Quick Answer
The exam names four valuation methods for the buy-side analysis: trading comparables, precedent transactions, discounted cash flow (DCF), and leveraged buyout (LBO). Trading comps reflect a minority-interest, no-control-premium market read. Precedent transactions often reflect control value. DCF triangulates intrinsic value, with terminal-value assumptions carrying material weight. LBO produces a case-specific maximum sponsor price that is a useful competitive cross-check.
The four methods are not interchangeable. Each one frames a different question: what would the public market pay for the target as a minority interest, what have control bidders paid in comparable deals, what is the target worth on a cash-flow-discounted basis, and what is the maximum a financial sponsor could pay and still clear an internal-rate-of-return (IRR) hurdle?
What Peer Multiples Do Trading Comparables (Trading Comps) Apply?
Trading comps build a peer set of publicly traded companies and apply their trading multiples to the target's metrics.
- Peer-set selection: industry, size band, growth profile, and geography matched to the target
- Trading multiples: enterprise value to earnings before interest, taxes, depreciation, and amortization (EV / EBITDA); enterprise value to sales (EV / Sales); enterprise value to earnings before interest and taxes (EV / EBIT); price-to-earnings (P / E)
- Output: implied value range from applying peer-multiple medians and quartiles to the target
- Control premium: none (pure equity-market read on a minority-interest value)
- Best use: a current minority-interest market benchmark that can inform the target's stand-alone range; it is not automatically the lowest valuation method
Exam Tip: Gotchas
- Trading comps reflect minority-interest, public-market trading levels. They do NOT include a control premium, but that does not automatically make trading comps the lowest method in a valuation range. Company facts, market conditions, and the data selected determine where each method actually lands.
How Do Precedent Transactions Reflect Control Value?
Precedent-transaction analysis builds a set of historical M&A deals in the same industry and target profile, then applies the deal-level multiples.
- Deal-set selection: historical transactions matched on sector, deal size, and target profile
- Transaction multiples: EV / EBITDA at deal, EV / Revenue at deal, equity premium to unaffected price
- Control premium: often reflected, but the difference from trading multiples also depends on timing, terms, market conditions, and transaction selection
- Control premium reference point: quoted against an unaffected pre-announcement target price; there is no universal range or guaranteed relationship to trading multiples
- Best use: a selected acquisition-pricing cross-check
Exam Tip: Gotchas
- Precedent transactions may reflect control value, but they do not mechanically exceed trading comparables. Timing, terms, market conditions, and selection affect both analyses, so the ranges can overlap or appear in a different order than expected.
How Does a Discounted Cash Flow (DCF) Analysis Value the Target?
The DCF projects the target's free cash flow over an explicit forecast horizon and adds a terminal value for everything beyond.
- Explicit forecast horizon: an explicit period supported by the available forecast
- Discount rate: the weighted-average cost of capital (WACC) of the target's risk profile
- Terminal value (TV): can be material to the output, so its assumptions should be sensitized; its share of total value depends on the company and forecast, not a fixed percentage
Two terminal-value methods are standard:
- Perpetuity-growth method: TV = FCF_final × (1 + g) / (WACC − g), where g is a sustainable long-run growth rate below WACC, supported by the company's and economy's facts
- Exit-multiple method: TV = EBITDA_final × exit multiple, where the exit multiple is often the trading-comp median EV / EBITDA
Subtract net debt (debt minus cash) from the resulting enterprise value to get equity value.
Think of it this way: a DCF tells the banker what the target is worth on its own cash-generation merits, independent of market-comparable noise. The catch is that terminal value can carry substantial weight, and it is the part of the model with the weakest empirical grounding.
Exam Tip: Gotchas
- Terminal value can materially affect a DCF, but there is no universal terminal-value percentage or fixed sensitivity effect. Use case-specific sensitivity tables and never present a DCF point estimate without the bracketing range.
- DCF can incorporate a control premium implicitly through projections. If the banker has built synergy-loaded projections, the DCF is no longer a pure standalone valuation; the output reflects whatever control or synergy assumptions are baked into the forecast.
How Does a Leveraged Buyout (LBO) Analysis Set the Sponsor's Maximum Price?
The LBO model assumes a financial sponsor (private-equity firm) purchases the target funded mostly with debt, holds for a period, and exits.
