Strategic Financial Management

Chapter 13
International Financial Strategy

Bachelors Program in Banking Finance and Insurance
Strategic Financial Management   •   Bachelor

International Financial Strategy

Introduction

International financial strategy concerns the acquisition, investment, movement and protection of funds across national borders. A multinational enterprise must evaluate projects and financing alternatives expressed in different currencies, operating under different tax systems, capital-market conditions, political institutions and accounting rules. Consequently, an apparently profitable foreign project may destroy shareholder value if exchange-rate exposure, remittance restrictions, taxation or country risk is handled incorrectly.

The central principle is internal consistency. Cash flows and discount rates must be expressed in the same currency and on the same nominal or real basis. Exchange-rate quotations must be interpreted consistently, taxes must be recognized at the correct cash-flow stage, and country risk must not be counted twice.

Learning Objectives

After studying this chapter, students should be able to:

  1. Interpret exchange-rate quotations and compare exchange-rate systems.
  2. Apply covered interest parity, purchasing power parity and related international parity conditions.
  3. Evaluate cross-border investments from subsidiary and parent perspectives.
  4. estimate a multinational firm's cost of capital consistently.
  5. Compare international financing sources and instruments.
  6. incorporate country risk, international taxation and remittance restrictions into decisions.
  7. Explain arm's-length transfer pricing and its governance implications.
  8. Measure and manage transaction, translation and economic exposures.
  9. Integrate risk, financing, taxation and hedging into an international financial strategy.

1. Exchange Rates and Currency Systems

1.1 Exchange-rate quotations

Let StD/F denote the spot exchange rate at time t, quoted as units of domestic currency D per unit of foreign currency F. If the quotation is USD/EUR = 1.10, one euro costs USD 1.10.

Under this direct-quotation convention:

  • An increase in StD/F means that the foreign currency appreciates against the domestic currency.
  • A decrease means that the foreign currency depreciates.
  • The reciprocal quotation is calculated as follows:
StF/D = 1 ÷ StD/F

Thus, USD/EUR = 1.10 corresponds to EUR/USD = 0.9091 when the latter is interpreted as euros per dollar. Analysts must always identify the units because market notation is not universally expressed from one country's perspective.

The percentage change in a direct quotation is:

%∆S = [(S1 − S0) ÷ S0] × 100

If USD/EUR rises from 1.10 to 1.155, the euro appreciates by (1.155−1.10)/1.10=5% against the dollar.

1.2 Exchange-rate systems

SystemMain featureStrategic implication
Free floatMarket forces principally determine the rateHigh market flexibility but potentially material volatility
Managed floatAuthorities intervene without maintaining a fixed parityIntervention policy and foreign reserves matter
Fixed pegCurrency is tied to another currency or basketLower short-term volatility, but devaluation risk remains
Crawling pegParity is adjusted periodicallyMay accommodate inflation differentials gradually
Currency boardDomestic monetary base is strongly backed by an anchor currencyHigh credibility but limited monetary discretion
Monetary unionMembers share a currency and monetary authorityIntra-union currency risk disappears, but sovereign and competitiveness risks remain

A fixed exchange rate does not eliminate currency risk. A peg can be changed, foreign exchange can be rationed, and convertibility can be suspended. Firms should therefore distinguish ordinary exchange-rate volatility from convertibility and transfer risk.

2. International Parity Relationships

Parity relationships provide theoretically consistent links among spot rates, forward rates, interest rates and inflation. They are benchmarks rather than perfect short-term forecasts.

2.1 Covered interest parity

Covered interest parity (CIP) follows from no-arbitrage when investors can borrow, lend and trade forwards freely in comparable instruments. For effective interest rates over the same maturity:

F0,TD/F = S0D/F × (1 + iD) ÷ (1 + iF)

Here, F0,TD/F is the forward rate for delivery at T, S0D/F is the spot rate, and iD and iF are domestic and foreign effective interest rates over the contract period. Rates must have matching maturities, credit risk and compounding conventions.

Derivation. One unit of domestic currency grows to 1+iD. Alternatively, it buys 1/S0 units of foreign currency, which grow to (1+iF)/S0. Selling that foreign amount forward produces F0,T(1+iF)/S0 domestic currency. No-arbitrage requires the two covered terminal amounts to be equal, giving the CIP equation.

Worked example. Suppose USD/EUR spot is 1.1000, the one-year effective US interest rate is 5%, and the comparable euro rate is 3%.

