Please view the following video before answering this question. Video Solution: 04.05-PR002 Click here to access the TVM Factor Table Calculator Two incinerators are being considered by a waste management company. Design A has an initial cost of $2,950,000, has annual operating and maintenance costs of $600,000, and requires overhauls every 5 years at a cost of $1,475,000. Design B is more sophisticated, including computer controls; it has an initial cost of $6,025,000, has annual operating and maintenance costs of $450,000, and requires overhauls every 10 years at a cost of $2,550.000. Part a Using a 50%/year interest rate, determine the capitalized cost for each design. Design A: $ Design B: $ Carry all interim calculations to 5 decimal places and then round your final answer to the nearest dollar. The tolerance is ±400.

Please view the following video before answering this question. Video Solution: 04.05-PR002 Click here to access the TVM Factor Table Calculator Two incinerators are being considered by a waste management company. Design A has an initial cost of $2,950,000, has annual operating and maintenance costs of $600,000, and requires overhauls every 5 years at a cost of $1,475,000. Design B is more sophisticated, including computer controls; it has an initial cost of $6,025,000, has annual operating and maintenance costs of $450,000, and requires overhauls every 10 years at a cost of $2,550.000. Part a Using a 50%/year interest rate, determine the capitalized cost for each design. Design A: $ Design B: $ Carry all interim calculations to 5 decimal places and then round your final answer to the nearest dollar. The tolerance is ±400.

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

Available Oct 1 at 10:30am - Oct 4 at 9:30pm 3 days The consolidated oil company must install antipollution equipment in a new refinery to meet federal air legislation. Two types of equipment are being considered, which will have investment and annual operating costs as follows; Equipment A C Investment P600,000 P760,000 P1,240,000 P1,600,000 Power 68,000 68,000 120,000 126,000 Labor 40,000 45,000 65,000 50,000 Maintenance 660,000 600,000 420,000 370,000 Taxes and Insurance 12,000 15,000 25,000 28,000 Assuming an economic life of 10 years for each type, no salvage value, and that the company wants a before-tax return of 20 % on its capital, determine which alternative should be purchased using the following economic methods; a) Rate of return method. b) Annual cost method c) Present worth method d) Equivalent uniform annual cost method
The graph shown below is that of Do Drop In, a shop in the dry-cleaning industry. Cost and revenues (in dollars) 20 18 16 14 12 10 60 MR 120 180 240 MC D Quantity per period AC 300 360 420
! Required information The Briggs and Stratton Commercial Division designs and manufacturers small engines for golf turf maintenance equipment. A robotics-based testing system with support equipment will ensure that their new signature guarantee program entitled "Always Insta-Start" does indeed work for every engine produced. First cost of equipment AOC per Year Salvage Value Estimated Life Pull System $-1,500,000 $-700,000 $100,000 Push System $-2,250,000 $-600,000 $50,000 8 years 8 years Determine the salvage value for the push system that will make the company indifferent to the two systems. Also, MARR = 10% per year. The salvage value for the push system is determined to be $ in $1000 units.
Bramble Corp. is considering purchasing one of two new diagnostic machines. Either machine would make it possible for the company to bid on jobs that it currently isn't equipped to do. Estimates regarding each machine are provided below. Original cost Estimated life Salvage value Estimated annual cash inflows Estimated annual cash outflows Click here to view PV tables. Machine A $243,000 8 years -0- $80,000 $35,000 Machine B $317,000 8 years -0- $95,000 $40,000 Calculate the net present value and profitability index of each machine. Assume a 9% discount rate. (Round net present value to the
Complete each problem in excel. Submit your excel worksheet in EXCEL format so I can see how you solved the problems. Please MARK or Outline your answers so I can tell where they are. Create a CASH Flow chart and answer the following questions. The equipment will cost $620,000 and lasts the entire 11 year project. At the end of 11 years, the equipment will be sold for $91,000 in salvage. Operating costs start at $108000 and go up by 3.9% every tear. Benefits begin at $190000 and go up by 6.1% every year. The MARR value is 14% Use a MARR of 14% BUILD the CASH FLOW chart for this project. 3a. Determine the NPW 3b. Determine the AW 3c. Determine the FW 3d. Determine the IRR 3e. Graph the NPW versus MARR 3f. Are we making or losing money at 14% MARR? How can you tell?
32. A factory has production capacity of P12,000 units per month with an efficiency of 80% Fixed monthly operating cost = P600,000 Material and labor cost = P200/unit Selling price = P500.00 Determine the monthly profit
Engineering Economics 00011 Please provide a step by step solution using ROR
Can you help me understand this problem's soluton? I am getting confused . I dont know which rate to use to convert which one.
! Required information The Briggs and Stratton Commercial Division designs and manufacturers small engines for golf turf maintenance equipment. A robotics-based testing system with support equipment will ensure that their new signature guarantee program entitled "Always Insta-Start" does indeed work for every engine produced. First cost of equipment AOC per Year Salvage Value Estimated Life Pull System $-2,000,000 $-700,000 $110,000 8 years Push System $-2,700,000 $-440,000 $70,000 8 years Determine the salvage value for the push system that will make the company indifferent to the two systems. Also, MARR = 9% per year. The salvage value for the push system is determined to be $ in $1000 units.
solve it manually; do not use excel A steel pedestrian overpass must either be reinforced or replaced. Reinforcement would cost $25,000 and would make the overpass adequate for an additional 6 years of service. If the overpass is torn down now, the scrap value of the steel would exceed the removal cost by $15,000. If it is reinforced, it is estimated that its net salvage (market) value would be $18,000 at the time it is retired from service. A new pre-stressed concrete overpass would cost $140,000 and would meet the foreseeable requirements of the next 40 years. Such a design would have no net scrap or MV. It is estimated that the annual expenses of the reinforced overpass would exceed those of the concrete overpass by $3,200. Assume that money costs the state 8% per year and that the state pays no taxes. What would you recommend?
A mass diagram from sta. 0+00 to sta. 50+00 is plotted as below. The free-haul distance is 1000' The earth excavation cost is $0.12 per yd and the overhaul cost is $0.02 per yd per station. Calculate the Economical Haul Distance. (Round to the nearest foot and fill in the blank with a number only.) 1000 500 -500 -1000 0+00 10+00 20+00 30+00 40+00 50+00 26+00 2+00 4+00 14+00 17+00 33+00 38+00 41+00 Stations 8+00 28+00 Cubic Yard
Ima Good-Student enrolls in ENGR 3202. She had considered purchasing a new vehicle but decides that she can buy a good used vehicle and invest the difference in the stock market. Ima sells her current vehicle for $5000 and buys a low-mileage vehicle for $15000 in cash, no financing needed. She also realizes that she needs to account for maintenance and operation costs. Those costs are estimated to be $2000 per year and increase by $100 per year. She will keep the vehicle for years and sell it for an estimated $3000. If her MARR is 8%, what is the present value of this cash flow? O a. $-23000 O b. $-23400 O c. $-18000 O d. -$18400