Foreign Exchange Exposure and Derivative Risk Management

Introduction and Context

International banking and finance are conducted in an environment in which currencies change value continuously. A bank financing an importer, a multinational receiving foreign-currency revenue, an insurer holding overseas assets, and an investor purchasing foreign bonds may all be exposed to exchange-rate movements. Foreign exchange (FX) exposure is not simply the existence of a foreign-currency transaction. It is the possibility that exchange-rate changes will alter cash flows, reported earnings, asset values, liabilities, competitiveness, or capital.

Effective FX risk management therefore requires more than selecting a derivative. The institution must identify the type and timing of exposure, measure its sensitivity, choose an appropriate hedge, monitor effectiveness, and understand accounting, legal, liquidity, and counterparty consequences. This chapter develops that process for transaction, translation, and economic exposure, with particular attention to forwards, futures, swaps, options, natural hedges, value-at-risk (VaR), hedge effectiveness, and accounting implications.

Learning Objectives

By the end of this chapter, students should be able to:

1. Distinguish transaction, translation, and economic exposure.
2. Measure foreign-currency exposure using exchange-rate sensitivities and scenario analysis.
3. Explain the mechanics, benefits, and limitations of forwards, futures, swaps, and options.
4. Design derivative and natural-hedging strategies for banks and non-financial firms.
5. Calculate a simple hedge ratio, option payoff, and parametric VaR.
6. Evaluate basis risk, counterparty risk, liquidity risk, and model risk.
7. Explain the purpose of hedge accounting and the importance of documentation and effectiveness testing.

1. Foreign Exchange Exposure: Meaning and Classification

An exchange rate is the price of one currency expressed in another. In this chapter, let S denote the domestic-currency price of one unit of foreign currency. An increase in S means that the foreign currency has appreciated against the domestic currency.

Foreign exchange exposure is the sensitivity of a financial position, cash flow, or economic value to changes in S. It differs from exchange-rate risk in a useful way: risk is the uncertain adverse outcome, while exposure is the underlying position that creates sensitivity to that outcome.

Transaction exposure

Transaction exposure arises from contracted or highly probable foreign-currency cash flows, such as:

• foreign-currency receivables and payables;
• imports and exports;
• foreign-currency interest and principal payments;
• dividends, royalties, and license fees;
• foreign-currency deposits and loans;
• committed purchases or sales.

Suppose a domestic firm will receive F units of foreign currency at a future date. Ignoring interest and transaction costs, the domestic-currency value at maturity is:

where V_T is the domestic-currency value at time T, F is the foreign-currency amount, and S_T is the spot exchange rate at T. The exposure to the exchange rate is:

For a foreign-currency payable, the sign is negative because a rise in S increases the domestic-currency cost. Transaction exposure is generally measurable with considerable precision because the amount and settlement date are known.

Translation exposure

Translation exposure, also called accounting exposure, arises when the financial statements of a foreign operation are converted into the reporting currency. It may change reported assets, liabilities, revenue, expenses, equity, and ratios without necessarily changing the foreign operation’s local-currency cash flows.

Under common international reporting practices, monetary items are generally translated using closing rates, while income-statement items may use transaction-date or average rates, subject to the applicable accounting framework. Translation differences may be reported in profit or loss or in other comprehensive income, depending on the nature of the item, the functional currency, and the governing standards. Students must distinguish accounting treatment from economic substance: a translation gain is not automatically a realized cash gain.

A simplified net-asset exposure is:

where NFA_FC is the foreign-currency net asset position. A net foreign-currency asset produces a translation gain when the foreign currency appreciates; a net liability produces a loss, all else equal. Actual reported effects can differ because of average rates, historical rates, intra-group balances, tax, and local accounting rules.

Economic exposure

Economic exposure is the long-term effect of exchange-rate movements on the present value of expected operating cash flows and competitive position. It includes exposures that are not yet contracted. For example, an appreciation of the domestic currency may make a domestic manufacturer less competitive in export markets, even if it has no current foreign-currency receivable.

A general representation of enterprise value is:

where EV is enterprise value, CF_t(S_t) is the cash flow in period t as a function of exchange rates, k is the appropriate discount rate, and n is the forecast horizon. Economic exposure is the change in EV caused by a change in the exchange-rate path. Because forecasts, prices, volumes, costs, and competitors respond to exchange rates, economic exposure is more difficult to measure and hedge than transaction exposure.

