AFM 273 Final Flashcards

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94 Terms

1
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What’s the main idea of comparable

  • Look at what the market pays for similar companies & use that price to project yours


2
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What’s the problem with comparable

  • Companies are different sizes, so you can’t compare raw prices


3
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Solutions to comparables

  • Multiples


4
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Define Multiples

  • The price you pay per dollar of some operating number from the company

  • What you pay/ A measure of what you get


5
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Define Numerator

  • What you’re paying (A value)


6
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Define a denominator

  • What you’re getting in return (Earnings, Cashflow, Revenue)


7
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How to calculate Multiples

  1. Average of weighted average of comparable companies

  2. Multiply by your company’s denominator to get the value


8
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What are some equity multiples (price based)

  • P/E: Price-to-Earnings

  • PEG Ratio:

  • P/B: Price-to-Book

  • P/CF: Price-to-Cashflows

  • P/FFO: Price-to-Fund From Operations

  • P/NAV: Price-to-Net Asset Value


9
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Explain P/E (Price-to-Earnings)

  • How many dollars you pay for each $1 of yearly profit

  • Formula: Share Price/EPS

  • Ex. $50 share price/$5 EPS = 10

  • Used: Mature & stable companies


10
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Define Trailing P/E

  • Price/EPS from the last 12 months

  • Uses real numbers


11
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Define Forward P/E

  • Price/EPS for the nest 12 months

  • Uses analyst forecasts

  • Usually lower because earnings are expected to grow


12
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Explain the PEG ratio

  • P/E adjusted for growth, high P/E is ok if growth is high too

  • Formula: P/E / expected earnings growth rate (gr is a whole number)

  • Used: profitable, fast growing firms


13
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Explain the P/B (Price-to-Book)

  • How much you pay compared to the accounting value of the company

  • Formula: Share price/Book Value of equity per share

  • Ex. Price = $30, book value per share = $20 → P/B = 1.5

  • Used: Firms with lots of tangible assets (banks) because their b/s are closer to the real market value


14
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Define Book Value

  • What the b/s says the company is worth


15
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Explain P/FFO (Price-to-Fund From Operations)

  • Real estate deprecation is just an accounting charge so FFO adds it back to show earnings

  • Used: REITS


16
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How to calculate FFO

  • Net Income + deprecation

  • Adjusted for gains or losses on selling property


17
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Explain P/CF (Price-to-Cash Flows)

  • Like P/E but uses CF which is harder to manipulate than earnings

  • Formula: Share price/Cash flow per share

  • Used: Mining & resource firms


18
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Explain P/NAV (Price-to-Net Asset Value)

  • Used: Mining & resource firms

  • If P/NAV = 1, you pay exactly what the underlying assets are worth


19
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What are some Enterprise Multiples (whole company based)

  • EV/EBITDA

  • EV/Revenue

  • EV/Resources


20
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Explain EV/EBITDA

  • How many dollars you pay form the whole business per $1 of its operating earnings

  • Formula: EV/EBITDA

  • Used: Capital heavy firms (infrastructure) & young firms with heavy deprecation

  • Weak point: proxy (Assumes spending on equipment equals depreciation, ignoring taxes and working capital)


21
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Explain EV/Revenue

  • How much you think you pay for $1 sales

  • Formula: EV/Revenue

  • Used: Young companies with losses, have no earnings or cash flow yet


22
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Explain EV/Resources

  • EV per unit of resource like barrel of oil or ounce of gold

  • Used: Mining & Resources firm


23
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What are some pros of multiples

  • Fewer assumptions

  • uses real market price, doesn’t rely on forecasting

  • Simpler than a DCF

  • Quick & easy to explain


24
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What are some cons of multiples

  • Hard to find companies that are truly similar

  • Values relative to companies & whole industry

  • Over simplified (don’t use for investing)


25
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What are four examples of use cases for relative valuations

  1. Private companies: Don’t have inputs for DCF (like beta and market value)

  2. Short term or momentum trading: If you plan to sell soon (IPO) & what matters s the price the market will pay today

  3. Volatile Market: A DCF won’t capture panic selling or irrational behaviour & relative pricing reflects the market as it is

  4. Stock broker: Justify stock prices by comparing them to others & making recommendations feel safer


26
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What makes companies comparable

  • Same product or service

  • Similar size

  • Same customer

  • Same business model

  • Similar growth & risk (return is a multiple of risk)

  • Similar capital structure


27
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Define Outliers

  • Companies with numbers far from the rest


28
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Should we remove outliers right away

