During the construction of a highway bypass, earth moving equipment costing P400,000 was purchased for use in transporting fill from the borrow pit. At the end of the 4-year project, the equipment will be sold for P200,000. The schedule for moving fill calls for a total of 100,000 cubic feet during the project. In the first year, 40% of the total fill is required; in the second year, 30%; in the third year 25%; and in the final year, the remaining 5%. Determine the declining balance depreciation schedule.

During the construction of a highway bypass, earth moving equipment costing P400,000 was purchased for use in transporting fill from the borrow pit. At the end of the 4-year project, the equipment will be sold for P200,000. The schedule for moving fill calls for a total of 100,000 cubic feet during the project. In the first year, 40% of the total fill is required; in the second year, 30%; in the third year 25%; and in the final year, the remaining 5%. Determine the declining balance depreciation schedule.

CONCEPTS IN FED.TAX.,2020-W/ACCESS

20th Edition

ISBN:9780357110362

Author:Murphy

Publisher:Murphy

Chapter3: Income Sources

Section: Chapter Questions

Problem 88P

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During the construction of a highway bypass, earth moving equipment costing P400,000 was purchased for use in transporting fill from the borrow pit. At the end of the 4-year project, the equipment will be sold for P200,000. The schedule for moving fill calls for a total of 100,000 cubic feet during the project. In the first year, 40% of the total fill is required; in the second year, 30%; in the third year 25%; and in the final year, the remaining 5%. Determine a) the units-of-production depreciation schedule b) the declining balance depreciation schedule.
During the construction of a highway bypass, earth moving equipment costing P400,000 was purchased for use in transporting fill from the borrow pit. At the end of the 4-year project, the equipment will be sold for P200,000. The schedule for moving fill calls for a total of 100,000 cubic feet during the project. In the first year, 40% of the total fill is required; in the second year, 30%; in the third year 25%; and in the final year, the remaining 5%. Determine the service-output depreciation schedule.
The Camino Real Landfill was required to install a plastic liner to prevent leachate from migrating into the groundwater. The fill area was 50,000 m2 and the installed liner cost was $8 per m2. In order to recover the investment, the owner charges to unload at the rates of $10 per pick-up, $25 per dumptruck, and $70 per compactor-truck load. The fill area is adequate for 4 years. If the annual traffic is estimated to be 2500 pick-up loads, 650 dumptruck loads, and 1200 compactor-truck loads, what rate of return will the landfill owner make on the investment?
The Camino Real Landfill was required to install a plastic liner to prevent leachate from migrating into the groundwater. The fill area was 47,000 m² and the installed liner cost was $8 per m2. In order to recover the investment, the owner charges to unload at the rates of $17 per pickup, $25 per dump truck, and $70 per compactor truck load. The fill area is adequate for 4 years. If the annual traffic is estimated to be 2500 pickup loads, 650 dump-truck loads, and 1200 compactor-truck loads, what rate of return will the landfill owner make on the investment? The rate of return that will be made by the landfill owner is % per year.
Peachtree Construction Company, a highway contractor, is considering the purchase of a new trench excavator that costs $300,000 and can dig a 3-foot-wide trench at the rate of 16 feet per hour. The contractor gets paid according to the usage of the equipment. $100 per hour. The expected average annual usage is 500 hours, and maintenance and operating costs will be $10 per hour. The contractor will depreciate the equipment by using a five-year MACRS, units-of-production method. At the end of five years, the excavator will be sold for $100,000.(a) Assuming that the contractor's marginal tax rate is 35% per year, determine the annual after-tax cash flow.(b) Is this a good investment if the contractor requires 15% return on investment?
5 During the construction of a highway bypass, earth- moving equipment costing $40,000 was purchased for use in transporting fill from the borrow pit, At the end of the 4-year project, the equipment will be sold for $20,000. The schedule for moving fill calls for a total of 100,000 cubic feet during the project. In the first year, 40% of the total fill is required; in the second year, 30%; in the third year, 25%; and in the final year, the remaining 5%. Determine the units-of-production depreciation schedule for the equipment.
Alfred Home Construction is considering the purchase of five dumpsters and the transport truck to store and transfer construction debris from building sites. The entire rig is estimated to have an initial cost of $142,500, a life of 8 years, a $8500 salvage value, an operating cost of $40 per day, and an annual maintenance cost of $8000. Alternatively, Alfred can obtain the same services from the city as needed at each construction site for an initial delivery cost of $125 per dumpster per site and a daily charge of $34 per day per dumpster. An estimated 19 construction sites will need debris storage throughout the average year. If the minimum attractive rate of return is 11% per year, how many days per year must the equipment be required to justify its purchase? The number of days per year the equipment must be required is determined to be
Alfred Home Construction is considering the purchase of five dumpsters and the transport truck to store and transfer construction debris from building sites. The entire rig is estimated to have an initial cost of $125,000, a life of 8 years, a $5000 salvage value, an operating cost of $40 per day, and an annual maintenance cost of $2000. Alternatively, Alfred can obtain the same services from the city as needed at each construction site for an initial delivery cost of $125 per dumpster per site and a daily charge of $20 per day per dumpster. An estimated 45 construction sites will need debris storage throughout the average year. If the minimum attractive rate of return is 12% per year, how many days per year must the equipment be required to justify its purchase?
A granary has two options for a conveyor used in the manufacture of grain for transporting, filling, or emptying. One conveyor can be purchased and installed for $70,000 with $3,000 salvage value after 16 years. The other can be purchased and installed for $110,000 with $4,000 salvage value after 16 years. Operation and maintenance for each is expected to be $18,000 and $14,000 per year, respectively. The granary uses MACRS-GDS depreciation, has a income-tax rate of 25%, and a MARR of 9% after taxes. Solve, a. Determine which alternative is less costly, based upon comparison of after-tax annual worth. b. What must the cost of the second (more expensive) conveyor be for there to be no economic advantage between the two?
A granary has two options for a conveyor used in the manufacture of grain for transporting, filling, or emptying. One conveyor can be purchased and installed for $70,000 with $3,000 salvage value after 16 years. The other can be purchased and installed for $110,000 with $4,000 salvage value after 16 years. Operation and maintenance for each is expected to be $18,000 and $14,000 per year, respectively. The granary uses MACRS-GDS depreciation, has a income-tax rate of 25%, and a MARR of 9% after taxes. Comment on the differences in AWAT for each of these three analyses - Use MACRS-GDS(10) alone. Use MACRS-GDS(10) with 50% bonus depreciation. Use MACRS-GDS(10) with 100% bonus depreciation.
An investment is made with an expenditure of $150,000 at the start of the project. The income from the project at the end of each year for 5 years is $80,000, $90,000, $85,000, $70,000 and $60,000. The maintenance will cost 3000 $ for the first year and it increments by 2000$ from second year onwards. The salvage value is $65000. Draw a CFD for the project and give the analysis of the project based on the CFD.
A granary has two options for a conveyor used in the manufacture of grainfor transporting, filling, or emptying. One conveyor can be purchased and installed for $70,000 with $3,000 salvage value after 16 years. The other can be purchased and installed for $110,000 with $4,000 salvage value after 16 years. Operation and maintenance for each is expected to be $18,000 and $14,000 per year, respectively. The granary uses MACRS-GDS depreciation, has a income-tax rate of 25%, and a MARR of 9% after taxes. Use MACRS-GDS(10) alone.