An automobile that runs on electricity can be purchased for $30,000. The automobile is estimated to have a life of 12 years with annual travel of 20,000 kilometers. Every three years, a new set of batteries will have to be purchased at a cost of $3000. Annual maintenance of the vehicle is estimated to cost $700. The cost of recharging the batteries is estimated at $0.015 per Kilometer. The salvage value of the batteries and the vehicle at the end of 12 years is estimated to be $2000. Suppose the MARR is 7%. What is the cost per Kilometer to own and operate this vehicle, based on the preceding estimates? The $3000 cost of the batteries is a net value, with the old batteries traded in for the new ones.

An automobile that runs on electricity can be purchased for $30,000. The automobile is estimated to have a life of 12 years with annual travel of 20,000 kilometers. Every three years, a new set of batteries will have to be purchased at a cost of $3000. Annual maintenance of the vehicle is estimated to cost $700. The cost of recharging the batteries is estimated at $0.015 per Kilometer. The salvage value of the batteries and the vehicle at the end of 12 years is estimated to be $2000. Suppose the MARR is 7%. What is the cost per Kilometer to own and operate this vehicle, based on the preceding estimates? The $3000 cost of the batteries is a net value, with the old batteries traded in for the new ones.

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

Find the conventional payback period for the following project: First Cost $10,000 $500 in Year 1, increasing by $200/year $3,000/year $4,000 Maintenance Income Salvage Useful Life 10 years MARR 10%
Please answer fast
Apricot Computers is considering replacing its material handling system and either purchasing or leasing a new system. The old system has an annual operating and maintenance cost of $31,000, a remaining life of 8 years, and an estimated salvage value of $5,300 at that time. A new system can be purchased for $259,000; it will be worth $24,000 in 8 years; and it will have annual operating and maintenance costs of $16,000/year. If the new system is purchased, the old system can be traded in for $19,000. Leasing a new system will cost $25,000/year, payable at the beginning of the year, plus operating costs of $7,100/year, payable at the end of the year. If the new system is leased, the old system will be sold for $9,000. MARR is 15%. Compare the annual worths of keeping the old system, buying a new system, and leasing a new system based upon a planning horizon of 8 years. Click here to access the TVM Factor Table Calculator For calculation purposes, use 5 decimal places as displayed in the…
Two traffic signal systems are being considered for an intersection. One system costs $31,000 for installation and has an efficiency rating of 80%, requires 26 kW power (output), incurs a user cost of $0.23 per vehicle, and has a life of 9 years. A second system costs $47,000 to install, has an efficiency rating of 87%, requires 34 kW power (output), has a user cost of $0.19 per vehicle, and has a life of 17 years. Annual maintenance costs are $75 and $95, respectively. MARR = 8% per year. How many vehicles must use the intersection to justify the second system when electricity costs $0.09/kWh? Assume salvage value for each system equals zero. Project the difference in the user cost as savings for the second system. There are approximately 8,760 hours/year. Click the icon to view the interest and annuity table for discrete compounding when the MARR is 8% per year. At least 108000 vehicles per day must use the intersection to justify the second system. (Round up to the nearest whole…
To compare the machines on the basis of present worth analysis, the present worth values to use are: (Include answer, diagram, procedure, and result) O PWx = $31,139, PWy = $43.066 O PWX =$31,139, PWy= $37,461 O PWx= $54,533, PWy = $43,066 O PWx = $54,533. PWy = $37,461
A company purchases manufacturing equipment for $ 3,950,000. The company produces 1,800 units of production per year. The revenue associated with each production unit is $ 1,310. The total annual costs per production unit is $ 630. a) What is the non-discounted payback period? b) What is the payback period if MARR = 20.00% Answer to part b) can be within a 1 year range.
A distribution company is considering three different alternatives to satisfy their customer's demands. Their options are to rent a ready distribution center (D01), Rent and mobilize a center (D02), or outsourcing (OS). The estimate for each method is shown. The lifetime for D01, D02, and OS are 3, 6, and 2 respectively. MARR is 0.04 per year, and the percentage of change for all of the cases are 0 % Note: all units are in thousand $ D01 First Cost, $ Annual Operation Cost, $ Salvage Value, $ a: Calculate the Fw of D01? -136 -92 28 D02 OS -973 0 -59 -123 333 0
The Civil Engineering department at RRCP plans to purchase a 3D printer for the CARSI lab. One option is the purchase of a brand new machine (purchase price $1900), and will have a salvage value of $700 after three years. A second option is the purchase of a refurbished machine (purchase price $1200), which will cost $250 per year to maintain, with a salvage value of $250 after three years. What is the interest rate that will make these two options equivalent with respect to Present Worth?
An aerodynamic three-wheeled automobile (the Dart) runs on compressed natural gas stored in two cylinders in the rear of the vehicle. The $15,000 Dart can cruise at speeds up to 85 miles per hour, and it can travel 95 miles per gallon of fuel. Another two-seater automobile costs $11,000 and averages 45 miles per gallon of compressed natural gas. If fuel costs $8.00 per gallon and MARR is 12% per year, over what range of annual miles driven is the Dart more economical? Assume a useful life of six years for both cars. Click the icon to view the interest and annuity table for discrete compounding when the MARR is 12% per year. Dart is more economical if you are planning on driving miles or more per year. (Round to the nearest whole number.)
do fast.
Tempura, Inc., is considering two projects Project Arequires an investment of $44,000. Estimated annual receipts for 20 years are $23,000; estimated annual costs are $12,500. An alternative project, B, requires an investment of $77,000, has annual receipts for 20 years of $27,000, and has annual costs of $18,000. Assume both projects have a zero salvage value and that MARR is 15.5 %/year. Click here to access the TVM Factor Table Calculator Part a Your answer is incorrect. What is the present worth of each project? Project A: $ Project B: $ 573083 -26658