  • No, first find out why they’re an outlier


29
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When do we keep outliers

  • If it reflects something real in the industry


30
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What to use instead that limits the effect of outliers

  • The median


31
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What are the 2 general rules for choosing multiples

  • Rule 1 Must be consistently defined: top & bottom must belong to the same group

  • Rule 2 Must be calculated the same way: All the comparable must measure the denominator in the same way


32
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What are the choices of EPS

  • Primary EPS: Actual shares only

  • Fully diluted EPS: Actual shares + All options

  • Partially diluted EPS: Only in-the-money option

  • Others: Counts everything that could turn into shares options, warrants, convertible debt


33
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Define stock option

  • The right to buy a share in the future at today’s price


34
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Define fully diluted shares

  • Every share could exist if all options, warrants, convertible were used


35
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Define Warrants

  • Like options but issued from the company


36
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Define convertible debt

  • Debt that can be turned into shares


37
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What does regression help do

  • Check which multiple has the highest R2 with that industry or region

  • R2: Best fit


38
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What are the two ways that can be used to choose which multiple is used

  1. Use the multiple with the highest R2 in that sector or region

  2. Use th multiple that makes the most sense of that sector


39
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What are the 5 steps of a comparable analysis

  1. Identify comparable

  2. Collect financial information

  3. Choose & Calculate multiples

  4. Benchmark the comparable

  5. Determine the valuation


40
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True or false: if you do both intrinsic & relative valuation both correctly you should get the same value

  • True


41
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What does it signal if the intrinsic & relative valuation is different

  • Recheck assumptions


42
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True or false: Which valuation model you use depends on your goal

  • True

  • Long term investing: intrinsic

  • Short term investing, IPO: relative


43
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What does a company you use when competition removes all positive NPV trading opportunities

  • Effective Market Hypothesis (EMH)


44
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Define EMH

  • Prices are fair given all the information provided


45
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What are the 3 forms of EMH

  • Weak form: Price isn’t based on information received, or information takes time to come in

  • Semi-Strong form: All public information is already in the price

  • Strong form: Price reflects everything insiders can’t profit because the law prevents it


46
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Define Public, easy-to-read information

  • The price reacts almost instantly


47
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Define Private, hard-to-find information

  • The price takes time to react


48
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What are implications of market efficiency

  • Only beat the market with competitive advantage

  • Average investors don’t need to worry about being taken advantage of


49
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What are implications of market efficiency for corporate managers

  • Focus on NPV & FCF: thats what raises stock prices

  • Avoid Accounting illusions: Accounting changes that don’t change cash flows don’t change value

  • Use Financial transactions to support investment: Sell shares fairly to fund good projects


50
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Define capital budgeting

  • Deciding which project os a company should spend its money on


51
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Define capital budget

  • The list of projects the company prams to do in the coming years


52
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what question that forecasting asks

  • What does the project earn?


53
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What questions does FCF & NPV ask

  • What cash does it produce & is it worth it?


54
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What are the 3 key decisions finance makes

  1. Capital structure: how much debt vs equity to use

  2. Capital Budgeting

  3. Operating decisions: managing day-to-day (working capital)


55
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Where do projects come from

  • Other departments within a company


56
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What are the 4 steps of capital budgeting

  1. Forecast the project’s incremental earnings

  2. Adjust earnings into FCF & earnings aren’t cash so we fix that

  3. Discount the FCF at the cost of capital to get NPV

  4. Accept NPV if its positive


57
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Define incremental

  • Only changes because of the project


58
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Define unlevered net income

  • Net income without interest

  • Assumes: the project is all equity financed so no interest expense


59
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What are the 2 important rules that must be followed when forecasting FCF associated with a project

  1. Only incremental cash flow count: Only include CF that changes because of the project

  2. Ignore sunk costs: Money that has already been spent & can’t be recovered so doesn’t affect the decision


60
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What are common incremental costs

  • Incremental revenue & costs: Extra sales & cost caused by the project

  • Incremental taxes: Extra tax due to the project

  • Incremental capital expenditures: Money spent buying equipment or buildings

  • Incremental NWC
    Incremental CCA tax shield: tax savings from deducting CCA

  • Opportunity cost: The value you give up by choosing one option over the other

  • Externalities: Side effects on other products (cannibilzation, complementary products)

  • Salvage value: Cash from selling an asset when the project ends


61
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Define NWC

  • The money the project ties up in day-to-day operations

  • Formula: Current Assets - Current Liabilities


62
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What happens when there’s an increase in NWC