F0,1 = 1.1000 × 1.05 ÷ 1.03 = 1.12136 USD/EUR

The euro trades at a forward premium against the dollar. Material deviations from CIP may arise from transaction costs, balance-sheet constraints, capital controls or differing credit and collateral conditions.

2.2 Uncovered interest parity

Uncovered interest parity (UIP) replaces the forward rate with the expected future spot rate:

E0[STD/F] ÷ S0D/F = (1 + iD) ÷ (1 + iF)

UIP is an equilibrium relationship, not a riskless arbitrage condition. It requires strong assumptions concerning expectations, risk premia and asset comparability. Empirical short-run departures are common because investors may require currency risk premiums.

2.3 Purchasing power parity

Absolute purchasing power parity states that identical tradable baskets should have the same price after currency conversion:

StD/F = PtD ÷ PtF

Here, PtD and PtF are domestic and foreign price indices for comparable baskets. Absolute PPP is limited by transport costs, tariffs, non-tradable goods and differing consumption baskets.

Relative PPP focuses on inflation rates:

E0[STD/F] ÷ S0D/F = (1 + πD) ÷ (1 + πF)

For small inflation rates, the expected percentage exchange-rate change is approximately πD−πF. The exact ratio should be used when rates are material.

For example, if domestic inflation is 6% and foreign inflation is 2%, relative PPP predicts:

E[%∆S] = (1.06 ÷ 1.02 − 1) × 100 = 3.92%

The foreign currency is expected to appreciate by approximately 3.92% under the specified direct quotation.

2.4 Fisher relationships

The exact Fisher relationship links nominal interest, real interest and expected inflation:

1 + i = (1 + r)(1 + πe)

The approximation i≈r+πe is suitable only when rates are sufficiently small. If real rates tend toward equality internationally, inflation differences help explain nominal interest differentials—an implication often called the international Fisher effect. Taxes, sovereign risk, liquidity and market segmentation can prevent exact equality.

3. Cross-Border Capital Investment

3.1 Parent and subsidiary perspectives

A subsidiary may regard a project as attractive while the parent does not. The difference can arise from withholding taxes, blocked funds, royalty payments, exchange-rate movements, financing arrangements or incremental parent-company costs.

The parent should value only incremental cash flows available to its investors. To prevent tax double counting, the cash-flow stage must be explicitly defined.

Let RtF be remittable subsidiary cash in foreign currency after host-country corporate income tax, local operating requirements, agreed reinvestment and local debt service, but before withholding tax on the remittance. Parent-currency cash received is:

CFP,tD = RtF(1 − wt)StD/F − TP,tD + BtD

where wt is the withholding-tax rate, TP,tD is any incremental residual parent-country tax after allowable foreign tax credits, and BtD represents other incremental parent benefits net of costs, such as royalties, cannibalization or export effects. Host corporate income tax is not subtracted again because it has already been deducted in defining RtF.

The parent-currency net present value is:

NPVP = −I0D + ∑t=1n [CFP,tD ÷ (1 + kD)t]

Here, I0D is the parent's incremental initial outlay in domestic currency and kD is a domestic-currency discount rate consistent with the risk and nominal basis of the cash flows.

3.2 Worked parent-currency valuation

A US parent invests USD 8 million in a three-year foreign project. Expected remittable cash, already after host corporate income tax and local reinvestment but before a 10% withholding tax, is EUR 3 million annually. An additional EUR 2 million terminal amount is remittable in year 3. No residual US tax is expected because allowable credits fully offset it. Expected USD/EUR spot rates are 1.08, 1.05 and 1.02. The appropriate USD discount rate is 11%.

Parent receipts are:

  • Year 1: 3×(1−0.10)×1.08=USD 2.916 million.
  • Year 2: 3×0.90×1.05=USD 2.835 million.
  • Year 3: (3+2)×0.90×1.02=USD 4.590 million.
NPV = −8 + 2.916÷1.11 + 2.835÷1.112 + 4.590÷1.113
NPV ≈ −8 + 2.627 + 2.301 + 3.356 = USD 0.284 million

On these assumptions, the project creates approximately USD 284,000 of value. Management should still test exchange rates, terminal proceeds, remittance restrictions and tax outcomes through scenarios.

3.3 Real options and strategic effects

Conventional NPV may understate flexibility. International projects can contain options to delay entry, expand capacity, switch suppliers, relocate production or abandon operations. These options are valuable when uncertainty is high and managerial action is feasible. However, vague claims of “strategic value” should not be used to approve negative-NPV investments without evidence.

