Free CPA Canada Finance Practice Questions: Financial Risk Management

CPA Canada means Chartered Professional Accountants of Canada. Use this focused CPA Canada Finance page as a short practice test for Financial Risk Management. The items are original Finance Prep sample exam questions built for scenario-based practice, not trivia, puzzle questions, official CPA Canada Finance Elective 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 CPA Canada Finance Elective 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: Financial Risk Management

PrairieBake Ltd., a Canadian private bakery, sells mainly to grocery chains in Canadian dollars under annual contracts. Its specialty ingredients are purchased in U.S. dollars, and selling prices cannot be adjusted for nine months. The board is reviewing the treasurer’s proposed risk-management policy change.

Current policy: hedge 60% to 80% of highly probable U.S.-dollar ingredient purchases for the next six months.

Proposed change: remove the mandatory FX hedge range and hedge only if forecast U.S.-dollar purchases exceed 25% of annual revenue. The treasurer also proposes shifting monthly risk reporting to interest-rate exposure because the bank debt balance is larger than the ingredient purchases.

Which interpretation of the proposed policy change is best?

• A. The change is not consistent because all variable-rate debt must be swapped to fixed rates before any foreign-currency hedging is considered.
• B. The change is consistent because U.S.-dollar purchases are below 25% of revenue, making FX exposure immaterial under the proposed threshold.
• C. The change is not consistent because the revenue-based trigger understates the FX impact on EBITDA, operating cash flow, and the bank covenant.
• D. The change is consistent because the variable-rate debt balance is larger than the U.S.-dollar purchases, so interest-rate risk should be monitored before FX risk.

Best answer: C

What this tests: Financial Risk Management

Explanation: A financial risk policy should be tied to the actual financial impact of the exposure, not only to the size of the exposure relative to revenue or another convenient base. PrairieBake’s U.S.-dollar purchases are only 16.9% of revenue, but a 10% CAD depreciation would reduce EBITDA and cash flow by C$810,000. That would reduce forecast EBITDA from C$3.2 million to C$2.39 million, causing debt/EBITDA to exceed the 3.0x covenant. By contrast, a 1% interest-rate increase costs C$80,000 annually, which is much smaller and does not indicate the same covenant pressure. The proposed revenue-based trigger would allow a material FX risk to go unhedged, so it is not aligned with the financial consequences shown in the sensitivity analysis.

• Treating 25% of revenue as the main trigger ignores the margin and covenant impact of the FX exposure.
• Comparing the debt principal to U.S.-dollar purchases uses the wrong basis; the relevant comparison is the effect on cash flow, EBITDA, and covenants.
• Requiring all debt to be swapped is too absolute and is not supported by the smaller interest-rate sensitivity.

The FX sensitivity is financially significant even though U.S.-dollar purchases are less than 25% of revenue, while the interest-rate impact is much smaller.

Question 2

Topic: Financial Risk Management

Red Maple Components Inc., a Canadian manufacturer with CAD as its functional currency, is preparing a six-month treasury update. Foreign-currency prices are fixed, and the company has no forward contracts or other hedges. CAD operating cash flow before foreign-currency items is expected to leave only a small cushion above the bank’s minimum cash requirement.

Management’s draft states that the biggest risk is a weaker CAD against the USD because the loan repayment is in USD, and that the USD and EUR items can be viewed as naturally offsetting foreign-currency cash flows.

Which interpretation best identifies the significant foreign-exchange risk?

• A. Red Maple’s FX risk is mainly a balance sheet translation issue because the USD loan is denominated in a foreign currency.
• B. Red Maple’s main FX risk is CAD weakening against the USD because the USD loan repayment is a committed cash outflow.
• C. Red Maple has a net USD inflow, so CAD appreciation against the USD is the main FX risk; the EUR purchases are a separate short EUR exposure.
• D. Red Maple’s USD receipts naturally hedge the EUR purchases because both are foreign-currency operating cash flows.