  • Decrease in FCF

  • Increase in NWV means more cash in unpaid bills & inventory


63
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What happens when there’s a decrease in NWC

  • Increase in FCF


64
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How do we calculate the change in Net Working Capital

  • NWC this year - NWC last year


65
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Explain CCA (Capital Cost Allowance)

  • Used: to calculate taxes in capital budgeting

  • Need it: because it determines how much deprecation we can deduct for tac purposes

  • CCA reduced taxable income which lowers taxes paid

  • CCA is not a CF but the tax saving from CCA affect CF


66
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Explain the CRA (Canada Revenue Agency) rules

  • Assets are grouped into classes each with a set CCA rate (d)

  • When you buy an asset its cost goes into the UCC


67
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Define UCC (Undepreciated Capital Cost)

  • The part of the cost you haven’t claimed yet


68
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Explain the half year rule

  • Government doesn’t know when you bought the asset, it assumes the middle of the year


69
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What’s the formulas for UCC

  • Year 1(Half rule): 0.5 x CapEx

  • Year t (General formula: CapEx x (1-d/2) x (1-d) ^(t-2)


70
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What are the 2 approaches to calculating the impact of capital cost allowance on the NPV at a project

  • Approach 1:l Deduct CCA each year

  • Approach 2: Calculate the PV of all the CCA tax shields separately


71
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Explain Approach 1:l Deduct CCA each year

  • Compute CCA for each year then subtract it from earnings before tax then add it back when moving to FCF (bc its not cash)

  • Problem: A 5 year forecast might miss tax savings that continue after the project ends


72
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How to calculate unlevered net income

  • EBIT x (1 - tc)

  • OR (Revenue - Cost - CCA) x (1-tc)


73
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How to calculate FCF

  • (Revenue - Cost) x (1 - tc) - CapEx - Change in NWC + tc x CCA


74
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How to calculate CCA tax Shield

  • tc x CCA


75
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When can you use this Approach 2: Calculate the PV of all the CCA tax shields separately

  • When CCA shield is left out of the FCF


76
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What’s the formula for PV cca tax shield

  • (CapEx x d x tc/ r+d) x (1 + r/2/1+r)

  • (CapEx x d x tc/ r+d): growing perpetuity accounting for -d

  • (1 + r/2/1+r): Half year rule


77
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Formula for selling the asset

  • -(min ( sale price, CapEx) x d tc/ r+ d) x (1/(1+r)^t)


78
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What does it means if proceeds > original costs

  • Capital gain


79
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Formula for capital gain tax

  • ½ (proceeds - CapEx) x tc


80
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What does it mean if proceeds < original cost

  • Capital loss


81
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Define depreciable asset

  • You can’t deduct the capital loss for tax purposes


82
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What is removed from UCC

  • the lower of the original cost or sale price


83
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Only what can be used to claim CCA

  • Remaining UCC after deducting the sale price original price


84
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What’s an exception to UCC

  • Terminal loss

  • If the asset sold was the las asset in the class

  • The firm can claim whatever remains in UCC as terminal loss

  • Which reduces taxable income


85
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Define opportunity cost

  • The value you give up by using a resource for a project instead of the next best


86
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Define externalities

  • Indirect effects of the project on other parts of the business

  • Cannibalization: when the project takes away sales from an existing product; loss profit is negative cash flow

  • Complementary products: customer but more of something else because of the project; increase profit is positive cash flow


87
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Define sunk costs

  • A cost already incurred that must be paid whether we take the project or not

  • Ex. Past R&D, Fixed overheard, unavoidable competitive effects


88
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Define fixed overhead

  • Costs that don’t change because of the project

  • Ex. rent, CEO salary


89
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Define cannibilization caution (unavoidable competitive effects)

  • Ignore sales lost to competitors anyway


90
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What do we do when firms forecast the FCF of the project less than what its supposed to be

  • Add an extra one-time cash flow at the end of the forecast period (terminal value)


91
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Formula of PV terminal value & step by step how to solve

  • (FCFn+1/rwacc - gFCF)/(1+rwacc)^n

  1. Take the first FCF after the forecast period

  2. Divide by (r-g) because its growing

  3. Discount back n years to today


92
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What do we leave out when evaluating a project & why

  • Interest expense

  • Because: Interest depends on how the firm chooses to finance the project which is a separate decision


93
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Define marginal corporate tax rate

  • The tax rate on the next dollar of pre-tax income the project earns


94
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What’s the formula for NPV

  • NPV = Sum of all PV

  • PV (FCFt) = FCFt /(1+r)^t