4. Multinational Cost of Capital

For a firm financed with market-value proportions of equity and debt, a basic after-tax weighted average cost of capital is:

WACC = wEkE + wDkD(1 − τc)

Here, wE and wD are market-value financing weights, kE is the required return on equity, kD is the pre-tax cost of debt, and τc is the marginal corporate tax rate applicable to deductible interest. The formula assumes that the target capital structure is reasonably stable and that interest deductibility is usable and not restricted.

International application requires care:

  1. Currency consistency: A USD nominal discount rate belongs with USD nominal cash flows.
  2. Inflation consistency: Real cash flows require real discount rates; nominal cash flows require nominal rates.
  3. Risk consistency: A corporate WACC should not be applied automatically to projects with materially different operating or country risk.
  4. Financing consistency: Project-specific subsidized loans or guarantees may be valued separately through adjusted present value (APV).

Under APV:

APV = NPV of project as if all-equity financed + PV of financing side effects

Financing side effects may include interest tax shields, issue costs, subsidies and guarantees. APV is particularly useful when leverage changes substantially over a project's life.

An international equity cost may begin with a CAPM benchmark:

kE = rf + β(MRP) + RPadditional

Here, rf is a currency-consistent risk-free rate, β measures systematic market exposure, MRP is the market risk premium, and RPadditional represents only additional non-diversifiable risk not already reflected in beta or expected cash flows. Adding an arbitrary sovereign spread can overstate required returns, especially when country losses have already been incorporated into scenarios.

5. International Financing Strategy

Multinational firms may finance through parent equity, retained foreign earnings, local bank loans, international syndicated loans, bonds, export-credit agencies, development institutions or project finance.

Financing choicePotential advantageMajor limitation
Local-currency borrowingNatural hedge against local cash flowsShallow markets or high local rates
Parent-currency borrowingDeep market and centralized controlCurrency mismatch with project revenue
Eurobond/international bondBroad investor accessDisclosure, covenant and currency exposure
Syndicated loanLarge and flexible fundingRefinancing and floating-rate risk
Project financeRisk ring-fenced to project cash flowsComplex contracts and high setup costs
Export-credit financingLonger tenor or political-risk supportProcurement and eligibility conditions

Borrowing in the revenue currency can reduce net exposure, but it is not automatically cheapest. Treasury should compare the all-in cost after fees, taxes, hedging costs, liquidity effects and covenant restrictions.

Cross-currency swaps exchange principal and interest obligations in different currencies. They can transform the currency composition of liabilities without refinancing the original debt. Their use introduces counterparty, collateral, basis and legal risks.

6. Country Risk

Country risk is the possibility that national conditions reduce or prevent expected cash flows. It includes:

  • sovereign default and banking instability;
  • expropriation, nationalization or adverse regulation;
  • currency inconvertibility and transfer restrictions;
  • war, civil disorder and sanctions;
  • weak contract enforcement and corruption;
  • unexpected tax, tariff or local-content changes;
  • climate-related and infrastructure disruption.

A disciplined assessment combines quantitative indicators—debt sustainability, reserves, inflation, fiscal balance and institutional quality—with qualitative analysis.

Country risk can be incorporated through probability-weighted cash-flow scenarios:

E[CFt] = ∑j=1m pjCFt,j

where pj is the probability of scenario j and CFt,j is its cash flow. Scenario probabilities must sum to one.

Alternatively, a discount-rate premium may be used for systematic risk. Analysts should not reduce cash flows for the same risk and then add a full premium for it. Political-risk insurance, contractual stabilization clauses, joint ventures, staged investment and diversified supply chains may mitigate risk, although none provides complete protection.

7. International Taxation and Transfer Pricing

7.1 International taxation

Cross-border cash flows may face host-country corporate income tax, withholding taxes, customs duties, value-added taxes and parent-country tax on foreign income. Tax treaties may reduce withholding rates, while foreign tax credits may limit double taxation.

International tax analysis should distinguish legal tax efficiency from aggressive arrangements lacking commercial substance. Modern anti-avoidance regimes include controlled foreign company rules, interest-deduction limitations, beneficial-ownership tests, economic-substance requirements and global minimum-tax mechanisms.

Key strategic decisions include whether to remit funds as dividends, interest, royalties or service fees; whether profits can be reinvested; and whether tax attributes can actually be used. Nominal tax rates alone are insufficient because the tax base, timing, credits and loss rules also matter.

