Please help. The requirements are the questions. Thanks
(a) Straight-Line Depreciation Schedule:
Depreciation per year = (Book value less salvage value) divided by expected life. Ensure at the end of expected life, asset value should be equal to salvage value.
Straight Line Depreciation | |||
Book Value | 49,200,000 | ||
Salvage Value | 5,200,000 | ||
Expected Life | 5 | years | |
Year | Depreciation Expense | Accumulated Depreciation | Asset value at the end of year |
1/1/2017 | 49,200,000 | ||
12/31/2017 | 8,800,000 | 8,800,000 | 40,400,000 |
12/31/2018 | 8,800,000 | 17,600,000 | 31,600,000 |
12/31/2019 | 8,800,000 | 26,400,000 | 22,800,000 |
12/31/2020 | 8,800,000 | 35,200,000 | 14,000,000 |
12/31/2021 | 8,800,000 | 44,000,000 | 5,200,000 |
(b) Units of Production Method depreciation schedule:
Depreciation per year = (Book value less salvage value) divided by expected life of units multiply by estimate life of units per year
Unit of Production Depreciation | ||||
Book Value | 49,200,000 | |||
Salvage Value | 5,200,000 | |||
Expected units | 6,000,000 | miles | ||
Year | Estimated number of units per year | Depreciation Expense* | Accumulated Depreciation | Asset value at the end of year |
1/1/2017 | 49,200,000 | |||
12/31/2017 | 775,000 | 5,683,333.33 | 5,683,333.33 | 43,516,666.67 |
12/31/2018 | 1,350,000 | 9,900,000.00 | 15,583,333.33 | 33,616,666.67 |
12/31/2019 | 1,350,000 | 9,900,000.00 | 25,483,333.33 | 23,716,666.67 |
12/31/2020 | 1,350,000 | 9,900,000.00 | 35,383,333.33 | 13,816,666.67 |
12/31/2021 | 1,175,000 | 8,616,666.67 | 44,000,000.00 | 5,200,000.00 |
* Rounded off to 2 decimal places
(c) Double- Declining Method depreciation schedule:
Depreciation per year = Book value less salvage value multiplied by (100% divided by estimated life) multiplied by 2
Double-Declining method of Depreciation | |||
Book Value | 49,200,000 | ||
Salvage Value | 5,200,000 | ||
Expected Life | 5 | years | 40% |
Year | Depreciation Expense | Accumulated Depreciation | Asset value at the end of year |
1/1/2017 | 49,200,000 | ||
12/31/2017 | 17,600,000 | 17,600,000 | 31,600,000 |
12/31/2018 | 17,600,000 | 35,200,000 | 14,000,000 |
12/31/2019* | 8,800,000 | 44,000,000 | 5,200,000 |
12/31/2020 | - | 44,000,000 | 5,200,000 |
12/31/2021 | - | 44,000,000 | 5,200,000 |
* In the third year, depreciation has to be adjusted accordingly to equal with salvage value of the asset.
Answer to Question 1:
Based on above schedule, it looks like "double declining method" of depreciation provides highest tax advantage in Year 1. Because if expense is more, accordingly income/profit will be less on which tax is applicable.
Answer to Question 2:
Depreciation Expense as per Double Declining method - $ 17,600,000
Depreciation Expense as per Straight Line method - $ 8,800,000
Difference between above two = $ 8,800,000 or in other terms 50%
(i.e.) Expense looks more by 50% under double declining method as compared to Straight Line method, which means net income will be 50% less in double declining method as compared to straight line method. With the tax rate of 38%, tax will be more by 19% in Straight line method as compared to double declining method.
Please help. The requirements are the questions. Thanks On January 1, 2017. Northeast USA Transportation Company purchas...
On January 1, 2017, Northeast USA Transportation Company purchased a used aircraft at a cost of $55,000,000. Northeast USA expects the plane to remain useful for five years (6,500,000 miles) and to have a residual value of $5,000,000. Northeast USA expects to fly the plane 850,000 miles the first year, 1,300,000 miles each year during the second third, and fourth years, and 1,750,000 miles the last year. (Click the icon to view the first year depreciation amounts under each method.)...
