Free CBV MQE Practice Questions: Income Approach and Forecast Valuation

CBV means Chartered Business Valuator. CBVs are Chartered Business Valuators, and the MQE is the Membership Qualification Examination used in that credential route. Use this focused CBV MQE page as a short practice test for Income Approach and Forecast Valuation. The items are original Finance Prep sample exam questions built for scenario-based practice, not trivia, puzzle questions, official CBV Institute questions, copied live-exam content, or exam dumps.

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These are original Finance Prep practice questions aligned to this topic area. They are not official CBV Institute questions, copied live-exam content, or exam dumps. Use them to preview question style and explanation depth before continuing with topic drills, mixed sets, and timed mock exams in Finance Prep.

Question 1

Topic: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

A CBV is reviewing a draft discounted cash flow model for a private Canadian manufacturer. The assignment is to estimate enterprise value using unlevered after-tax free cash flow. The explicit forecast includes a three-year plant expansion with 12% annual revenue growth, $4.0 million of annual expansion capital expenditures, and working capital investment equal to 18% of incremental revenue. By Year 5, the expansion is complete, revenue growth has slowed to 4%, annual capital expenditures are expected to equal maintenance needs of $1.2 million, and available tax loss carryforwards are expected to be fully used before the terminal period. Industry evidence supports a long-term nominal terminal growth rate of 2%.

Which revision to the draft terminal value calculation is most appropriate?

• A. Base the terminal value on Year 5 cash flow with no tax deduction because the company used tax loss carryforwards during the explicit forecast period.
• B. Base the terminal value on a normalized Year 6 unlevered after-tax free cash flow that includes taxes at the statutory rate, maintenance capital expenditures, and working capital investment needed to support 2% growth.
• C. Base the terminal value on Year 5 EBITDA before taxes, capital expenditures, and working capital because those items are already reflected in the explicit forecast.
• D. Base the terminal value on Year 3 cash flow because that year captures the highest expansion-period growth and capital spending requirements.

Best answer: B

What this tests: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

Explanation: The key valuation issue is consistency between the explicit forecast and the terminal period. The explicit years capture temporary expansion conditions: high growth, expansion capital expenditures, and related working capital investment. The terminal value should not simply extend those temporary facts, nor should it ignore recurring reinvestment needs. For an enterprise value DCF using unlevered after-tax free cash flow, the terminal-period cash flow should be sustainable and after tax. Since the tax loss carryforwards are expected to be exhausted before the terminal period, terminal cash flow should reflect normal tax payments. Capital expenditures should reflect ongoing maintenance needs, and working capital investment should be tied to the sustainable 2% terminal growth rate. A common approach is to estimate a normalized Year 6 free cash flow and capitalize it using a rate consistent with that growth assumption.

• Using Year 3 would improperly treat a temporary expansion year as sustainable.
• Using EBITDA before taxes, capital expenditures, and working capital omits required free cash flow deductions.
• Continuing a no-tax assumption into the terminal period conflicts with the stated exhaustion of tax loss carryforwards.

The terminal value should reflect sustainable post-explicit-period free cash flow, including recurring tax, reinvestment, and working capital needs consistent with the terminal growth assumption.

Question 2

Topic: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

A CBV is reviewing a draft DCF for 100% of the common shares of Maple Components Inc. The valuation date balance sheet and DCF summary include the following:

What does the exhibit support as the next step in deriving the common equity value?

• A. Treat $48.0 million as operating enterprise value, subtract $12.0 million of debt, and add $3.0 million of excess cash and $3.5 million of redundant land.
• B. Treat $48.0 million as common equity value because unlevered cash flow already excludes financing costs.
• C. Add $12.0 million of debt and all $4.0 million of cash to the DCF result because the DCF excludes balance sheet accounts.
• D. Recalculate the DCF using levered cash flow and a cost of equity before making any balance sheet adjustments.

Best answer: A

What this tests: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

Explanation: The key valuation issue is consistency between the cash-flow basis, discount rate, and value conclusion. Unlevered free cash flow is before interest and debt repayment, and WACC reflects both debt and equity capital. That combination produces an operating enterprise value, not a direct common equity value. To bridge from operating enterprise value to common equity value, subtract interest-bearing debt and add assets not required to generate the operating cash flows. Only cash above the required operating cash balance is excess cash. Here, the equity bridge is $48.0 million minus $12.0 million, plus $3.0 million of excess cash and $3.5 million of redundant land, for $42.5 million.