Best answer: C

What this tests: Financial Risk Management

Explanation: Foreign-exchange risk should be assessed by currency, direction, timing, and net cash-flow exposure. Red Maple is not simply exposed to gross USD debt service. It expects US$5.0 million of USD receipts and US$1.6 million of USD payments, creating a net USD inflow of US$3.4 million. That means a weaker CAD against the USD would generally help the company, while CAD appreciation against the USD would reduce the CAD value of its net receipts and pressure cash availability. The EUR purchases are not naturally offset by USD inflows because they are in a different currency. Red Maple also has a short EUR exposure, since it must buy euros or pay euro-denominated invoices; CAD weakness against the EUR would increase CAD cash costs.

• Focusing on the USD loan alone ignores the larger USD customer receipts and reverses the direction of the net USD risk.
• Treating USD and EUR items as naturally offsetting assumes all foreign currencies move together and ignores currency-specific exposure.
• Describing the issue mainly as translation risk misses the cash-flow transaction exposure affecting liquidity and bank requirements.

USD receipts exceed USD debt service by US$3.4 million, so a stronger CAD would reduce the CAD value of the net USD inflow, while EUR payables create a separate risk if the CAD weakens against the EUR.

Question 3

Topic: Financial Risk Management

NordPac Instruments Inc. is a Canadian manufacturer that reports in Canadian dollars. Management is reviewing a bank proposal before signing any derivative contracts.

• In four months, NordPac will collect USD 3.0 million from a signed U.S. customer contract.
• In the same month, NordPac will pay USD 0.8 million for imported components.
• The remaining cash costs and loan payments are in Canadian dollars.
• The current spot rate is 1 USD = CAD 1.35.
• NordPac’s policy is to hedge significant net foreign-exchange exposures when the amount exceeds CAD 500,000, and to match the derivative’s currency, direction, notional amount, and maturity to the exposure.
• The treasurer proposes buying a four-month USD call option with a USD 3.0 million notional amount, stating that it will protect NordPac if the U.S. dollar appreciates.

Which recommendation is most appropriate?

• A. Buy the proposed USD call because it limits the premium paid while allowing NordPac to benefit if the U.S. dollar appreciates.
• B. Buy a four-month USD forward for USD 2.2 million because NordPac’s net exposure is denominated in U.S. dollars.
• C. Do not buy the proposed USD call; hedge the four-month net USD receivable of USD 2.2 million by selling USD forward or buying a USD put/CAD call.
• D. Do not hedge because the USD payable naturally offsets the USD receivable and removes the foreign-exchange risk.

Best answer: C

What this tests: Financial Risk Management

Explanation: A derivative hedge must match the significant exposure’s direction, amount, and timing. NordPac will receive USD 3.0 million and pay USD 0.8 million in the same period, leaving a net USD receivable of USD 2.2 million. In Canadian-dollar terms, the risk is that the U.S. dollar weakens before collection, reducing the CAD proceeds. Buying a USD call protects a party that needs to buy USD and is exposed to USD appreciation. That is the opposite direction for NordPac’s net exposure and, at USD 3.0 million, also ignores the natural offset from the USD payable. A forward sale of USD or a USD put/CAD call for the net amount and four-month maturity better aligns the derivative with the significant risk.

• Buying a USD call focuses on USD appreciation, but NordPac’s main risk is USD depreciation on a net receivable.
• Buying USD forward is also the wrong direction because NordPac expects to receive and convert USD, not purchase USD.
• Relying only on the natural hedge ignores the remaining USD 2.2 million exposure, which exceeds the policy threshold.

NordPac is naturally long USD after the payable offset, so the hedge should protect against USD depreciation on the net receivable, not create additional upside exposure to USD appreciation.

Question 4

Topic: Financial Risk Management

Prairie Oilseed Foods Ltd., a Canadian processor, has fixed-price customer contracts and must buy canola seed in four months. Management is concerned that a canola price increase would eliminate the production run’s margin. A CPA is reviewing the hedge to ensure it follows the board-approved risk policy.

