Depreciable Assets and Depreciation Flashcards

1
Q

How is the matching principle applied to long-lived assets that are not held for sale in the ordinary course of business?

A

Depreciation, amortization, or depletion

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2
Q

Types of depreciation

A
  1. Physical depreciation

2. Functional depreciation

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3
Q

Physical depreciation

A

Related to an asset’s deterioration and wear over a period of time

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4
Q

Functional depreciation

A

Arises from obsolescence or inadequacy of the asset to perform efficiently

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5
Q

What might cause obsolescence?

A

Diminished demand for the product that the depreciable asset produces or from the availability of a new depreciable asset that can perform the same function for substantially less cost

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6
Q

Salvage/residual value

A

An estimate of the amount that will be realized at the end of the useful life of a depreciable asset

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7
Q

Estimated useful life

A

The period of time over which an asset’s cost will be depreciated

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8
Q

Goal of depreciation methods

A

To provide for a reasonable, consistent matching of revenue and expense by systematically allocating the cost of the depreciable asset over its estimated useful life

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9
Q

Depreciable base

A

Cost - Salvage/Residual value = Depreciable base

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10
Q

What are advantages of component depreciation over composite depreciation?

A
  1. Depreciation expense for the year would be more accurate

2. Repair and maintenance expense would be more accurate b/c replacements would be excluded

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11
Q

Why is component depreciation not available for MACRS recovery property for tax purposes?

A

Because depreciation expense under the component method is generally higher and MACRS is already high

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12
Q

Does IFRS require component or composite depreciation?

A

Component

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13
Q

Component depreciation

A

Recording depreciation for each component of a unit (i.e. parts of a machine)

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14
Q

Composite vs. Group Depreciation

A

Composite = Dissimilar assets

Group = Similar assets

The process of averaging the economic lives of a number of property units and depreciation the entire class of assets over a single

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15
Q

Under composite/group depreciation, are gains and losses recognized when an asset in the group is retired/sold?

A

No. If the average service life of the group has not been reached when asset is retire, gain/loss absorbed in A/D

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16
Q

What are the basic depreciation methods?

A
  1. Straight-line
  2. Sum-of-the-Years’-Digits
  3. Declining balance
  4. Units-of-production
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17
Q

Straight-line depreciation

A

Service potential declines with time

(Cost - Salvage Value) / Estimated useful life = Depreciation

18
Q

Sum-of-the-years’-digits

A

One of the accelerated methods of depreciation that provides higher depreciation expense in early years and lower in later years

19
Q

Calculate sum-of-years’-digits

A

[n(n+1)]/2

or

1+2+3+4+5 = 15 (for 5 years)

20
Q

Calculated depreciation expense under sum-of-years’-digits

A

Depreciation expense = (Cost - Salvage value) x (Remaining life of asset / Sum-of-years’ digits)

21
Q

Declining balance

A

Asset subject to rapid obsolescence (accelerated method of depreciation)

22
Q

Calculate double-declining balance depreciation

A

Depreciation expense = 2 x (1/N) x (Cost - A/D)

Ignore salvage value but cannot depreciate below salvage value

23
Q

Calculate 1.5 times declining balance depreciation

A

Depreciation expense = 1.5 x (1/N) x (Cost - A/D)

24
Q

Units-of-production (productive output)

A

Service potential declines with use

25
Q

Calculate depreciation expense under units-of-production

A

Step 1 —
(Cost - Salvage value) / Estimated units or hours = Rater per unit or hour

Step 2 —
Rate per unit or hour x # of units produced or hours worked = Depreciation expense

26
Q

J/E for total and permanent impairment of asset

A

Dr. A/D
Dr. Loss due to impairment
Cr. Asset at full cost

27
Q

What disclosures should be made regarding depreciable assets and depreciation?

A
  1. Depreciation expense for period
  2. Balance of major classes of depreciable assets by nature/function
  3. A/D allowances by classes or in total
  4. Methods used, by major classes, in computing depreciation
28
Q

Depletion

A

Allocation of the cost of wasting natural resources such as oil, gas, timber and minerals to the production process

29
Q

Purchase cost (depletion)

A

Includes any expenditures necessary to purchase and then prepare the land for the removal of resources (drilling, tunnels, shafts)

30
Q

Residual value

A

Monetary worth of a depleted asset after the resources have been removed

31
Q

Depletion base

A

Cost - Residual value

32
Q

Methods of depletion

A
  1. Cost depletion (GAAP)

2. Percentage depletion (tax only)

33
Q

Cost depletion

A

Cost - Salvage value / Estimated recoverable unites = Cost depletion rate

Cost depletion rate x units produced => allocates costs of production

34
Q

Percentage depletion

A

Based on percentage of sales

Can exceed cost depletion

Limited to 50% of NI from depletion property computed before percentage depletion allowance

35
Q

Unit depletion rate

A

Amount of depletion recognized per unit extracted

Unit depletion rate = Depletion base / Estimated removable units

36
Q

Calculation of depletion base

A

Cost to purchase property + Development costs to prepare the land for extraction + Any estimated restoration costs - Residual value of land after resources are extracted

37
Q

Total depletion

A

Total depletion = Unit depletion rate x Number of units extracted

38
Q

Calculate depletion on land

REAL

A

Residual value (subtract)
Extraction/development cost
Anticipated restoration cost
Land purchase price

39
Q

When permanent impairment occurs, how is the loss recorded?

A

Credited to accumulated depreciation

40
Q

Should estimated restoration costs be added to or subtracted from the depletion base?

A

Added to so that the amount of depletion charged to expense over the life of the mining operation will include it