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8/12/2019 Lecture # 8 Depreciation II
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Lecture # 8
Cost Estimation
1. Depreciation – part 2
2. Depletion
16-1Dr A Alim
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Case Study # 1
Students will form three teams.
Each team will work on the following problem:
AFTER-TAX EVALUATION FOR BUSINESS EXPANSION.
Blank’s Book, 7th ed., Page 482 (end of chapter 17)
It is helpful to also read section 10.5 in chapter 10 of the book (page 275).
Answer questions 1 to 4 (Question 4 asks you to determine the AW of EVA)
Note that the after tax MARR is 10%.
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Definition of terms when both debt and equity financing are involved:
1) Debt investment is a loan and is not included in determining the value of P.
This can be readily seen for year zero:
P = CF out - CF in
= Total capital invested – loan amount
= (loan amount + equity investment) – loan amount
= equity investment
2) It is important to know that as a result, the rate of return on capital invested refers
to return on equity investment only. A small equity investment results on a relatively
large rate of return.
3) CFBT = GI – E – equity investment + salvage value – (loan principal + loan interest)
4) Loan interest (but not principal) is tax deductible. Therefore:
TI = GI – E – D – loan interest
5) CFAT = CFBT – TI(te)
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Expectations from each team
The team will work as a group. Each team member must be involved in preparation and
presentation.
Each team will elect a team leader (I need the team leaders’ names today).
Each team will make a PowerPoint presentation to the rest of the class and provide me with acopy of their presentation. Presentations will be on Tuesday, February 18, 2014.
The presentation will cover:
* Clear definition of the problem, what is given and what is asked* Theory and basic equations involved.* Solution strategy.* Assumptions made and sources of data needed.* Solution to the problem.
A list of the students actually presenting must be submitted atthe beginning of each presentation. Students not presenting will not receive a grade for thisproject.
Each team is fully responsible for bringing and testing their lap tops, cables, etc.
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Switching between depreciationmethods
Because the DDB method may or may not reach theestimated salvage value , It is allowed in some countriesand in some US states to switch to SL method near theend of the recovery period in order to reach the estimatedS, and maximize tax advantage.
In the US, the MACRS method is based on this logic.Starting with DDB then switching to SL with S value ofzero.
The goal is to maximize the present value of accumulateddepreciation:
PWD = Σ Dt (P/F, i %, t)………for t =1 to n
Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-5 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-7 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Switching between depreciation methodsBlank, 7th ed. Examples 16A.3 ( p. 433 ) , 16A.4 ( p. 435 )
Blank, 6th ed. Examples 16A.2 ( p. 559 ) , 16A.3 ( p. 562 )
Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-8 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
(You may assume S = 0)
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-9 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-10 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-11 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-12 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-13 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-14 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-15 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
Example 16A.3, part (d) is in the homework.
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-16 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Switching between depreciation
methods (Application)The MACRS method is based on a switch from DDB toSL:• Applying all the rules mentioned earlier
• And allowing for the half year convention
Reading assignment:
Read the following in Blank’s book (7th ed.):
Section 16A.3, page 435. Examples 16A.5 and 16A.6 illustratehow the MACRS rates are derived by applying DDB-SL switch.
Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-17 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Depletion
Depreciation is applied to assets that can bereplaced.
Depletion applies to resources that are noteasily replaced, and are depleted with usage:
Timber,
Mineral deposits, Oil and gas,
etc.
Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-18 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Two methods to calculate depletion
Cost Depletion Also called factor depletion Based upon the level of activity or usage; Time is not involved.
Percentage Depletion Applies a constant, stated percentage of the resource's
gross income provided it does not exceed 50% of thefirm’s current taxable income.
Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-19 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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DEPLETION: Cost Depletion
First, the cost basis of theresource is determined – firstcost or investment cost.
Second – one must estimatethe amount of the resource thatis available for extraction. Termed: Resource Capacity. It is an estimated value
since it is impossible topredict exactly the trueresource capacity!
Then, cost depletion factor p t
for year t is calculated …
If the original resource capacity
is re-estimated in the future, anew p t is recalculated.
Let t denote the year p t denotes the depletion
factor for year t
Then, pt is defined as:
For year “t”: Depletion ($)
= P t x resource amount
extracted in this yea.
first cost
resource capacityt
p
Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-20 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
DEPLETION C M h d
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DEPLETION: Cost MethodExample
Example 16.5, page 428, Blank (7th ed.)
Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-21 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-22 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-23 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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DEPLETION: Cost depletion
Major Point for cost depletion:There must be a reasonable estimate
of the amount of the resource that isbeing extracted.
For firms engaged in extractionactivities the process of resourceestimation is an important activity
and requires expert analysis.
Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-24 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012
© 2012 by McGraw-Hill, New York, N.Y All Rights Reserved16-25
Percentage Depletion
• An alternative method for natural resource extraction activities
• A constant stated percentage of the resources gross income may bedepleted each year so long as the calculated depletion amount doesnot exceed 50% of the firm’s net taxable income (Defined as GI – E),
i.e. before the depletion deduction is taken !
• Allowable depletions rates are published by the IRS
• THEREFORE: The % depletion allowance is the smaller of the
calculated amount and 50% of the net “taxable income” in the given
year, i.e. 0.5(GI-E)
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DEPLETION: Percentage Method
Deposit Percentage
Sulfur, uranium,
lead, nickel , zinc 22%
Gold, silver ,copper,iron ore andgeothermal deposits
15%
Oil and gas wells(varies)
15-22%
Coal, lignite, sodiumchloride
10%
Gravel, sand, peat,stone
5%
Most other minerals 14%
Note:
Due to frequentrevisions of theUS Federal taxcode, the analystshould alwaysrefer to the latestpublished rates!
Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-26 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-28 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
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Depletion Law Requirement
The current law:The law allows taking the larger of the costdepreciation and the % depreciations in agiven year.
This means that one should apply both methods inthe beginning, and take the larger depreciation.
Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012 16-29 © 2012 by McGraw-Hill, New York, N.Y All Rights Reserved
Depletion Law Requirement – (Engineering Economics, 4th ed.,Prentice Hall, 2007.
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Depletion Law Requirement (Engineering Economics, 4 ed.,Prentice Hall, 2007.
By C.S.Park, example 9.11 p. 455)
16-30© 2007 by Prentice Hall, All Rights Reserved
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16-31© 2007 by Prentice Hall, All Rights Reserved
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16-32 © 2007 by Prentice Hall,
All Rights Reserved
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Slide Sets to accompany Blank & Tarquin, Engineering
Economy, 7th Edition, 2012
© 2012 by McGraw-Hill, New York, N.Y All Rights Reserved16-33
CHEE 5369/6369
Homework # 3
Thursday February 6, 2014
The following solved examples from Blank (7th):
Example 16.1 page 418
Example 16.3 page 421
Example 16A.1 page 430
Example 16A.3(d) page 434
Example 16A.5 page 436
Example 16A.6 page 437