a-1) Depreciation expense= (Original cost-Salvage value)/Estimated useful life
= ($117000-18000)/4= $24750 per year
a-2) Depreciation rate= 100/4*2= 50%
Computation | End of Year | ||||||
Year | Book Value at the Beginning of the Year | * | Depreciation Rate | = | Deprecation expense | Accumulated depreciation | Book value |
1 | $117000 | * | 50% | = | $58500 | $58500 | (117000-58500)= $58500 |
2 | 58500 | * | 50% | = | 29250 | (58500+29250)= 87750 | (58500-29250)= 29250 |
3 | 29250 | * | 50% | = | 14625 | (87750+14625)= 102375 | (29250-14625)= 14625 |
4 | |||||||
As at the end of the Year 3 the book value is $14625 which is less than the salvage value of $18000. So, the depreciation expense in the Year 3
Depreciation expense= $29250-18000= $11250
Year | Depreciation Expense |
1. | $58500 |
2. | 29250 |
3. | 11250 |
4. | 0 |
b) Net Book Value at the end of Year 3 Under Straight-line method
Accumulated depreciation at the end of the Year 3= $24750*3= $74250
Net book value at the end of Year 3= Original cost-Accumulated depreciation at the end of the Year 3
= $117000-74250= $42750
Net Book Value at the end of Year 3 Under Double-declining-balance method
Accumulated depreciation at the end of the Year 3= $58500+29250+11250= $99000
Net book value at the end of Year 3= Original cost-Accumulated depreciation at the end of the Year 3
= $117000-99000= $18000
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