• Treating the DCF result as equity value ignores that unlevered cash flow and WACC produce an enterprise value indication.
• Adding debt reverses the normal enterprise-to-equity bridge; interest-bearing debt is deducted from enterprise value.
• Adding all cash overstates value because $1.0 million is required operating cash already needed in the business.
• Recalculating with levered cash flow is unnecessary when the existing unlevered cash flow and WACC are internally consistent.

Unlevered cash flows discounted at WACC indicate operating enterprise value, which must be bridged to equity value by adjusting for debt and non-operating assets.

Question 3

Topic: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

A CBV is reviewing management’s DCF forecast for a private Canadian packaging company as at December 31, 2025. The company has mature products, no patented technology, and has historically grown revenue at 2% to 3% per year with EBITDA margins of 13% to 15%. Industry demand is expected to grow at about 2% annually.

Management’s five-year forecast assumes:

• revenue growth of 9% per year;
• EBITDA margin rising to 22% by year 5;
• annual capital expenditures equal to only depreciation;
• no increase in working capital as revenue grows;
• terminal value based on 5% perpetual growth.

Management says the forecast reflects “aggressive sales targets,” but there are no signed customer contracts, capacity expansion plans, pricing changes, or cost-reduction programs supporting the changes. Which DCF treatment is most supportable?

• A. Accept management’s forecast because a DCF should use the company’s internal budget when management has approved it.
• B. Keep the high-growth forecast but increase the discount rate to offset the unsupported operating assumptions.
• C. Revise the forecast to align growth, margins, reinvestment, and terminal growth with supported operating capacity, industry demand, and historical performance.
• D. Use the 5% terminal growth rate because terminal value should reflect management’s long-term strategic objective rather than current industry evidence.

Best answer: C

What this tests: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

Explanation: The key valuation issue is consistency and support. A DCF is not improved by accepting a forecast that assumes rapid revenue growth, major margin expansion, no incremental working capital, no growth capital investment, and a terminal growth rate above the expected industry growth rate without evidence. The valuator should challenge management’s forecast and revise or probability-weight assumptions to reflect facts that can be supported, such as historical performance, industry demand, available capacity, required reinvestment, and sustainable long-term growth. Increasing the discount rate is not a clean substitute for unsupported cash-flow assumptions because it can obscure the specific operating issues and double-count risk.

• Management approval alone does not make a forecast supportable for valuation purposes.
• A higher discount rate should not be used as a broad plug for unsupported revenue, margin, reinvestment, and terminal assumptions.
• Terminal growth should reflect sustainable long-term economics, not an aspirational target unsupported by industry and company facts.

The forecast assumptions conflict with the available evidence, so the DCF should use internally consistent and supportable cash flows and terminal assumptions.

Question 4

Topic: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

A CBV is reviewing a DCF model prepared for a notional market valuation of 100% of the common shares of Ridgeway Components Ltd. as at December 31, 2025. The forecast cash flows deduct cash taxes on EBIT, sustaining capital expenditures, and working capital investment, but do not deduct interest expense, principal repayments, or changes in debt. The discount rate schedule develops a WACC using a target capital structure. The valuation summary labels the present value of the forecast and terminal cash flows as “equity value” and then subtracts outstanding bank debt to reach the indicated value of the shares.

Which model check would best confirm consistency between the cash-flow basis, rate basis, and value conclusion?

• A. Replace WACC with the cost of equity and continue subtracting bank debt because the cash flows are after corporate taxes.
• B. Compare the implied EBITDA multiple to public comparables and use the market multiple if it is within the observed range.
• C. Trace the forecast to confirm it is unlevered free cash flow, confirm the discount rate is WACC, label the present value as enterprise value, and bridge to equity value by adjusting for debt and redundant assets.
• D. Confirm that the WACC exceeds the company’s borrowing rate and retain the current equity value label because the valuation is for common shares.

Best answer: C

What this tests: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

Explanation: The key valuation issue is matching the cash-flow stream, discount rate, and value conclusion. Cash flows that exclude interest, debt repayments, and debt changes are unlevered free cash flows. They are cash flows available to all capital providers and should be discounted at WACC. The resulting present value is enterprise value, not equity value. To reach the value of the common shares, the model should then subtract interest-bearing debt and add any redundant or non-operating assets, if applicable. If the model instead used levered cash flows after debt service, a cost of equity rate would be the consistent rate and the result would generally be equity value directly. The review should identify any double counting or mislabeling in the value bridge.

