic service life and the respective AW. The economic service life is...
Problem 11.017 Economic Service Life A piece of equipment has a first cost of $135,000, a maximum useful life of 7 years, and a market (salvage) value described by the relation S = 120,000 - 21,000k, where k is the number of years since it was purchased. The salvage value cannot go below zero. The AOC series is estimated using AOC = 60,000 + 11,000k. The interest rate is 12% per year. Determine the economic service life and the respective...
AW value?
An injection molding system has a first cost of $185,000 and an annual operating cost of $79.000 in years and increasing by $3,000 per year thereafter. The salvage value of the system is 25% of the first cost regardless of when the system is retired within its maximum useful life of 5 years. Using a MARR of 14% per year, determine the ESL and the respective AW value of the system The ESL is 5 year(s) and AW...
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...
A large standby electricity generator in a hospital operating room has a first cost of $72,750 and may be used for a maximum of 6 years. Its salvage value, which decreases by 15% per year, is described by the equation S=72,750(1 - 0.15)", where n is the number of years after purchase. The operating cost of the generator will be constant at $6,000 per year, and the interest rate is 12% per year. Determine the economic service life and associated...
3. (15 points) For the alternatives show below, only one can be chosen. The first and annual costs are estimated. Both options are expected to have a 3-year useful life. If the MARR is 20% per year, determine which alternative should be selected based on rate of return. Calculate by hand or use spreadsheet. Robot X First Cost, $ Maintenance & Operations, $/year Salvage Value, $ Revenue, $/year Life -84,000 -31,000 40,000 96,000 Robot Y -146,000 -28,000 47,000 119,000 3...
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