7.2 Transfer pricing

Transfer pricing determines prices for transactions between related entities, including goods, services, loans and intellectual property. The governing benchmark is generally the arm's-length principle: related parties should price transactions as independent parties would under comparable conditions.

Common methods include:

  • comparable uncontrolled price;
  • resale price;
  • cost plus;
  • transactional net margin;
  • profit split.

The chosen method must fit the functions performed, assets used and risks controlled by each entity. Documentation should explain comparables, assumptions and contractual substance. Artificially shifting profit to low-tax locations can trigger penalties, double taxation and reputational damage.

Transfer prices also affect divisional performance measurement, customs values and managerial incentives. A tax-efficient price may distort internal decisions if managers are assessed on local accounting profit. Firms may therefore require carefully reconciled tax and management-accounting systems.

8. Foreign Exchange Exposure

8.1 Transaction exposure

Transaction exposure arises from contractual foreign-currency cash flows, such as receivables, payables, loans or dividends. If a US firm expects EUR 1 million in 90 days, a fall in USD/EUR reduces the dollar proceeds.

A forward contract can lock in the domestic value:

Domestic proceeds = Foreign-currency amount × Forward rate

At a 90-day forward rate of 1.09 USD/EUR, the firm locks in USD 1.09 million, subject to counterparty performance and contract terms.

Other methods include money-market hedges, currency futures, options, swaps, matching foreign receivables and payables, and leading or lagging payments. An option preserves favorable upside but requires a premium.

8.2 Translation exposure

Translation exposure arises when foreign financial statements are converted into the reporting currency for consolidation. It is an accounting exposure and does not, by itself, represent a contractual cash flow.

Under the current-rate approach generally associated with foreign operations whose functional currency is local, assets and liabilities are translated at the closing rate, income-statement items commonly at transaction-date or suitable average rates, and equity components at relevant historical rates. The balancing translation adjustment is generally reported in other comprehensive income under applicable standards.

Functional-currency determination is critical. Hyperinflationary environments require special accounting treatment, and IFRS and US GAAP are not identical. A firm may hedge net investment exposure, but management should weigh reduced accounting volatility against hedge cost and the possibility that the hedge itself creates taxable cash flows.

8.3 Economic exposure

Economic, or operating, exposure is the effect of unexpected exchange-rate changes on the present value of future operating cash flows. It can exist without a foreign-currency contract. A domestic producer may be exposed because depreciation makes imported competitors cheaper.

Economic exposure depends on demand elasticity, competitive responses, cost locations and pricing power. Long-term management therefore emphasizes operational flexibility: diversified sourcing, flexible production, market diversification, product differentiation and matching the currencies of revenue, costs and financing.

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Figure: International financial strategy integrates market, operating, tax, financing and risk decisions into parent-level value.

9. Hedging Policy and Governance

A sound hedging policy identifies exposures, permitted instruments, hedge horizons, limits, counterparties, collateral requirements and reporting responsibilities. Hedging should reduce unwanted risk rather than generate speculative profit.

Best practice includes:

  1. centralizing exposure data while preserving local operational knowledge;
  2. measuring net rather than gross currency exposure where offset is legally and operationally reliable;
  3. separating hedge execution from confirmation and settlement;
  4. stress-testing liquidity and collateral calls;
  5. evaluating hedges against stated objectives rather than isolated derivative gains or losses;
  6. documenting hedge-accounting eligibility where relevant;
  7. reporting residual exposure to the board or risk committee.

Technology can consolidate multicurrency positions, automate confirmations and detect limit breaches. Artificial intelligence may assist cash-flow forecasting and scenario generation, but exchange-rate forecasts remain highly uncertain. Model outputs require human review, data governance and controls against overfitting.

10. Illustrative Integrated Case: Solara Group

Background

Solara Group, a fictional UK-based energy company, is considering a solar-component plant in an emerging economy. Revenue will be mainly in local currency, imported equipment will be priced in euros, and the parent reports in pounds sterling.

Problem

The project appears profitable using local forecasts, but management is concerned about local-currency depreciation, dividend withholding tax, transfer restrictions, political intervention and the cost of hard-currency debt.

Analysis

The local subsidiary first estimates operating cash flows after host corporate income tax and required reinvestment. Treasury then separates amounts expected to be legally remittable. Withholding tax is applied only to distributions, avoiding a second deduction of host corporate tax. Parent receipts are converted into sterling under base, depreciation and convertibility-restriction scenarios.