Comparison of exposures

2. Measuring Exposure

Currency-position schedule

The first control is a currency-position schedule listing each currency, amount, date, direction, and confidence level. Receivables and assets are positive exposures; payables and liabilities are negative exposures. Exposures with the same currency and maturity can be netted where legal, operational, and accounting policies permit.

For currency j, the net amount is:

A positive N_j is a net long position; a negative N_j is a net short position. Netting reduces unnecessary hedging but must not conceal liquidity needs or mismatched dates.

Sensitivity and hedge ratio

If a portfolio’s domestic value V depends on exchange rates S_1, S_2, …, its first-order sensitivity to currency j is:

The derivative ∂V/∂S_j is the currency delta: the approximate change in domestic value for a one-unit change in the exchange rate. This linear approximation is most useful for small rate changes and instruments whose value is approximately linear.

For a simple exposure hedged with a forward, the notional hedge ratio is:

where H is the currency amount hedged and E is the underlying exposure. A full hedge has h = 1, a partial hedge has 0 < h < 1, and an over-hedge has h > 1. The economically optimal ratio may differ from one because of forecast uncertainty, costs, risk appetite, and correlation with other exposures.

Scenario analysis and stress testing

Scenario analysis recalculates value under specified exchange-rate changes, such as a 5% appreciation, a devaluation, or a simultaneous currency and interest-rate shock. Stress testing should include large but plausible events, market illiquidity, widening spreads, collateral calls, and inability to roll over short-term hedges. It is especially important for economic exposure because linear sensitivity may omit changes in demand, pricing, and sourcing.

Value-at-risk

VaR estimates a loss threshold over a specified horizon and confidence level. A common parametric approximation for a single, approximately normally distributed exposure is:

where VaR_α is the loss threshold at confidence level α, z_α is the standard-normal quantile, σ_V is the standard deviation of one-period changes in portfolio value, and T is the number of periods when returns are independently and identically distributed. If the exposure is a foreign-currency amount E and the standard deviation of the exchange-rate change is σ_S, then approximately σ_V = |E| × σ_S, provided units are consistent.

VaR does not state the average or maximum loss beyond the threshold. It also depends on the distribution, historical window, correlations, horizon, and liquidity assumptions. Historical simulation and Monte Carlo simulation can capture non-normal or nonlinear outcomes more effectively than a simple parametric model. Expected shortfall, the average loss beyond the VaR cutoff, is a useful complementary measure.

Worked example: transaction exposure and VaR

A Canadian importer must pay USD 2,000,000 in 30 days. The spot quote is CAD 1.35 per USD. The daily standard deviation of the CAD value change is estimated from the exchange-rate volatility as CAD 0.012 per USD. Assume 30 independent days and a 95% normal quantile of 1.645.

The current domestic-currency obligation is:

CAD 2,000,000 × 1.35 = CAD 2,700,000.

The daily standard deviation of value change is:

USD 2,000,000 × CAD 0.012/USD = CAD 24,000.

The 30-day standard deviation is:

CAD 24,000 × √30 ≈ CAD 131,453.

The 95% VaR is:

CAD 1.645 × 131,453 ≈ CAD 216,239.

Thus, under the stated assumptions, the estimated one-sided 30-day FX VaR is approximately CAD 216,239. This is not a forecast of the actual loss and excludes changes in interest rates, spreads, credit, and dependence between days.

3. Derivative Instruments and Their Uses

Forward contracts

A forward is an over-the-counter agreement to exchange a specified amount of currency at a specified future date and rate. A firm with a known foreign-currency payable can buy the foreign currency forward; a firm with a receivable can sell it forward.

For a payable, the forward locks the domestic-currency cost approximately at:

where K is the forward rate quoted as domestic currency per foreign currency. In practice, the forward rate reflects the spot rate, interest-rate differentials, cross-currency basis, credit terms, and market liquidity. Under covered interest parity in an idealized frictionless market:

where r_d and r_f are domestic and foreign annualized interest rates, T is the year fraction, and simple interest is assumed. Market conventions may use compounding and day-count adjustments.

Advantages include customization of amount and date and easy matching of a known exposure. Disadvantages include counterparty credit risk, limited liquidity relative to exchange-traded contracts, possible collateral requirements, and the obligation to transact even if the exposure disappears.