Relevant facts:

• Forecast physical purchase: 1,200 tonnes.
• Required hedge amount: exactly 75% of the forecast purchase volume.
• Each standardized canola derivative contract covers 20 tonnes; fractional contracts are not permitted.
• Available call option: $720 per tonne strike, $18 per tonne premium.
• Available put option: $720 per tonne strike, $16 per tonne premium.
• Available futures contract price: $715 per tonne.
• Operating objective: cap the net purchase price of the hedged tonnes at $750 per tonne or less, preserve the benefit if canola prices fall, and avoid futures margin calls if a suitable option hedge is available.

Ignore basis differences, commissions, and taxes. Which derivative position best meets the operating objective?

• A. Enter into 45 long canola futures contracts at $715 per tonne.
• B. Buy 45 canola call option contracts at the $720 per tonne strike.
• C. Buy 60 canola call option contracts at the $720 per tonne strike.
• D. Buy 45 canola put option contracts at the $720 per tonne strike.

Best answer: B

What this tests: Financial Risk Management

Explanation: Prairie is a commodity buyer, so its risk is that canola prices rise before the physical purchase. The board-approved hedge quantity is 900 tonnes, calculated as 1,200 tonnes × 75%. With 20 tonnes per contract, Prairie needs 45 contracts. A purchased call option is the best match because it increases in value when the commodity price rises, offsetting the higher physical purchase cost. The maximum net purchase price on the hedged tonnes is the $720 strike plus the $18 premium, or $738 per tonne, which is below the $750 ceiling. If canola prices fall, Prairie can let the option expire and buy at the lower market price, losing only the premium. A futures hedge would reduce price risk but would not preserve the benefit of falling prices and could create margin calls.

• Buying 60 calls hedges the full 1,200 tonnes, not the required 75% hedge quantity.
• Buying puts protects against price decreases, which is more suitable for a producer or seller of the commodity.
• Long futures hedge the buyer’s price-increase risk, but they lock in the price exposure and can create margin calls, contrary to management’s objective.

The hedge covers 45 contracts (1,200 tonnes × 75% ÷ 20 tonnes) and caps the hedged purchase price at $738 per tonne while preserving price-decline benefits.

Question 5

Topic: Financial Risk Management

Maple Components Inc., a Canadian private company, has a signed U.S. sales contract. The customer will pay US$2,000,000 in 120 days. Maple has Canadian-dollar supplier payments due shortly after collection and needs a minimum net CAD inflow from the receivable to avoid drawing its operating line.

Current spot is C$1.34/US$. The 120-day forward quote is C$1.335/US$. Management believes USD may strengthen over the next four months, but the board’s risk policy prohibits speculative positions and requires derivatives to be matched to an identified exposure. For this transaction, the policy objective is to establish a CAD floor for the receivable while allowing Maple to benefit if USD appreciates before collection. Option premiums are acceptable if the floor still meets the cash-flow requirement after the premium.

Which derivative should Maple use?

• A. Enter a cross-currency swap to exchange CAD payments for USD payments over several years.
• B. Enter a 120-day forward contract to sell US$2,000,000 at the quoted forward rate.
• C. Purchase a 120-day USD put option sized to US$2,000,000, with a strike that preserves the required CAD floor after the premium.
• D. Purchase a 120-day USD call option sized to US$2,000,000, giving Maple the right to buy USD for CAD.

Best answer: C

What this tests: Financial Risk Management

Explanation: Maple will receive USD and needs CAD, so the risk is that USD weakens against CAD before collection. A purchased USD put option, matched to the receivable amount and timing, sets a minimum CAD conversion rate without requiring Maple to sell USD at that rate if spot is more favourable. This matches the stated objective: protect the required CAD floor while preserving upside from a stronger USD. The premium must be included in confirming the floor still meets the cash-flow need. The hedge also remains tied to an identified receivable, so it is not speculative.

• A forward contract would lock in CAD proceeds, but it would eliminate the benefit of a stronger USD.
• A USD call protects an entity that needs to buy USD, which is the opposite direction of Maple’s receivable exposure.
• A cross-currency swap is typically used for longer-term financing or recurring cash-flow exposures, not a single 120-day receivable.

A USD put gives Maple the right to sell the incoming USD at a floor rate while leaving upside if USD appreciates.

