1. Depreciation... key terms Depreciation: the process of systematically allocating the cost of an asset over its useful life. Salvage value: The estimated value of an asset at the end of its useful life Depreciable cost: an asset’s acquisition cost less its salvage value Book value: an asset’s cost less its accumulated depreciation Three factors to consider when computing depreciation: cost, estimated useful life, and salvage value

2. Fixed Assets Fixed assets are those assets: –that have a long life, –are used in the business for future generation of income, –are not bought with the main purpose of resale. –Fixed assets are also called “Depreciable Assets” No depreciation is charged on land.

3. Grouping of Fixed Assets Major groups of Fixed Assets: –Land –Building –Plant and Machinery –Furniture and Fixtures –Office Equipment –Vehicles

4. Recording Depreciation Two different accounts are used –Depreciation Expense Account –Accumulated Depreciation Account Accumulated Depreciation Account – over the years the periodic depreciation is accumulated in this account. DebitDepreciation Expense Account Credit Accumulated Account

5. Introduction to Long- Lived Assets Plant Assets

6. Property, Plant, and Equipment Expected to Benefit Future Periods Actively Used in Operations Tangible Plant Assets

7. Issues Related to Plant Assets Asset Service Potential AcquisitionDisposal Use in business operations Time Decline in future service benefits. Book Value Accounting Issues Measuring Cost Recording Disposals Allocating initial cost and subsequent maintenance/repairs.

8. Acquisition cost Acquisition cost excludes financing charges and cash discounts. All expenditures needed to prepare the asset for its intended use Purchase price Cost of Plant Assets

9. Land is not depreciable Purchase price Real estate commissions Title insurance premiums Delinquent taxes Surveying fees Title search and transfer fees Land

10. Purchase price Architectural fees Cost of permits Excavation and construction costs Installation costs Transportation costs Buildings and Equipment

11. Depreciation – The Concept

12. A Theoretical View of Depreciation $2; $3; $4; SV $3; $4; SV $4; SV SV $1; $2; $3; $4; SV An application of the Matching Principle. Time Consumed as Depreciation Expense

13. Depreciation is a cost allocation process that systematically and rationally matches acquisition costs of plant assets with periods benefited by their use. Cost Allocation Acquisition Cost (Unused) Balance Sheet (Used) Income Statement Expense Depreciation

14. Income Statement Depreciation Expense Depreciation for the current year Balance Sheet Accumulated Depreciation Total depreciation to date of balance sheet Depreciation

15. Factors in Computing Depreciation The calculation of depreciation requires three amounts for each asset: Cost. Salvage Value. Useful Life.

16. Depreciation Methods Straight-line Units-of-production Declining balance Sum-of-the-Years’ Digits

17. Depreciation If an asset is expected to benefit all periods equally, –a straight-line method of depreciation would be appropriate.

18. Depreciation If more benefits are expected early in the life of an asset... –an accelerated method of depreciation would be appropriate.

19. Depreciation If benefits are related to the output of an asset... –the units-of-production method of depreciation would be appropriate.

20. < 2007 2007 thru 2008 2008> Could use any of four methods: Straight-Line Declining Balance Units-of-Output Sum-of-the-Years’ Digits

21. Methods of Depreciation Straight-Line Method

22. Cost - Salvage Value Useful life in years Depreciation Expense per Year = Straight-Line Method Appropriate if an asset is expected to benefit all periods equally.

23. On December 31, 2001, equipment was purchased for $50,000 cash. The equipment has an estimated useful life of 5 years and an estimated residual value of $5,000. Straight-Line Method Depreciation Expense Per Year = $50,000 - $5,000 5 Years =$9,000

24. Salvage Value Straight-Line Method

25. Depreciation Expense Depreciation Expense is reported on the Income Statement. Book Value is reported on the Balance Sheet.

26. Depreciation Per Unit = Cost - Salvage Value Total Units of Production Step 1: Step 2: Depreciation Expense = Depreciation Per Unit × Number of Units Produced in the Period Exh. 8.9 Units-of-Production Method

27. On December 31, 2001, equipment was purchased for $50,000 cash. –The equipment is expected to produce 100,000 units during its useful life and has an estimated salvage value of $5,000. –If 22,000 units were produced in 2002, what is the amount of depreciation expense?

28. Step 2: Depreciation Expense = $.45 per unit × 22,000 units = $9,900 Step 1: Depreciation Per Unit = $50,000 - $5,000 100,000 units = $.45 per unit Units-of-Production Method

29. No depreciation expense if the equipment is idle. Salvage Value Units-of-Production Method

30. DepreciationRepair Expense Early YearsHighLow Later YearsLowHigh Early years’ total expense approximates later years’ total expense. Declining Balance Method

31. Repair Costs Depreciation Accelerated Depreciation

32. Step 2: Double-declining- balance rate = 2 × Straight-line depreciation rate Exh. 8.11 Step 3: Depreciation expense = Double-declining- balance rate × Beginning period book value Double-Declining-Balance Method Step 1: Straight-line depreciation rate = 100 % Useful life in periods Ignores salvage value

33. Double-Declining-Balance Method On December 31, 2001, equipment was purchased for $50,000 cash. The equipment has an estimated useful life of 5 years and an estimated residual value of $5,000. Calculate the depreciation expense for 2002 and 2003

34. Step 2: Double-declining- balance rate = 2 × 20% = 40% Step 3: Depreciation expense = 40% × $50,000 = $20,000 (2002) Step 1: Straight-line depreciation rate = 100 % 5 years = 20% Double-Declining-Balance Method

35. 2002 Depreciation: 40% × $50,000 = $20,000 2003 Depreciation: 40% × ($50,000 - $20,000) = $12,000 Double-Declining-Balance Method

36. ($50,000 – $43,520) × 40% = $2,592 Below salvage value Double-Declining-Balance Method

37. We usually have to force depreciation expense in the latter years to an amount that brings BV to salvage value. Double-Declining-Balance Method

38. When a plant asset is acquired during the year, depreciation is calculated for the fraction of the year the asset is owned. June 30 Partial Year Depreciation

39. Calculate the straight-line depreciation on December 31, 2003, for equipment purchased on June 30, 2003. The equipment cost $75,000, has a useful life of 10 years and an estimated salvage value of $5,000.

40. Partial Year Depreciation Depreciation= ($75,000 - $5,000) ÷ 10 = $7,000 for a full year Depreciation = $7,000 × 6 / 12 = $3,500 Depreciation= ($75,000 - $5,000) ÷ 10 = $7,000 for a full year Depreciation = $7,000 × 6 / 12 = $3,500

41. Sum of the Year’s Digits (SOYD ) Depreciation = (cost-salvage value) * RL/ SOYD Where –RL = remaining years of useful life as of the beginning of the year for which depreciation is being computed. –SOYD = sum of all the number from 1 through the estimated useful life. For example: for a 5- year useful life, SOYD would be1+2+3+4+5=15 and it would be 55 for a 10 year useful life. –Highest the first year and then declines by a constant amount after.