Futures contracts

Currency futures are standardized, exchange-traded contracts. They specify contract size, maturity, settlement procedure, and quotation convention. They are marked to market, with gains and losses settled through variation margin. Futures reduce bilateral counterparty risk through central clearing but introduce basis risk because the contract maturity and notional may not match the exposure exactly. Margin calls create liquidity risk even when the hedge is economically successful.

A futures hedge is effective when the exposure and futures price move sufficiently together. The hedge must be monitored for contract rollover, daily cash flows, and changes in the basis between the futures price and the relevant spot rate.

Currency swaps

A currency swap exchanges principal and/or interest cash flows in different currencies. A firm may borrow where it has comparative access and swap the proceeds into the currency required for operations. A cross-currency interest-rate swap can exchange fixed or floating interest payments and may also exchange principal at inception and maturity.

Swaps are useful for medium- and long-term funding and for transforming the currency and interest-rate profile of debt. Their risks include counterparty exposure, valuation uncertainty, collateral and liquidity demands, basis risk, and documentation complexity. A swap should be analyzed as a package of cash flows rather than judged solely by its quoted rate.

Currency options

A currency option gives the buyer the right, but not the obligation, to buy or sell currency at a specified strike rate. A call on foreign currency protects a payable; a put on foreign currency protects a receivable. The buyer pays a premium and retains favorable upside.

For a foreign-currency payable, a purchased call has maturity payoff per unit:

The total domestic-currency cost, excluding financing and transaction costs, is approximately:

This expression assumes the firm buys the foreign currency at spot and receives the option’s settlement benefit when S_T exceeds K. If S_T > K, the effective rate before premium is K; if S_T ≤ K, the firm benefits from the spot rate. A collar combines a purchased option with a sold option to reduce or eliminate the premium, but it limits favorable outcomes and creates additional obligations.

4. Natural Hedging and Strategy Design

A natural hedge reduces net currency sensitivity through operating or financing decisions rather than a derivative. Examples include:

• matching foreign-currency revenue with foreign-currency costs;
• borrowing in the currency of foreign assets or operating cash flows;
• locating production near customers or suppliers;
• invoicing in a currency that matches costs;
• maintaining deposits in the currency of expected payments;
• leading or lagging payments where legally and commercially appropriate;
• diversifying sourcing and production across currency zones.

Natural hedges can reduce recurring economic exposure and derivative volume, but they are not costless. Changing suppliers, production, or invoicing may affect quality, taxes, political risk, working capital, and customer relationships. A natural hedge is also imperfect if revenues and costs differ in timing, amount, or sensitivity to exchange rates.

A sound hedging policy normally follows these steps:

1. Define risk appetite, permitted instruments, currencies, limits, and authority.
2. Identify contractual, forecast, balance-sheet, and structural exposures.
3. Net exposures by currency and maturity without obscuring gross liquidity obligations.
4. Select the objective: lock a budget rate, reduce downside, preserve upside, or stabilize accounting results.
5. Choose natural and derivative hedges according to horizon, certainty, liquidity, and cost.
6. Execute under approved documentation and segregation of duties.
7. Measure performance against a clearly defined benchmark.
8. Reconcile confirmations, collateral, valuations, and accounting entries.
9. Test effectiveness, stress positions, and report exceptions.

The objective is not always to eliminate all volatility. For a highly certain payable, a full forward hedge may be appropriate. For uncertain forecast sales, options or partial hedges may be preferable because a rigid forward can create an over-hedge if the sale does not occur.

5. Hedge Effectiveness and Accounting Implications

Economic effectiveness

A hedge is economically effective when it reduces the variability of the targeted exposure. The evaluation should compare the change in the hedged item with the change in the hedging instrument over the relevant period. A simple offset ratio is:

The negative sign reflects the expectation that the two changes move in opposite directions. A ratio near 1 indicates a strong offset, but no single ratio is universally sufficient. Regression analysis, dollar-offset tests, scenario analysis, and risk-reduction measures may be appropriate depending on policy and accounting requirements.

Sources of ineffectiveness include different maturities, currencies, notional amounts, fixing dates, interest conventions, option time decay, volatility changes, credit spreads, and forecast errors. Basis risk is particularly important when the derivative references a different price from the exposure.

Hedge accounting

Derivative fair-value changes normally flow through profit or loss unless applicable hedge-accounting requirements are met. Hedge accounting is not a method for hiding losses; it is a reporting approach intended to align the timing of gains and losses on a hedging instrument with the hedged exposure.