Question 6

Topic: Financial Risk Management

CanMar Furnishings Inc. is a Canadian private company with forecast USD customer receipts over the next 18 months. Its board-approved financial risk policy permits plain-vanilla forwards and purchased options to hedge up to 80% of highly probable USD receipts. The policy prohibits speculative positions and requires liquidity impacts to be considered before any hedge is executed.

Management is considering a bank-proposed “zero-cost enhanced collar” with these features:

• Covers 100% of the optimistic USD sales forecast.
• Provides an above-market conversion rate if USD/CAD remains within a stated range.
• Requires CanMar to deliver twice the contracted USD amount if USD/CAD falls below a barrier.
• Can trigger collateral postings if the mark-to-market loss exceeds $250,000.
• Has been modelled only by the offering bank; CanMar has no treasury staff with structured-derivative experience.

Which interpretation is most appropriate before CanMar implements the proposed strategy?

• A. CanMar should obtain independent specialist support to assess the derivative payoff, exposure match, stress losses, collateral risk, and policy changes before implementation.
• B. CanMar should reject all derivative hedging because derivative contracts are speculative unless tied to firm purchase or sales contracts.
• C. CanMar can implement the strategy because the zero upfront cost and USD forecast make the hedge economically matched to its revenue exposure.
• D. CanMar can rely on the bank’s pricing model because the counterparty has already quantified the expected benefit of the structure.

Best answer: A

What this tests: Financial Risk Management

Explanation: A complex derivative or hedging strategy should not be implemented solely because it appears to reduce cost or improve the exchange rate. CanMar’s proposed collar has leverage, a barrier feature, possible collateral calls, and a notional amount based on an optimistic forecast rather than the policy limit. These features can create over-hedging, unexpected cash-flow strain, and risk exposures that management may not fully understand. Because the product is outside the approved policy and CanMar lacks in-house structured-derivative expertise, independent specialist support is appropriate before execution. The specialist analysis should focus on payoff behaviour under adverse currency scenarios, hedge effectiveness against the actual exposure, liquidity effects, governance approvals, and whether the policy should be amended.

• Zero upfront cost does not mean low risk; embedded leverage and collateral requirements can create significant downside cash-flow exposure.
• Derivatives are not automatically speculative; plain-vanilla forwards and purchased options can be appropriate hedges when matched to a real exposure and approved policy.
• A bank model is useful input, but it is not independent advice and may not fully address CanMar’s governance, liquidity, and exposure-matching needs.

The proposed hedge is leveraged, path-dependent, outside current policy, and beyond CanMar’s internal expertise, so specialist support is needed before execution.

Question 7

Topic: Financial Risk Management

A CPA is helping Red Pine Components Ltd., a Canadian private manufacturer with a CAD functional currency, update its financial risk response before quarter-end. Red Pine has tight bank covenant headroom and the board has stated a low tolerance for volatility in cash available for debt service.

Relevant facts:

• Firm USD customer receivable: USD 2.4 million due in 120 days.
• Firm USD supplier payable: USD 0.6 million due in 120 days.
• Customer credit quality is strong and no collection concerns have been identified.
• A weaker USD would reduce the CAD cash available for covenant compliance.
• The draft policy requires hedging 75% to 90% of net firm foreign-currency exposures due within 180 days, using non-speculative instruments matched to the exposure timing.
• A Canadian bank has quoted a 120-day forward contract with no upfront premium.

Which recommendation best matches Red Pine’s financial exposure and risk tolerance?

• A. Buy USD call options for USD 2.4 million so Red Pine can benefit if the USD strengthens while avoiding a fixed forward rate.
• B. Purchase receivables credit insurance and invest surplus CAD cash in U.S. equities to offset any foreign-exchange losses.
• C. Sell USD 1.44 million forward for 120 days and finalize the policy with netting, maturity matching, counterparty approval, and board reporting requirements.
• D. Leave the USD exposure unhedged because the customer is creditworthy and Red Pine may gain if the USD strengthens.

