Economic Value Added and Value Drivers
EVA charges profit for all capital employed: NOPAT minus invested capital times WACC, decomposed into margin, turnover, and capital-efficiency drivers.
20 articles in this subtopic.
EVA charges profit for all capital employed: NOPAT minus invested capital times WACC, decomposed into margin, turnover, and capital-efficiency drivers.
Precedent M&A multiples capture the 20-40% control premiums trading comps miss, provided deals are screened for timing, buyer type, and synergies.
Learn how to properly adjust equity valuations for dilution from stock options, warrants, and convertible securities.
Revenue multiples, LTV/CAC unit economics, and explicit path-to-profitability modeling replace P/E when earnings are negative, plus red flags to walk away.
Calculate residual income and EVA to measure true economic profit, with worked examples showing when these models beat DCF for non-dividend payers.
Documenting the source, rationale, range, and update triggers behind every key valuation assumption turns unexplainable losses into a testable process.
The discount rate is the most sensitive DCF input; building cost of equity via CAPM and blending WACC with market-value weights keeps valuations honest.
A 1% WACC shift can move a DCF valuation 10-15%, so data tables, tornado charts, and coherent bull-bear scenarios turn false precision into honest ranges.
Apply the Gordon Growth Model, two-stage DDM, and H-model to value dividend-paying stocks, with worked examples showing why r must exceed g.
The price-to-earnings ratio is the single most quoted valuation metric in finance—and the single most misapplied.
A target price becomes a decision only when paired with downside: risk/reward ratios, implied win rates, and half-Kelly math size the position.
Compare EV/EBITDA (28x for software, 5x for oil & gas) vs EV/EBIT with worked examples showing why depreciation policies drive the choice.
Master DCF fundamentals including FCFF vs FCFE mechanics, terminal value methods, and the 70-80% terminal value reality that makes or breaks your model.
Ignoring share-based compensation inflates tech valuations 15-30%; deduct SBC as a real expense or dilute shares via the treasury stock method.
Sum-of-the-parts valuation prices each conglomerate segment at pure-play peer multiples, measuring the 13-15% discount that GE's breakup unlocked.
EV/Revenue and the Rule of 40 make unprofitable growth firms comparable, but SaaS multiples swung from 24.6x to 5.5x ARR; context sets the number.
Reverse DCF solves for the growth rate embedded in today's price; if the market implies 18% and history says 12%, the stock must beat expectations to pay off.
Monte Carlo turns a single-point DCF into a probability distribution, showing how input uncertainty, correlations, and skew shape the valuation range.
Twenty-eight valuation terms defined concisely, from DCF components and WACC to control premiums, marketability discounts, EV/EBITDA, and CAPE.
Ten frequent DCF and multiples errors, from undiscounted terminal values to double-counted stock compensation, quantified by how far each inflates value.