Because revenues are mainly local-currency denominated, euro borrowing would create a currency mismatch. Local debt offers a partial natural hedge, although its nominal rate is higher. The company evaluates part local borrowing and part development-bank financing with political-risk coverage.

Imported equipment payments create transaction exposure. Solara uses staged euro forward purchases rather than hedging uncertain operating profits. Long-term economic exposure is addressed through local sourcing and contracts allowing limited price adjustments. Transfer prices for engineering services are supported by a functional analysis and independent service benchmarks.

Approach and Solution

Management uses APV because project leverage changes materially during construction. The base operating value is estimated separately from financing subsidies, tax shields and guarantee fees. Country-risk events are modeled in cash-flow scenarios; only remaining systematic risk is reflected in the discount rate. The board approves investment in stages, conditional on permits, convertibility access and construction milestones.

Outcome

The staged structure lowers irreversible exposure and protects liquidity. It does not eliminate country or currency risk, but it aligns each risk with an appropriate response: contractual hedges for committed payments, operating flexibility for long-term exposure, and insurance or staged capital for severe political events.

Learning Points

International financial strategy is not simply exchange-rate forecasting. Value depends on consistent cash-flow definitions, currency-matched valuation, realistic country scenarios, lawful tax planning, suitable financing and disciplined governance.

11. Contemporary Challenges

International finance is increasingly influenced by geopolitical fragmentation, sanctions, supply-chain regionalization, cyber risk, climate policy and global minimum taxation. Faster payment systems and central-bank digital currency experiments may reduce settlement frictions, but can also alter capital-flow controls and liquidity patterns.

Parity conditions may show temporary deviations during market stress because intermediary balance sheets and collateral become scarce. Firms should therefore combine theoretical benchmarks with observable funding costs and executable market prices. Resilience—including liquidity reserves, diversified banking relationships and operational flexibility—may be more valuable than minimizing expected financing cost alone.

Chapter Summary

International financial strategy integrates exchange rates, investment, financing, taxation and risk management. Covered interest parity is a no-arbitrage relationship, whereas uncovered interest parity and purchasing power parity are equilibrium benchmarks subject to substantial short-run deviations. Cross-border projects must be valued using incremental parent cash flows, with taxes applied at clearly defined stages to avoid double counting.

Multinational cost-of-capital estimation requires consistency of currency, inflation and risk. Country risk can be represented through scenarios, discount-rate adjustments or both, but the same risk should not be counted twice. International financing should consider all-in cost, currency matching, liquidity and institutional constraints. Transfer pricing must satisfy the arm's-length principle and align with economic substance. Transaction exposure concerns contracted cash flows, translation exposure concerns accounting conversion, and economic exposure concerns the present value of future operations. Effective strategy combines financial hedges, operating flexibility, governance and ethical compliance.

Key Terms

Arm's-length principle: The standard that related-party transactions should resemble transactions between independent parties under comparable conditions.

Covered interest parity: A no-arbitrage relationship linking spot and forward exchange rates with comparable interest rates.

Country risk: Risk that political, economic, legal or social conditions in a country impair cash flows.

Cross-currency swap: A contract exchanging principal and interest obligations denominated in different currencies.

Currency convertibility risk: The risk that local currency cannot be legally or practically converted into another currency.

Economic exposure: The sensitivity of the present value of future operating cash flows to unexpected exchange-rate changes.

Exchange-rate system: The institutional arrangement governing how a currency's value is determined.

Foreign tax credit: Parent-country relief granted for qualifying foreign taxes already paid.

Forward exchange rate: An exchange rate agreed today for currency delivery on a specified future date.

Functional currency: The currency of the primary economic environment in which an entity operates.

International Fisher effect: The proposition linking nominal interest differentials to expected exchange-rate changes under restrictive assumptions.

Natural hedge: Reduction of exposure by matching cash inflows, outflows, assets or liabilities in the same currency.

Purchasing power parity: A relationship linking exchange rates to national price levels or inflation rates.

Remittable cash flow: Subsidiary cash that can legally and practically be transferred to the parent after specified local obligations.

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

Transfer pricing: Pricing of transactions between entities under common control.

Translation exposure: Accounting exposure created when foreign financial statements are converted into a reporting currency.

Withholding tax: Tax deducted at source from cross-border payments such as dividends, interest or royalties.

Review Questions

Short Answer Questions

  1. What does an increase in a domestic-currency-per-foreign-currency quotation signify?
  2. Why is covered interest parity considered a no-arbitrage condition?
  3. Distinguish remittable cash from subsidiary operating cash flow.
  4. What is the arm's-length principle?
  5. How does transaction exposure differ from translation exposure?