• A borrowing-rate comparison does not establish whether the cash-flow stream, discount rate, and value conclusion are aligned.
• Switching to cost of equity would mismatch the unlevered cash flows unless the cash flows were also converted to a levered equity basis.
• A market multiple reasonableness check may be useful, but it does not confirm internal consistency of the DCF model.

Unlevered cash flows discounted at WACC produce enterprise value, which must then be bridged to equity value through financing and non-operating asset adjustments.

Question 5

Topic: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

A CBV is reviewing a draft valuation of Northbridge Sensors Inc., a private Canadian manufacturer, prepared for a contemplated sale of 100% of the common shares. The draft uses a discounted cash flow model and concludes an equity value of $18.4 million. Key facts are:

• The forecast cash flows are after corporate tax, before interest expense, and before debt principal repayments.
• The forecast includes required reinvestment in working capital and capital expenditures.
• Northbridge has $6.0 million of interest-bearing bank debt and no redundant assets.
• The discount rate used in the model is a 13% cost of equity developed from guideline public companies.
• The report describes the DCF conclusion as “enterprise value available to all capital providers.”

What is the best valuation response?

• A. Use the 13% cost of equity and rename the DCF result as enterprise value because the cash flows are after corporate tax.
• B. Discount the forecast cash flows using a weighted average cost of capital, then deduct interest-bearing debt to arrive at equity value.
• C. Keep the 13% cost of equity and deduct the $6.0 million debt after discounting because the valuation purpose is a share sale.
• D. Subtract forecast interest and principal repayments from the cash flows, keep the DCF conclusion as enterprise value, and do not adjust for debt separately.

Best answer: B

What this tests: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

Explanation: The key valuation issue is matching the cash-flow measure with the rate and value conclusion. Cash flows that are after tax but before interest and debt repayment are unlevered cash flows available to all capital providers. They are normally discounted using a weighted average cost of capital to produce an enterprise value. Interest-bearing debt is then deducted, and redundant assets would be added if present, to arrive at equity value. A cost of equity is appropriate for levered cash flows available only to shareholders after financing costs. Mixing unlevered cash flows with a cost of equity can overstate or understate value and makes the income approach difficult to defend because the numerator, denominator, and concluded value level are not aligned.

• Keeping the cost of equity with unlevered cash flows does not fix the mismatch, even though the assignment concerns common shares.
• Subtracting both interest and principal repayments would move toward equity cash flow, but the result would no longer be enterprise value.
• Corporate-tax treatment alone does not determine whether the cash flows are enterprise or equity cash flows; financing treatment is decisive.

The forecast cash flows are unlevered after-tax cash flows, so they should be discounted at a WACC to estimate enterprise value before deducting debt for equity value.

Question 6

Topic: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

A CBV is valuing a 100% equity interest in Northside Mechanical Ltd. as at December 31, 2025. Management has proposed a capitalized cash flow method using 2025 normalized EBITDA as maintainable cash flow and a 3% perpetual growth assumption.

Additional notes:

• The 2026-2028 forecast assumes entry into a new service line and two large customer wins that are not yet under contract.
• Management has not provided support for the 3% perpetual growth rate.

What valuation response is best supported by the exhibit?

• A. Use the average normalized EBITDA from 2021-2025 to smooth volatility and apply the 3% growth rate.
• B. Use the 2028 forecast EBITDA as maintainable cash flow because it reflects management’s expected steady-state performance.
• C. Do not rely on a capitalization method unless maintainable cash flow and long-term growth can be supported; consider an explicit forecast method if the forecast assumptions can be substantiated.
• D. Use 2025 normalized EBITDA because it is the most recent completed year and already excludes unusual items.

Best answer: C

What this tests: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

Explanation: A capitalization method is most appropriate when a single maintainable level of earnings or cash flow can be reasonably identified and long-term growth is supportable. Here, normalized EBITDA varies widely across the historical period, so 2025 is not clearly maintainable. The forecast also shows a material change in the business, driven by a new service line and uncontracted customer wins. Those facts call for explicit analysis of the forecast assumptions rather than a shortcut based on one period or a simple average. If the forecast is supportable, a discounted cash flow method may better capture the transition period. If it is not supportable, further evidence is needed before concluding on value.