The exact rules depend on the applicable framework, such as IFRS or US GAAP, the type of hedge, and the instrument. Common categories include fair-value hedges, cash-flow hedges, and hedges of a net investment in a foreign operation. A cash-flow hedge of a highly probable forecast transaction may place the effective portion of the derivative gain or loss in other comprehensive income until the forecast transaction affects profit or loss, subject to the governing standard. Ineffectiveness is generally recognized separately.

Required governance commonly includes formal designation, identification of the hedged item and risk, hedge ratio, risk-management objective, method of effectiveness assessment, contemporaneous documentation, and ongoing review. Accounting designation does not change the derivative’s legal cash flows or market risk.

6. Applied Case: Meridian Bank’s Euro Exposure

The following is an illustrative case.

Background

Meridian Bank, headquartered in the United Kingdom, has a EUR 18 million six-month loan commitment to a corporate customer. The bank expects to fund the loan in euros. It also holds a EUR 10 million net investment in a subsidiary. The bank reports in GBP and has a policy of protecting 80% of highly probable six-month foreign-currency cash flows while managing translation exposure separately.

The six-month spot rate is GBP 0.86 per EUR. The bank can enter a six-month forward to buy euros at GBP 0.865 per EUR. A EUR call option with a strike of GBP 0.865 costs a premium of 1.2% of the euro notional, payable in GBP. The bank’s treasury team expects the loan funding date to be highly probable but recognizes a 10% probability of delay or cancellation.

Problem

If the euro appreciates, the GBP cost of funding rises. A full forward hedge would lock the rate but could create an unplanned position if the loan is cancelled. The translation exposure also creates reported volatility, but hedging it with a derivative could introduce profit-and-loss volatility depending on accounting designation.

Analysis and approach

The bank first nets known and expected euro cash flows. The commitment is a prospective transaction exposure, while the subsidiary is a translation exposure. The policy implies a target hedge of:

EUR 18 million × 80% = EUR 14.4 million.

Because the commitment is highly probable but not certain, treasury chooses a layered approach: buy EUR 10 million forward and buy a call option on EUR 4.4 million. The forward covers the more certain amount; the option protects the less certain amount while retaining flexibility if the commitment is cancelled.

The option premium is:

EUR 4.4 million × GBP 0.865 × 1.2% = approximately GBP 45,672.

If the six-month spot rate rises to GBP 0.91 per EUR, the unhedged cost of EUR 14.4 million would be:

EUR 14.4 million × GBP 0.91 = GBP 13.104 million.

The forward portion costs:

EUR 10 million × GBP 0.865 = GBP 8.650 million.

The option portion is exercised, producing an effective strike cost of:

EUR 4.4 million × GBP 0.865 = GBP 3.806 million,

plus the GBP 45,672 premium. The total cost for the hedged amount is approximately GBP 12.502 million, excluding financing and other costs. The hedge therefore offsets much of the adverse appreciation while the option retains value if the commitment is cancelled.

For the EUR 10 million net investment, management considers borrowing EUR 8 million for a long-term balance-sheet hedge, subject to funding cost, liquidity, and regulatory capital analysis. It does not automatically hedge the entire net investment because the accounting objective, cost, and risk of debt service must be evaluated.

Outcome and learning points

The layered structure aligns the hedge instrument with exposure certainty. The forward provides efficient protection for the firm amount; the option limits downside on the uncertain amount without forcing purchase if the transaction disappears. The case also demonstrates that transaction and translation exposures should not be combined mechanically. Each has a distinct objective, horizon, measurement method, and accounting consequence.

7. Risks, Governance, and Regulation

Derivative risk management can create new risks:

• Counterparty risk: the other party may default when the hedge has positive value.
• Settlement risk: one currency may be delivered before the other.
• Liquidity risk: margin calls, collateral, or early termination may require cash.
• Market and basis risk: the hedge may not move with the exposure.
• Model risk: incorrect volatility, correlations, or valuation assumptions produce misleading results.
• Legal risk: ambiguous confirmations, netting enforceability, or unsuitable documentation can impair protection.
• Operational risk: incorrect trade capture, limit breaches, or weak reconciliation can cause loss.
• Conduct risk: products may be sold or used without understanding their downside.