Long Answer Questions

  1. Explain the major exchange-rate systems and their strategic implications for multinational firms.
  2. Derive covered interest parity and discuss why observed market deviations may occur.
  3. Explain how a multinational enterprise should estimate a currency-consistent cost of capital.
  4. Evaluate alternative methods of incorporating country risk into investment appraisal.
  5. Discuss the financial, ethical and governance dimensions of international transfer pricing.

Analytical / Application Questions

  1. A Canadian parent is evaluating a foreign subsidiary whose dividends face withholding tax and temporary remittance restrictions. Construct a parent-currency valuation framework and identify the required assumptions.
  2. A company has foreign-currency receivables, imported inputs and local-currency debt. Diagnose its transaction and economic exposures and recommend an integrated hedge strategy.
  3. Compare WACC and APV for a foreign infrastructure project financed with changing leverage, subsidized debt and a political-risk guarantee.

Multiple Choice Questions with Answers

Question 1

The spot quotation rises from 1.0800 to 1.1200 USD per EUR. Which statement is correct?

A. The euro has appreciated against the US dollar.

B. The euro has depreciated against the US dollar.

C. The currencies have maintained an unchanged relative value.

D. The quotation shows only an interest-rate change, not a currency-value change.

Correct Answer: A. The euro has appreciated against the US dollar.

Question 2

The spot rate is 1.1000 USD/EUR. Comparable one-year effective interest rates are 5% in the United States and 3% in the euro area. Under covered interest parity, what is the one-year forward rate?

A. 1.0790 USD/EUR

B. 1.1000 USD/EUR

C. 1.1214 USD/EUR

D. 1.1330 USD/EUR

Correct Answer: C. 1.1214 USD/EUR

Question 3

A US firm will receive EUR 1 million in 90 days and sells the amount forward at 1.09 USD/EUR. Ignoring counterparty default, what dollar amount is locked in?

A. USD 0.917 million

B. USD 1.000 million

C. USD 1.090 million

D. USD 1.190 million

Correct Answer: C. USD 1.090 million

Question 4

In the chapter's parent cash-flow model, remittable subsidiary cash RtF is defined as cash after which item has already been deducted?

A. Host-country corporate income tax

B. Withholding tax on the proposed remittance

C. Incremental residual parent-country tax

D. The parent's initial investment

Correct Answer: A. Host-country corporate income tax

Question 5

Which exposure concerns the effect of unexpected exchange-rate changes on the present value of future operating cash flows?

A. Translation exposure

B. Economic exposure

C. Settlement-system exposure

D. Historical-rate exposure

Correct Answer: B. Economic exposure

Question 6

A firm uses 60% equity costing 12% and 40% debt costing 6%. If the applicable marginal tax rate is 25% and interest deductions are fully usable, what is its WACC?

A. 8.1%

B. 9.0%

C. 9.6%

D. 10.2%

Correct Answer: B. 9.0%

Question 7

Which principle generally requires related enterprises to price controlled transactions as independent parties would under comparable conditions?

A. Purchasing power parity

B. Arm's-length principle

C. Fisher separation principle

D. Absolute priority rule

Correct Answer: B. Arm's-length principle

Question 8

Which practice is most likely to double count country risk?

A. Using probability-weighted country scenarios only

B. Purchasing political-risk insurance and deducting its premium

C. Reducing forecast cash flows for a political event and adding a full discount-rate premium for the same event

D. Staging investment after regulatory milestones

Correct Answer: C. Reducing forecast cash flows for a political event and adding a full discount-rate premium for the same event

Question 9

Domestic inflation is expected to be 6% and foreign inflation 2%. Under relative PPP and a domestic-currency-per-foreign-currency quotation, what is the exact expected percentage change in the exchange rate?

A. A 3.92% increase

B. A 4.00% decrease

C. A 7.84% increase

D. No expected change

Correct Answer: A. A 3.92% increase

Question 10

Which statement best describes translation exposure?

A. It arises only from contractual foreign-currency receivables.

B. It measures the effect of exchange rates on future competitive cash flows.

C. It arises when foreign financial statements are converted into the reporting currency.

D. It is eliminated whenever a firm has no foreign debt.

Correct Answer: C. It arises when foreign financial statements are converted into the reporting currency.

Strategic Financial Management
Chapter 13 of 15