1 | ||||||
a. | Straight Line Method | |||||
Year | Book Value year start | Depreciation Life | Depreciation Exp. | Acc. Dep | Book Value year-end | |
1 | $132,000 | 5 | $22,400 | $22,400 | $109,600 | |
2 | $109,600 | 5 | $22,400 | $44,800 | $87,200 | |
3 | $87,200 | 5 | $22,400 | $67,200 | $64,800 | |
4 | $64,800 | 5 | $22,400 | $89,600 | $42,400 | |
5 | $42,400 | 5 | $22,400 | $112,000 | $20,000 | |
Depreciation per year (132,000 - 20,000)/5 years = 22,400 | ||||||
b | Double Declining Balance Method | |||||
Year | Book Value year start | Depreciation Rate | Depreciation Exp. | Acc. Dep | Book Value year-end | |
1 | $132,000 | 40.00% | $52,800 | $52,800 | $79,200 | |
2 | $79,200 | 40.00% | $31,680 | $84,480 | $47,520 | |
3 | $47,520 | 40.00% | $19,008 | $103,488 | $28,512 | |
4 | $28,512 | 29.85% | $8,512 | $112,000 | $20,000 | |
5 | $20,000 | 0.00% | $0 | $112,000 | $20,000 | |
2 | ||||||
a. | Straight Line Method | |||||
Year | Book Value year start | Depreciation Life | Depreciation Exp. | Acc. Dep | Book Value year-end | |
1 | $50,000 | 7 | $7,136 | $7,136 | $42,864 | |
2 | $42,864 | 7 | $7,136 | $14,272 | $35,728 | |
3 | $35,728 | 7 | $7,136 | $21,408 | $28,592 | |
4 | $28,592 | 7 | $7,136 | $28,544 | $21,456 | |
5 | $21,456 | 7 | $7,136 | $35,680 | $14,320 | |
6 | $14,320 | 7 | $7,136 | $42,816 | $7,184 | |
7 | $7,184 | 7 | $7,134 | $49,950 | $50 | |
Depreciation per year (50,000 - 50)/7 years = 7,136 | ||||||
b | Double Declining Balance Method | |||||
Year | Book Value year start | Depreciation Rate | Depreciation Exp. | Acc. Dep | Book Value year-end | |
1 | $50,000 | 28.57% | $14,286 | $14,286 | $35,714 | |
2 | $35,714 | 28.57% | $10,204 | $24,490 | $25,510 | |
3 | $25,510 | 28.57% | $7,289 | $31,778 | $18,222 | |
4 | $18,222 | 28.57% | $5,206 | $36,985 | $13,015 | |
5 | $13,015 | 28.57% | $3,719 | $40,703 | $9,297 | |
6 | $9,297 | 28.57% | $2,656 | $43,359 | $6,641 | |
7 | $6,641 | 28.57% | $1,897 | $45,257 | $4,743 | |
For both problems below use straight line and double declining balance(Chapter 9) 4-A- Consider the following...
Prepare the depreciation tables for A. Straight Line, B. Double
Declining Balance, and C. Units of Activity.
Next Journalize the purchase of the truck, the first year's
depreciation expense, and the disposal of the
truck. (including explanations)
Here's the data:
Purchased on January 1, 2012 for $13,000. Has an
estimated residual value of $1,000.
Useful life of 5 years or 100,000 miles.
Sold on December 31st, 2013
100 Depr Scheds Barb's Florists Solution with JE thru Disposal and T accounts XX...
107. Porter Company purchased equipment for $450,000 on January 1, 2007, and will use the double-declining-balance method of depreciation. It is estimated that the equipment will have a 3-year life and a $20,000 salvage value at the end of its useful life. The amount of depreciation expense recognized in the year 2009 will be a. $50,000. b. $30,000. c. $54,440. d. $34,440. 108. A plant asset was purchased on January 1 for $50,000 with an estimated salvage value of $10,000...
How do you calculate double-declining-balance with crossover to straight-line using the depreciation worksheet on the TI BA 2 Plus? For example, equipment cost: $1,000,000; useful estimated life: 8 years; estimated residual value: $50,000; half-year convention. All values the worksheet gives are correct for computing straight line, as well as all the years for ddb except for years 7-9 (depreciation of $63,056.64 for years 7 & 8, and $31,528.32 for year 9, but all should be $52,547.20). It uses the remaining...
6-27. Computing Straight-Line and Double-Declining-Balance Depreciation On January 2, Reed Company purchases a laser cutting machine for use in fabrication of a part for one of its key products. The machine cost $75,000, and its estimated useful life is five years, after which the expected salvage value is $5,000. For both parts a and b below: (1) Compute depreciation expense for each year of the machine's five-year useful life under that depreciation method. (2) Use the financial statements effects template...
Computing Straight-Line and Double-Declining-Balance Depreciation On January 2, Haskins Company purchases a laser cutting machine for use in fabrication of a part for one of its key products. The machine cost $80.000, and its estimated useful life is five years, after which the expected salvage value is $5,000, Compute depreciation expense for each year of the machine's useful life under each of the following depreciation methods: Round answers to the nearest whole number, when applicable. a. Straight-line Year 15 O...
Computing Straight-Line and Double-Declining-Balance Depreciation On January 2, Haskins Company purchases a laser cutting machine for use in fabrication of a part for one of its key products. The machine cost $85,000, and its estimated useful life is five years, after which the expected salvage value is $5,000. For both parts (a) and (b) below: (1) Compute depreciation expense for each year of the machine's five-year useful life under that depreciation method. (2) Use the financial statements effects template to...
Computing Straight-Line and Double-Declining-Balance Depreciation On January 2, Haskins Company purchases a laser cutting machine for use in fabrication of a part for one of its key products. The machine cost $85,000, and its estimated useful life is five years, after which the expected salvage value is $5,000. For both parts (a) and (b) below: (1) Compute depreciation expense for each year of the machine's five-year useful life under that depreciation method. (2) Use the financial statements effects template to...
Name Date L. STRAIGHT LINE DEPRECIATION The next two problems provide a closer look at Straight Line versus Double Declining Balance Depreciation. In these problems, assume all machinery is bought at the first of the year. Salvage Value Useful Life 1) Tractor A 2) Tractor B 3) Combine Cost 60,000 75,000 98,000 20,000 Assume you own the machinery above. Calculate annual depreciation using the straight-line method. Tractor A Taector Combine Year 1 Year 2 Year 3 Year 4 Year 5...
Computing Straight Line and Double Declining-Balance Depreciation On January 2, Reed Company purchases a laser cutting machine for use in fabrication of a part for one of its key products. The machine cost $75.000, and its estimated useful life is five years, after which the expected salvage value is $5.000. For both parts cal and (b) below: (1) Compute depreciation expense for each year of the machine's five year useful life under that depreciation method. 2 Use the financial Statements...
QUESTION 1 Incorrect Mark 0.00 out of 2.00 Flag question Computing Depreciation Under Straight-Line and Double-Declining-Balance A delivery van costing $18,000 is expected to have a $1,500 salvage value at the end of its useful life of 5 years. Assume that the truck was purchased on January 1, 2016. Compute the depreciation expense for 2017 (its second year) under each of the following depreciation methods: a. Straight-Line $ 4,125 X b. Double-declining-balance Check