On January 1, 2017, AmerEx Transportation Company purchased a used aircraft at a cost of $64,400,000. AmerEx expects the plane to remain useful for five years (7,000,000 miles) and to have a residual value of S6,400,000. AmerEx expects to fly the plane 775,000 miles the first year, 1,200,000 miles each year during the second, third, and fourth years, and 2.625,000 miles the last year. (Click the icon to view the first year depreciation amounts under each method.) Read the requirements....
On January 1, 2017, AmerEx Transportation Company purchased a used aircraft at a cost of $64,400,000. AmerEx expects the plane to remain useful for five years (7,000,000 miles) and to have a residual value of $6,400,000. AmerEx expects to fly the plane 775,000 miles the first year, 1,200,000 miles each year during the second, third, and fourth years, and 2,625,000 miles the last year. (Click the icon to view the first year depreciation amounts under each method.) Read the requirements....
i Requirements Assume Logan Service is trying to decide which depreciation method to use for income tax purposes. The company can choose from among the following methods: (a) straight-line, (b) units-of-production, or (c) double-declining-balance methods. 1. Which depreciation method offers the highest tax advantage for the first year? Describe the nature of the tax advantage. 2. How much income tax will Logan Service save for the first year of the airplane's use under the method you just selected as compared...
When answering, please fill in the boxes like how they are shown in the question. It really helps me get a better understanding when the answer is in the same format as the question. Thanks! On January 1, 2017. AmerEx Transportation Company purchased a used aircraft at a cost of 564,400,000. AmerEx expects the plane to remain useful for five years (7,000,000 miles) and to have a residual value of $6,400,000. AmerEx expects to fly the plane 775,000 miles the...
On January 1, 2018, Northeast Airlines purchased a used airplane for $46,500,000. Northeast Airlines expects the plane to remain useful for five years (6,000,000 miles) and to have a residual value of $4,500,000. The company expects the plane to be flown 1,500,000 miles the first year. Read the requirements. Requirement 1a. Compute Northeast Airlines's first-year depreciation expense on the plane using the straight-line method. Begin by selecting the formula to calculate the company's first-year depreciation expense on the plane using...
On January 1, 2018, Northeast Airlines purchased a used airplane for $37,500,000. Northeast Airlines expects the plane to remain useful for four years (4,000,000 miles) and to have a residual value of $5,500,000. The company expects the plane to be flown 1,300,000 miles the first year. Read the requirements. Requirement 1a. Compute Northeast Airlines's first-year depreciation expense on the plane using the straight-line method. Begin by selecting the formula to calculate the company's first-year depreciation expense on the plane using...
On January 1, 2017, Quick Travel Transportation Company purchased a used aircraft at a cost of $63,200,000. Quick Travel expects the plane to remain useful for five years (7,000,000 miles) and to have a residual value of $5,200,000. Quick Travel expects to fly the plane 850,000 miles the first year, 1,325,000 miles each year during the second, third, and fourth years, and 2,175,000 miles the last year. Read the requirements. 1. Compute Quick Travel's depreciation for the first two years...
S7-5 (similar to) :3 Question Help On January 1, 2017, Alaska Freight Transportation Company purchased a used aircraft at a cost of $64,400,000. Alaska Freight expects the plane to remain useful for five years (6,500,000 miles) and to have a residual value of $6,400,000. Alaska Freight expects to fly the plane 835,000 miles the first year, 1,275,000 miles each year during the second, third, and fourth years, and 1,840,000 miles the last year. Read the requirements. 1. Compute Alaska Freight's...
On January 1, 2017, Best Shipping Transportation Company purchased a used aircraft at a cost of $46,700,000. Best Shipping expects the plane to remain useful for five years (6,800,000 miles) and to have a residual value of $4,700,000. Best Shipping expects to fly the plane 700,000 miles the first year, 1,650,000 miles each year during the second, third, and fourth years, and 1,150,000 miles the last year. Read the requirements. 1. Compute Best Shipping's depreciation for the first two years...