Best answer: C

What this tests: Financial Risk Management

Explanation: Red Pine’s main exposure is foreign-exchange cash-flow risk, not customer default. Because it will receive more USD than it will pay out, it is net long USD 1.8 million. A weaker USD would reduce the CAD proceeds needed for debt service, which conflicts with the board’s low tolerance for cash volatility and tight covenant headroom. Hedging 80% of the net exposure, or USD 1.44 million, falls within the 75% to 90% policy range and avoids overhedging the payable portion. A 120-day forward also matches the timing of the receivable and payable, reducing speculation risk. The policy should require net exposure measurement, matched maturities, approved counterparties, and reporting so the hedge response remains controlled and aligned with risk tolerance.

• Hedging the gross USD receivable ignores the USD payable and can create an unnecessary speculative position.
• Leaving the exposure unhedged focuses on possible upside but does not protect covenant-related CAD cash needs.
• Credit insurance addresses default risk, not exchange-rate risk, and U.S. equities would increase market and currency risk rather than preserve liquidity.

Red Pine is net long USD 1.8 million, so selling 80% of the net exposure forward matches the timing, policy range, and low cash-flow risk tolerance.

Question 8

Topic: Financial Risk Management

Maple Components Inc. has a $18,000,000 variable-rate operating loan outstanding for the next 12 months. Interest is paid quarterly at 3-month CORRA + 1.60%. The board is concerned that CORRA may rise. Treasury’s objective is to keep the annualized all-in cash cost, including any hedge premium, at or below $1,080,000 for the year, while retaining the benefit of lower CORRA if a quoted hedge can satisfy that ceiling.

Assume all derivatives have a one-year term, use a $18,000,000 notional, reset consistently with the loan, and have no credit or tax effects. Treat any upfront premium as an annual cost equal to the quoted percentage of notional.

Which derivative instrument best meets treasury’s objective?

• A. Buy the one-year CORRA interest rate cap with a 4.00% strike and 0.18% premium.
• B. Enter the one-year pay-fixed, receive-CORRA interest rate swap at 3.85%.
• C. Enter the one-year receive-fixed, pay-CORRA interest rate swap at 3.85%.
• D. Buy the one-year CORRA interest rate floor with a 3.00% strike and 0.10% premium.

Best answer: A

What this tests: Financial Risk Management

Explanation: A borrower with floating-rate debt is exposed to rising reference rates. An interest rate cap matches that exposure when the objective is to set a maximum borrowing cost but still benefit if rates decline. Here, the cap fixes the worst-case CORRA component at 4.00%. Including the 1.60% loan spread and the 0.18% premium, the maximum annualized all-in rate is 5.78%, which equals $1,040,400 on $18,000,000. That is below the $1,080,000 limit. A pay-fixed swap would also control rising-rate risk, but it locks the borrower into a fixed CORRA component and removes the benefit of lower CORRA. Since the cap satisfies the cost ceiling and preserves downside rate participation, it best fits the stated risk-management objective.

• A pay-fixed, receive-CORRA swap would create a 5.45% all-in rate, but it locks in the rate rather than preserving the benefit of lower CORRA.
• A bought floor pays when rates fall below the strike, so it does not protect a floating-rate borrower from rising rates.
• A receive-fixed, pay-CORRA swap adds another floating-rate payment and increases exposure to rising CORRA.
• Ignoring the cap premium would understate the all-in cost, but including it still leaves the cap below the stated cost ceiling.

The cap limits the maximum all-in rate to 5.78% (4.00% + 1.60% + 0.18%), or $1,040,400, while preserving savings if CORRA falls.

Question 9

Topic: Financial Risk Management

Prairie Hearth Foods Ltd., based in Alberta, uses natural gas to dry ingredients for fixed-price customer contracts. It buys gas each month at AECO spot plus transportation. Customer prices are locked for the next six months, so higher gas prices would reduce contribution margin.

The treasurer asks which derivative should be used for 75% of forecast monthly consumption. The board has approved paying an upfront premium. Management’s objective is to keep the effective gas cost from exceeding about $4.00/GJ while still benefiting if AECO prices fall below budget. Company policy prohibits derivative volumes above forecast usage and prohibits positions that create a speculative net exposure.

Which derivative instrument best matches the commodity exposure and operating objective?