Banks should maintain independent valuation, daily limit monitoring, collateral controls, stress testing, confirmation matching, and segregation between front office, risk, and operations. Regulatory frameworks commonly require capital and reporting treatment for counterparty credit risk, market risk, margin, and derivatives reporting. Requirements vary by jurisdiction and product, so institutions must consult current rules rather than rely on a historical policy.

Ethically, hedging should protect a genuine exposure and follow approved risk appetite. Speculative positions disguised as hedges can transfer losses to depositors, shareholders, customers, or taxpayers. Senior management and boards should receive understandable reports showing notional amounts, fair values, sensitivities, VaR, stress losses, collateral, concentrations, and residual risks.

8. Technology and Contemporary Developments

Treasury-management systems now consolidate exposures from loans, trade finance, enterprise-resource-planning systems, and forecasts. Automated confirmation matching and straight-through processing reduce operational errors. Machine-learning tools may improve cash-flow forecasting or detect unusual trades, but they do not remove model risk. Their outputs require explainability, validation, data-quality controls, access management, and human oversight.

Contemporary practice increasingly emphasizes real-time liquidity, central clearing, collateral optimization, climate and geopolitical scenario analysis, and more frequent stress testing. Digital platforms can improve access to pricing but may increase cyber, third-party, and algorithmic risks. The core principle remains unchanged: technology supports, but does not replace, sound exposure definitions, independent controls, and accountable judgment.

Challenges and Limitations

No hedge eliminates all uncertainty. Forecast exposures may fail to occur; options require premiums; forwards remove favorable upside; futures create margin cash flows; swaps may contain long-dated credit and basis risk; and natural hedges may damage operating flexibility. VaR can understate extreme losses and is sensitive to assumptions. Translation hedges may stabilize reported equity without improving operating cash flow. Finally, accounting outcomes can differ from economic outcomes because reporting standards classify and time gains and losses according to specified rules.

Best practice is therefore to combine quantitative measures with scenario analysis, management judgment, documented objectives, and regular review. Hedging decisions should be evaluated against the risk that the institution actually wishes to control, not merely against derivative profit or loss.

Chapter Summary

Foreign exchange exposure is the sensitivity of cash flows, accounting values, or enterprise value to currency movements. Transaction exposure concerns contracted cash flows; translation exposure concerns conversion of foreign financial statements; and economic exposure concerns long-term operating competitiveness and enterprise value. Transaction exposure can often be measured from currency amounts and dates, while economic exposure requires sensitivity, scenario, and strategic analysis.

Forwards and futures can lock or closely offset exchange rates, swaps transform the currency and interest profile of funding, and options protect adverse outcomes while preserving favorable movements at a premium. Natural hedges match foreign-currency revenues, costs, assets, and liabilities. VaR provides a probabilistic loss threshold but must be supplemented by stress testing and attention to model and liquidity limitations.

An effective program identifies exposures, nets them appropriately, selects instruments according to certainty and objectives, monitors hedge effectiveness, and maintains strong governance. Hedge accounting may align derivative results with the hedged item, but it requires documentation and does not eliminate economic risk. Sound practice integrates finance, treasury, accounting, legal, technology, and ethics.

Key Terms

Foreign exchange exposure: Sensitivity of value or cash flow to exchange-rate changes.

Transaction exposure: Risk arising from contracted foreign-currency cash flows.

Translation exposure: Accounting effect of converting foreign operations into the reporting currency.

Economic exposure: Long-term effect of exchange rates on operating cash flows and competitiveness.

Spot rate: Exchange rate for near-immediate delivery.

Forward contract: Customized OTC agreement to exchange currency at a future date and rate.

Currency futures: Standardized, exchange-traded currency contract settled through margining.

Currency swap: Agreement to exchange currency-denominated principals or interest cash flows.

Currency option: Contract giving the buyer a right, not an obligation, to buy or sell currency.

Strike rate: Exchange rate specified in an option contract.

Natural hedge: Reduction of exposure through operating or financing alignment.

Hedge ratio: Hedging notional divided by the underlying exposure.

Basis risk: Risk that the hedge and exposure do not move identically.

VaR: Estimated loss threshold at a stated confidence level and horizon.

Expected shortfall: Average loss beyond a specified VaR threshold.

Hedge effectiveness: Degree to which a hedge offsets the targeted exposure.

Hedge accounting: Accounting treatment aligning qualifying hedge and hedged-item results.