• Using 2025 alone ignores the volatile history and does not establish maintainable cash flow.
• Averaging historical EBITDA may smooth volatility mechanically, but it does not address the forecasted business change or unsupported perpetual growth.
• Treating 2028 as steady state relies on unproven forecast assumptions and does not support a capitalization input.

The earnings history is volatile, the forecast reflects material changes, and the perpetual growth assumption is unsupported, so a simple capitalization method is not adequately supported.

Question 7

Topic: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

A CBV is valuing 100% of a mature private industrial parts distributor as a going concern. Management has not identified any expansion projects, restructuring plans, or customer losses after the valuation date. The following normalized operating cash-flow summary was prepared after removing non-recurring owner expenses and redundant investment income.

Additional notes: maintenance capital expenditures approximate depreciation, working capital requirements have remained stable as a percentage of revenue, and long-term growth is expected to approximate inflation.

What income approach method is best supported by this exhibit?

• A. Apply an asset-based approach because maintenance capital expenditures approximate depreciation.
• B. Apply a multi-period discounted cash flow method because every going-concern valuation requires an explicit forecast period.
• C. Apply a transaction multiple approach because the business has stable EBITDA margins.
• D. Apply a capitalized cash flow method using a normalized maintainable cash flow and a capitalization rate based on the discount rate less sustainable growth.

Best answer: D

What this tests: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

Explanation: The key valuation issue is whether the company has a reasonably stable and maintainable level of earnings or cash flow. The exhibit shows consistent revenue growth, margins, and free cash flow, with no identified expansion, restructuring, or other discrete forecast period. In that setting, a capitalized cash flow method is appropriate because value can be estimated from a representative maintainable cash flow and a capitalization rate reflecting the required return less sustainable long-term growth. A DCF is more useful when cash flows are expected to vary materially over a forecast period before reaching a steady state.

• A multi-period DCF is not required merely because the business is a going concern; the exhibit does not show uneven near-term cash flows needing explicit modelling.
• An asset-based approach is not supported by the maintenance capex fact alone; the company is being valued as an operating distributor with stable cash flows.
• A transaction multiple may be considered as market evidence, but stable margins alone do not make it the best-supported income approach method.

Stable normalized cash flows and no distinct high-growth or transition period support capitalizing maintainable cash flow.

Question 8

Topic: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

A CBV is reviewing management’s maintainable EBITDA schedule for a controlling-interest valuation of a private specialty foods distributor. Management proposes using reported EBITDA of $2,400,000 with no further adjustments.

What conclusion is best supported by the exhibit?

• A. Maintainable EBITDA should be $2,485,000 because the owner’s below-market salary should be treated as discretionary compensation.
• B. Maintainable EBITDA should remain $2,400,000 because all listed items were recorded in the current-year financial statements.
• C. Maintainable EBITDA should be $2,105,000, and the vacant land should be considered separately as a redundant asset.
• D. Maintainable EBITDA should be $3,055,000 because the appraised value of the vacant land should be added to EBITDA.

Best answer: C

What this tests: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

Explanation: The key valuation issue is separating maintainable operating earnings from owner-specific, non-recurring, and redundant items. For a controlling-interest valuation, owner-manager compensation should be normalized to a market level, so EBITDA is reduced by $190,000. The gain on selling old equipment is non-recurring and should be removed. The owner’s cycling sponsorship has no business purpose, so it is discretionary and should be added back. The resulting maintainable EBITDA is $2,400,000 - $190,000 - $180,000 + $75,000 = $2,105,000. The vacant land is not required in operations, so it is not part of maintainable EBITDA; it may be valued separately as a redundant asset after valuing the operating business.

• Adding the vacant land value to EBITDA mixes an asset value with an earnings measure.
• Treating below-market owner salary as an add-back reverses the normalization; compensation must be increased to market level.
• Keeping reported EBITDA unchanged ignores items that are not representative of maintainable operating earnings.

The salary shortfall, non-recurring gain, and discretionary sponsorship affect maintainable EBITDA, while unused land is a redundant asset rather than an operating earnings item.