• A. Purchase six-month AECO natural gas put options for 75% of forecast monthly volumes.
• B. Purchase a six-month AECO natural gas cap using cash-settled call options for 75% of forecast monthly volumes.
• C. Sell six-month AECO natural gas futures contracts for 75% of forecast monthly volumes.
• D. Enter fixed-price AECO natural gas swaps for 75% of forecast monthly volumes.

Best answer: B

What this tests: Financial Risk Management

Explanation: Prairie Hearth is a commodity consumer, so its risk is that natural gas purchase prices rise. Because management wants a ceiling on the effective gas cost but also wants to benefit if prices fall, the best fit is a purchased commodity cap, economically a series of call options matched to the expected purchase months and volumes. If AECO rises above the strike, the cash-settled option payoff helps offset the higher spot cost. If AECO falls, the company can buy cheaper spot gas and lets the options expire, losing only the premium. Matching the hedge to 75% of forecast consumption also avoids overhedging and keeps the position tied to operating exposure.

• Fixed-price swaps reduce uncertainty but lock in the price, which conflicts with the desire to benefit from lower AECO prices.
• Put options protect a commodity seller from falling prices; they do not hedge a buyer’s exposure to rising input costs.
• Selling futures would gain when prices fall and lose when prices rise, which worsens the exposure Prairie Hearth needs to mitigate.

A purchased cap or call option offsets price increases above the strike while allowing the company to benefit from lower spot prices.

Question 10

Topic: Financial Risk Management

MapleKiln Ltd., a Canadian ceramics manufacturer, uses natural gas as a major input. Its supplier invoices monthly at a CAD price linked to AECO. Management wants to reduce cash-flow volatility but does not want to speculate.

Risk policy excerpt:

• Hedge only firm or highly probable exposures.
• Hedge no more than 80% of expected volume for the next 12 months.
• Use derivatives that closely match the underlying exposure’s commodity index, currency, and timing.
• Avoid leveraged or hard-to-value derivatives unless the board approves a documented exception.

Current forecast:

A bank proposes a 24-month OTC leveraged swap referencing USD NYMEX Henry Hub for 70,000 GJ/month. The contract would offset gas price increases if Henry Hub rises, but if Henry Hub falls below a stated barrier, MapleKiln’s settlement exposure doubles. There is no collateral arrangement, and all settlements would be with the same bank.

What should the CPA recommend?

• A. Replace the swap with written natural gas call options so MapleKiln can collect premiums while still participating in lower market prices.
• B. Accept the proposal because the larger notional protects against unexpected production increases and the 24-month term locks in pricing certainty sooner.
• C. Reject the proposal and pursue a simpler AECO-linked hedge for no more than 80% of the reliable 12-month forecast, using approved counterparty controls.
• D. Accept the proposal only if MapleKiln adds a USD forward contract to eliminate the currency mismatch on Henry Hub settlements.

Best answer: C

What this tests: Financial Risk Management

Explanation: A derivative used for risk management should match the exposure being hedged and should not create a larger or different risk than the business already has. MapleKiln’s exposure is CAD AECO-linked gas purchases for a reliable 12-month forecast of 50,000 GJ per month. The proposed derivative hedges 70,000 GJ per month for 24 months, references a different index and currency, is leveraged, and depends on an OTC counterparty with no collateral arrangement. These features create over-hedging and potential speculation, basis risk between Henry Hub and AECO, counterparty risk, and complexity that conflicts with the policy. A plain AECO-linked hedge for a permitted portion of the reliable forecast better supports the cash-flow objective.

• A larger notional and longer term do not improve a hedge when the exposure is not reliable; they can turn risk management into speculation.
• Adding a USD forward addresses only one mismatch and leaves the Henry Hub versus AECO basis risk, over-hedging, leverage, and OTC counterparty exposure.
• Writing call options collects premium but creates adverse settlement exposure if gas prices rise, which conflicts with the objective of limiting input-cost risk.

This recommendation aligns the hedge with the actual exposure and avoids over-hedging, basis risk, counterparty concentration, and unnecessary derivative complexity.

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