Consider the following altematives for a heating system: Alternative A: Rent a heating system at a cost of $500 per year over a 10-year period. Installation charge of $300 and no salvage value. If is expected to provide energy savings of $300 per year. Alternative B: Purchase a heating system for a total cost of $3,600, including installation. It has a salvage value of $1000 after 10 years of service, and is expected to provide energy savings of $500 per year. Alternative C: Purchase a heating system for a total cost of $8,000, including installation. Half of the cost is paid now and the other half is paid at the end of three years. It has a saive value of $1,000 after 10 years and is expected to provide energy savings of $1.000 pear. For a MARR of 12%, which heating system should be installed?

Consider the following altematives for a heating system: Alternative A: Rent a heating system at a cost of $500 per year over a 10-year period. Installation charge of $300 and no salvage value. If is expected to provide energy savings of $300 per year. Alternative B: Purchase a heating system for a total cost of $3,600, including installation. It has a salvage value of $1000 after 10 years of service, and is expected to provide energy savings of $500 per year. Alternative C: Purchase a heating system for a total cost of $8,000, including installation. Half of the cost is paid now and the other half is paid at the end of three years. It has a saive value of $1,000 after 10 years and is expected to provide energy savings of $1.000 pear. For a MARR of 12%, which heating system should be installed?

Essentials Of Investments

11th Edition

ISBN:9781260013924

Author:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Publisher:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Chapter1: Investments: Background And Issues

Section: Chapter Questions

Problem 1PS

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Similar questions

The following cost and benefit information has been estimated for a pump that has a 10-year useful life. Purchase Cost = $2,400 Annual Operating Cost = $1,200 Annual Maintenance Cost = $300 Annual Benefits = $2,000 Salvage Value = $200 Using the interest rate of 9%, find the capital recovery cost for this pump.
Two 100 horsepower motors are being considered for use: If power costs $0.10 per kWh, and if the interest rate is 12%, how many hours of operation per year is required to justify the purchase of XYZ brand motor? (1 hp = 0.746 kW). Which motor would you select if the motor is expected to operate 2,000 hours per year? Explain why.
A truck can be purchased for $55,000. Annual O&M costs are expected to increase by $1,800 every year, with a 1st-year O&M cost of $4,000. (MARR = 26% and the planning horizon is 10 years) • The compressor salvage value for a given period t is calculated based on the following equation: Salvage value (t) = $30,000– $3,000 * t a) Find the Optimum Replacement Interval for this Equipment b) Find the Optimum Replacement Interval for this Equipment if the O&M costs are decreased to $1,700/yr. What is your conclusion? c) Find the Optimum Replacement Interval for this Equipment if the initial cost is reduced to $52,000. What is your conclusion? (independent of part b)
Alternative I has a first cost of $50,000, will produce an $18,000 net annual benefit over its 10-year life and be salvaged for $5,000. Alternative II costs $150,000 and has a salvage value of $50,000 after its 10-year useful life. If interest is 15%, what is the minimum amount of annual benefit that Alternative II must produce to make it the preferred choice? (a) This value can not be determined from the data given. (b) $23,500 (c) $31,450 (d) $35,708?
Consider a piece of industrial equipment that has an installed cost of $ 100,000. The equipment is expected to generate $30,000 worth of annual energy saving during its 1st year of installation. The value of these annual savings is expected to increased at the rate at 5% per year because of increased fuel costs. Assumes that the equipment has a service life of 5 years ( or 3000 operating hrs per year) with no appreciable salvage value. Determine the equivalent and savings per each operating hours at i=14%.
Compare the Annual Worth of the two systems and identify the better option at MARR = 10% per year: Solar: First cost $1,500,000; AOC $-700,000; Salvage value $100,000; Life of 8 years Geothermal: First cost $2,250,000; AOC $-600,000; Salvage value $50,000; Life of 8 years Select the Geothermal System with a calculated AW of $-1,017,368 Select the Geothermal System with a calculated AW of $-727,591 Select the Solar System with a calculated AW of $-1,238, Select the Solar System with a calculated AW of $-972,416
A replacement electric motor is being considered for purchase. It is capable of providing 200 hp. The pertinent data are follows: Cost - 3200 dollars Maintenance Cost per year - 50 dollars Life expectancy - 14years Salvage value after - 1,429.93 dollars The motor is used for 400 h/year and the cost of electricity is 0.0 dollars/kWh. What is most nearly the effective annual cost using an interest rate of 10%
Salma is considering the two alternative printing machines. Specific data are as follows: Manufacturer Cost Useful Life End-of-Useful Life Salvage Value Canon OMR 100 8 years OMR 10 Toshiba OMR 130 10 years OMR 15 Assume the salvage value of Canon printer after 2 years is OMR 80. Salma uses an interest rate of 5% and wants to use the PW method to compare these alternatives over an analysis period of 10 years. Which printing machine should she choose?
Your company is planning to add a piece of equipment with 7 years of expected life for its production line. There will be no salvage value at the end of its life. The company has set its MARR to 11%. Your manager asks you to use incremental analysis to evaluate the alternatives and let him know which one of them should be chosen. Below is the data provided to you with the investment cost, annual income and IRR for each of the five alternatives. A B C D E Capital investment $14,000 $16,000 $16,500 $17,200 $20,000 Net annual income $3,000 $3,500 $3,700 $3,750 $4,300 IRR 11.30% 11.95% 12.73% 11.84% 11.41%
.A P2500 computer system can be leased for 79 per month for 3 years. After 3 years, it can be purchased for P750. This is also the salvage value if the system was purchased originally. What is the effective annual rate for leasing the computer?
Rework the given problem, assuming the following additional information:• The machine is classified as a seven-year MACRS recovery period. Thetax rate is 40%. and the after-tax MARR is 10%.
Three machines are being considered for purchase. If the interest rate is 10%, which machine should be bought? a) Select the best alternative using annual worth analysis. b) Select the best alternative using present worth analysis. A B CInitial cost 150000 210000 300000 Annual operating cost 20000 15000 8000 Repairs will have to be made every 5 years 20000 50000 38000 Salvage value 40000 60000 80000 Useful life 10 years 15 years 20 years

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