Question 9

Topic: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

A valuator is reviewing a draft capitalized cash flow analysis for a 100% equity interest in a private Canadian manufacturer. The normalized cash flow is after corporate tax, before interest, and available to both debt and equity capital providers. The draft concludes an enterprise value using the following exhibit:

What does the exhibit support as the most appropriate next step?

• A. Retain the 12.6% capitalization rate because cash flow before interest should be valued using only the required return to common equity.
• B. Replace the cost-of-equity capitalization rate with a WACC-based capitalization rate of about 8.8%, producing an enterprise value of about $13.6 million before equity bridge adjustments.
• C. Use the pre-tax cost of debt in WACC, giving a capitalization rate of 9.6%, because tax has already been reflected in the cash flow.
• D. Increase the capitalization rate to 14.6% because the long-term growth rate should not reduce a private company discount rate.

Best answer: B

What this tests: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

Explanation: The key valuation issue is consistency between the cash-flow measure and the rate. The forecast cash flow is after tax and before interest, so it represents cash flow to invested capital. A WACC-based discount rate is therefore required. The after-tax cost of debt is 7.0% × (1 − 26.0%) = 5.18%. With 60% equity and 40% debt, WACC is 60% × 14.6% + 40% × 5.18% = 10.83%. For a capitalized cash flow model with stable growth, the capitalization rate is WACC less growth, or approximately 8.83%. Capitalizing $1,200,000 at 8.83% gives about $13.6 million of enterprise value, before subtracting debt or adding redundant assets to reach equity value.

• Using only the cost of equity mismatches the rate to a cash flow available to all invested capital providers.
• Ignoring growth overstates the capitalization rate when a stable long-term growth assumption is part of the model.
• Using the pre-tax cost of debt is inconsistent with an after-tax WACC when the cash flow is after corporate tax.

The cash flow is to invested capital, so it should be capitalized using WACC less growth, not cost of equity less growth.

Question 10

Topic: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

A CBV is reviewing a draft valuation of 100% of the common shares of Maple Components Ltd. at December 31. The draft uses an unlevered after-tax discounted cash flow model, with cash flows to invested capital discounted at WACC. The present value of the operating business from the DCF is $18.0 million.

Additional facts at the valuation date:

• Interest-bearing bank debt: $4.2 million
• Cash on hand: $1.5 million
• Operating cash required in the business: $0.6 million, already included in forecast working capital
• Redundant marketable securities: $2.0 million, with related income excluded from normalized cash flows
• Vacant land not used in operations: $1.2 million, with related income and costs excluded from normalized cash flows

The draft concludes that equity value is $22.7 million by adding all cash, the marketable securities, and the vacant land to the $18.0 million DCF value, and by not deducting debt because the DCF cash flows are debt-free.

Which correction is most appropriate?

• A. Equity value should be $17.9 million, after deducting interest-bearing debt and adding only excess cash plus the redundant securities and vacant land.
• B. Equity value should remain $22.7 million because debt-free cash flows should not be adjusted for debt at the equity value stage.
• C. Equity value should be $13.8 million, after deducting interest-bearing debt but excluding all cash and redundant assets from the conclusion.
• D. Equity value should be $18.5 million, after deducting interest-bearing debt and adding all cash, the redundant securities, and the vacant land.

Best answer: A

What this tests: Income Approach, Cash Flows, Rates of Return, and Forecast-Based Valuation

Explanation: The key valuation issue is consistency between the cash-flow basis and the value conclusion. An unlevered DCF discounted at WACC estimates the value of the operating business before financing, often described as operating enterprise value. To reach the value of the common equity, interest-bearing debt must be deducted. Non-operating or redundant assets are then added if their income and costs were not included in the operating cash flows. Cash required for operations should not be added separately when it is already reflected in working capital. Here, excess cash is $0.9 million ($1.5 million less $0.6 million), and the redundant securities and vacant land add $3.2 million. The corrected equity value is $18.0 million minus $4.2 million plus $0.9 million plus $2.0 million plus $1.2 million, or $17.9 million.

• Keeping $22.7 million fails to deduct debt and incorrectly treats all cash as excess.
• Using $18.5 million correctly deducts debt but double counts the $0.6 million of operating cash already reflected in working capital.
• Using $13.8 million deducts debt but omits redundant assets that were excluded from operating cash flows and should be added separately.

An unlevered DCF gives operating enterprise value, so equity value requires deducting interest-bearing debt and adding non-operating assets, including only cash not required for operations.

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