In: Finance
. Some special handling devices can be obtained for $12,000. At the end of 4 years, they can be sold for $750. Compute the depreciation schedule for the devices using the following methods:
a. Straight-line Depreciation
b. Double Declining Balance
a. | Depreciation Schedule under Straight-Line depreciation | ||||||||||||
Year | Cost | Depreciation Expense | Accumulated depreciation Expense | Ending Book Value | |||||||||
a | b | c | d=a-c | ||||||||||
1 | $ 12,000 | $ 2,812.50 | $ 2,812.50 | $ 9,187.50 | |||||||||
2 | $ 12,000 | $ 2,812.50 | $ 5,625.00 | $ 6,375.00 | |||||||||
3 | $ 12,000 | $ 2,812.50 | $ 8,437.50 | $ 3,562.50 | |||||||||
4 | $ 12,000 | $ 2,812.50 | $ 11,250.00 | $ 750.00 | |||||||||
Total | |||||||||||||
Working: | |||||||||||||
Straight- Line depreciation | = | (Cost - Salvage Value)/Useful Life | |||||||||||
= | (12000-750)/4 | ||||||||||||
= | $ 2,812.50 | ||||||||||||
b. | Depreciation Schedule under double declining depreciation method: | ||||||||||||
Year | Beginning Book Value | Depreciation Expense | Ending Book Value | ||||||||||
a | b=a*50% | c=a-b | |||||||||||
1 | $ 12,000 | $ 6,000 | $ 6,000 | ||||||||||
2 | $ 6,000 | $ 3,000 | $ 3,000 | ||||||||||
3 | $ 3,000 | $ 1,500 | $ 1,500 | ||||||||||
4 | $ 1,500 | $ 750 | $ 750 | ||||||||||
Total | |||||||||||||
Working; | |||||||||||||
Straight line depreciation rate | = | 1/4 | = | 25% | |||||||||
Double declining rate | = | 2*25% | = | 50% | |||||||||