- Capital structure: a case-specific debt-and-equity financing mix
- Debt layers (senior to junior): revolver / term loan B (senior secured) / second lien / subordinated notes / mezzanine / sponsor equity
- Target IRR: the sponsor's case-specific required return, based on fund strategy, risk, leverage, and expected exit timing
- Multiple of invested capital (MOIC): total proceeds divided by invested equity; interpret it together with IRR, since MOIC does not capture timing
- Modeling lever: forecast how free cash flow changes debt outstanding between entry and exit
- Output: the maximum price a financial buyer can pay while clearing its case-specific IRR hurdle
The LBO output is a useful competitive cross-check for a strategic bidder, not a universal floor or walkaway price: a strategic buyer with credible synergies may justify a different price than a sponsor's case-specific maximum.
Exam Tip: Gotchas
- The LBO output is case-specific. A sponsor's maximum price depends on its required return, financing, cash-flow forecast, and exit assumptions. A strategic buyer may justify a different price when credible synergies change the economics; treat the LBO number as a cross-check, not a fixed walkaway line.
- LBO target IRR is GROSS (to the sponsor equity), not net to limited partners. Net IRR after fees and carry is materially lower; do not confuse the two when modeling.
How Do Standalone and Pro-Forma Valuation Framings Differ?
Standalone and pro-forma framings produce different bid anchors. The banker uses both.
| Frame | What's Reflected | Used For |
|---|---|---|
| Standalone valuation | Target's value as currently operated; no deal effects | Establishing a baseline before buyer-specific deal effects |
| Pro-forma valuation | Target + buyer + synergies − integration cost; reflects combined-entity economics | Testing how a proposed price affects buyer value under stated assumptions |
| Difference between the two | Potential value from synergies and other deal effects | Informing negotiation and how value may be shared; it does not create an automatic floor or ceiling |
Think of it this way: the standalone valuation anchors what the target is worth on its own. The pro-forma valuation shows how a proposed price affects the combined entity under the deal's stated assumptions. The spread between the two informs negotiation, but it is not a guaranteed floor-to-ceiling range.
How Do the Four Valuation Methods Compare Side by Side?
| Method | Inputs | Control Perspective | Best Use |
|---|---|---|---|
| Trading comps | Live market multiples of peer set | Minority-interest public-market pricing | Current market cross-check |
| DCF | Projections + WACC + terminal value | Depends on whether projections include deal effects | Intrinsic-value cross-check |
| Precedent transactions | Historical deal multiples in same sector | Often reflects transaction-specific control value | Selected acquisition-pricing cross-check |
| LBO | Target operating model + debt capacity + IRR hurdle | Sponsor control case | Maximum sponsor entry price under stated assumptions |
The ranges can overlap or appear in different orders. Company facts, market conditions, selected data, and model assumptions determine the relationship among methods; do not memorize a fixed low-to-high ordering.
How Does Accretion/Dilution Math Test a Proposed Deal?
Accretion / dilution analysis tests whether the deal raises or lowers the acquirer's pro-forma earnings per share (EPS).
The pro-forma EPS formula:
Pro-forma EPS = (acquirer net income + target net income + after-tax synergies − after-tax financing cost) / pro-forma share count
- Accretive: pro-forma EPS > standalone acquirer EPS
- Dilutive: pro-forma EPS < standalone acquirer EPS
- In a simplified all-stock case with no acquisition premium, synergies, transaction costs, or other adjustments, accretion points to target earnings yield above acquirer earnings yield (roughly, target P / E below acquirer P / E). Actual deals require full pro forma analysis, including consideration mix and financing cost.
Exam Tip: Gotchas
- The relative-P/E shortcut only holds in the simplified no-premium, no-synergy case. Once you add an acquisition premium, synergies, and transaction costs, the accretion or dilution direction depends on the full pro forma math, not just which company has the higher P/E.
What Should You Check on Exam Day?
- Can you name all four valuation methods (trading comps, precedent transactions, DCF, LBO) and which one carries no control premium by design?
- Do you know why the ranges from different methods can overlap or appear in a different order than expected, rather than always stacking low-to-high in a fixed sequence?
- Can you explain why the LBO output is a case-specific cross-check, not a universal floor or ceiling for a strategic buyer?