A concrete and rock crusher for demolition work has been purchased for $65,000, and it has an estimated SV of $9,000 at the end of its five-year life. Engineers have estimated that the following units of production (in m of crushed material) will be contracted over the next five years. Using the units of production depreciation method, what is the depreciation allowance in year three, and what is the BV at the end of year two? EOY 1 m3 16,000 26,000 34,000 14,000 10,000

A concrete and rock crusher for demolition work has been purchased for $65,000, and it has an estimated SV of $9,000 at the end of its five-year life. Engineers have estimated that the following units of production (in m of crushed material) will be contracted over the next five years. Using the units of production depreciation method, what is the depreciation allowance in year three, and what is the BV at the end of year two? EOY 1 m3 16,000 26,000 34,000 14,000 10,000

Name: **Problem Description:**A concrete and rock crusher for demolition wo
Uploaded: 2024-03-05T11:50:36.000Z
Channel: Bartleby
Description: **Problem Description:**A concrete and rock crusher for demolition work has been purchased for $65,000, and it has an estimated salvage value (SV) of $9,000 at the end of its five-year life. Engineers have estimated that the following units of produ

FINANCIAL ACCOUNTING

10th Edition

ISBN:9781259964947

Author:Libby

Publisher:Libby

Chapter1: Financial Statements And Business Decisions

Section: Chapter Questions

Problem 1Q

See similar textbooks

Similar questions

A granary purchases a conveyor used in the manufacture of grain for transporting, filling, or emptying. It is purchased and installed for $72,000 with a market value for salvage purposes that decreases at a rate of 20% per year with a minimum of value $2,350. Operation and maintenance is expected to cost $14,400 in the first year, increasing $1,200 per year thereafter. The granary uses a MARR of 15%. What is the optimum replacement interval for the conveyor? ___________ years.
A commercial company plans to buy the device for $ 20,000 and is expected to sell it for $ 8,000 in the future.The useful life of the device is estimated at 8 years. It is desirable to calculate the depreciation of first year using Straight line depreciation.
The initial cost of the machine including its installation is 930,000. The expected life of the machine is 13 years for depreciation. The estimated salvage value of the equipment is 66,000 and the cost of dismantling is 22,000. Using the Declining Balance Method, what is the annual depreciation charge and what is the book value of the machine at the end of the eight year.
An equipment in a factory has an initial cost of Php200,000. Its salvage value after ten years is Php20,000. As a percentage of the initial cost, what is the straight-line depreciation rate of the equipment?
An industrial air conditioner with an expected useful operating life of 30.000 hours costs $45,000. It is known that the salvage value of the air conditioner is $10,000 at the end of its useful life. The total working time of the air conditioner diuring first year is 4,000 hours. Find the depreciation for the first year by using the unit-of-production met hod. A) $5,333.33 B) $4,666.67 C) $6,000.00 D) Answers A, B and C are not correct
A new engine was installed by a textile plant at a cost of P353,000 and projected to have a useful life of 14 years. At the end of the useful life, it is estimated to have a salvage value of 31,000. Determine the annual cost if interest is 17% compounded semi-annually.
A 75,000-ton limestone quarry cost $2,000,000 to develop. Annual gross income for the quarry in years 1 through 5 is estimated at $1,000,000. The annual production level during years 1-5 is estimated to be 10,000 tons. The percentage depletion allowance for limestone is 5%. Assume that depletion charges do not exceed 50% of taxable income. Find the estimated depletion for year 5 based on the percentage depletion method and the cost depletion method (state the depletion factor pt as part of your solution in $ per ton).
A melting machine in a steel plant cost $400000. The salvage value of the machine is 12.5% of the purchase cost. The machine will provide service for 8 years. (i) Prepare a depreciation schedule for the tax purposes (Annual depreciation and Book value) by Declining Balance method. Use a depreciation rate of percentage. (ii) Is the salvage value of the machine maintained in the record?
A new machine costs $12,000 and has a $1300 salvage value at the end of its 8-year useful life. Prepare a year-by-year depreciation schedule by the double declining balance (DDB) method.
The initial cost of an evaporative crystallizer including its installation is P930,000. The approve life of the equipment is 13 years for depreciation. The estimated salvage value of the equipment is P66,000 and the cost of dismantling is P22,000. Using DBM method, what is the annual depreciation charge and what is the book value of the machine at the end of the eight year.
A machine’s first cost is $60,000 with salvage values over the next 5 years of are $50K, $40K, $32K, $25K, and $12K. The annual operating and maintenance costs are the same every year. Determine the machine total cost.
Gimli Miners recently purchased the rights to a diamond mine. It is estimated that there are one million tons of ore within the mine. Gimli paid $23,100,000 for the rights and expects to harvest the ore over the next ten years. The following is the expected extraction for the next five years. Year 1: 50,000 tons Year 2: 90,000 tons Year 3: 100,000 tons Year 4: 110,000 tons Year 5: 130,000 tons Calculate the depletion expense for the next five years, and create the journal entry for year one.