Counterparty risk: Risk that the other party fails to perform.

Translation gain or loss: Change arising from converting foreign-currency financial information.

Stress testing: Evaluation of performance under severe but plausible scenarios.

Review Questions

Short Answer Questions

1. What is the difference between transaction exposure and economic exposure?
2. Why does a foreign-currency payable create a short foreign-currency position?
3. State two advantages and two limitations of forward contracts.
4. What does a 95% one-period VaR estimate mean?
5. Why can a forecast transaction create over-hedging risk?

Long Answer Questions

1. Explain the causes, measurement methods, and management responses for transaction, translation, and economic exposure.
2. Compare forwards, futures, swaps, and options for a corporate importer.
3. Discuss how natural hedges can complement derivative hedges.
4. Explain hedge effectiveness, basis risk, and the main sources of hedge ineffectiveness.
5. Discuss the relationship between economic hedging and hedge accounting.

Analytical / Application Questions

1. A firm will receive USD 5 million in 90 days. Explain whether it should sell dollars forward, buy a dollar put option, or use a combination, given uncertainty about the amount received.
2. A bank has a net long EUR position and estimates a 2% adverse exchange-rate movement. Design a stress test and identify the information required to estimate the resulting loss.
3. An institution’s derivative hedge shows a gain while its reported earnings become more volatile. Analyze possible economic, accounting, timing, and effectiveness explanations.

Multiple Choice Questions with Answers

Question 1

Which exposure arises from converting the financial statements of a foreign subsidiary into the parent’s reporting currency?

A. Transaction exposure

B. Translation exposure

C. Settlement exposure

D. Operating leverage exposure

Correct Answer: B. Translation exposure

Question 2

A domestic firm must pay EUR 1,000,000 and quotes the exchange rate as domestic currency per euro. Which position does the firm have before hedging?

A. Long euro

B. Short euro

C. Long domestic currency only

D. No currency exposure

Correct Answer: B. Short euro

Question 3

A firm with a known foreign-currency payable normally protects itself against appreciation of the foreign currency by:

A. Selling the foreign currency forward

B. Buying the foreign currency forward

C. Selling a put on the domestic currency only

D. Borrowing more domestic currency without a hedge

Correct Answer: B. Buying the foreign currency forward

Question 4

Which feature is most characteristic of a currency option buyer?

A. An obligation to exercise

B. No upfront premium in every case

C. The right but not the obligation to transact at the strike rate

D. Guaranteed profit regardless of the spot rate

Correct Answer: C. The right but not the obligation to transact at the strike rate

Question 5

An exposure of USD 2,000,000 has a daily exchange-rate standard deviation of domestic-currency 0.01 per USD. Using a 95% quantile of 1.645 and a one-day horizon, the approximate VaR is:

A. Domestic-currency 3,290

B. Domestic-currency 32,900

C. Domestic-currency 329,000

D. Domestic-currency 3,290,000

Correct Answer: B. Domestic-currency 32,900

Question 6

Which action is a natural hedge?

A. Buying a standardized currency future

B. Matching foreign-currency revenues with foreign-currency costs

C. Purchasing a currency call option

D. Entering an interest-rate swap only

Correct Answer: B. Matching foreign-currency revenues with foreign-currency costs

Question 7

Basis risk occurs when:

A. A derivative has no notional amount

B. The hedge and the exposure do not move perfectly together

C. A firm has no foreign-currency activity

D. An option is exercised before maturity automatically

Correct Answer: B. The hedge and the exposure do not move perfectly together

Question 8

A purchased call option on foreign currency is particularly suitable for a payable when the firm wants to:

A. Protect against appreciation while retaining benefit from depreciation

B. Guarantee a zero premium

C. Create unlimited exposure to appreciation

D. Eliminate all counterparty risk

Correct Answer: A. Protect against appreciation while retaining benefit from depreciation

Question 9

If a firm hedges EUR 8 million of a EUR 10 million exposure, its notional hedge ratio is:

A. 0.08

B. 0.20

C. 0.80

D. 1.25

Correct Answer: C. 0.80

Question 10

Which statement about VaR is correct?

A. It identifies the maximum possible loss in all circumstances

B. It is independent of confidence level and time horizon

C. It estimates a loss threshold under specified assumptions

D. It automatically captures every liquidity and model risk

Correct Answer: C. It estimates a loss threshold under specified assumptions