FX Market Architecture, Participants and Terminology

Introduction and Context

The foreign exchange (FX or forex) market is the global institutional arrangement through which one currency is exchanged for another. It supports international trade, cross-border investment, tourism, remittances, government finance, monetary policy and global risk management. Unlike a national stock exchange, the FX market is not located in one building, governed by one central order book or operated by a single institution. It is a dispersed, predominantly over-the-counter (OTC) network connecting banks, non-bank financial institutions, corporations, governments, brokers, electronic platforms and liquidity providers.

The market’s architecture explains why FX is simultaneously deep and fragmented, highly liquid in major currencies and less liquid in emerging-market currencies, open nearly continuously during the business week and sensitive to credit, technology, regulation and geopolitical events. For international business managers, understanding this architecture is essential. A firm’s exchange rate exposure cannot be managed intelligently without knowing who supplies liquidity, how prices are formed, what a quotation means, and how execution differs across channels.

The FX market also illustrates an important distinction between a market’s economic function and its institutional form. Economically, the market reallocates currency risk and enables payment. Institutionally, it consists of linked dealing relationships rather than a single transparent marketplace. This structure creates flexibility and global reach, but it also creates challenges involving information asymmetry, counterparty risk, execution quality and regulatory oversight.

Learning Objectives

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

1. Explain the structure and operating logic of the global OTC FX market.
2. Distinguish major trading centres, dealer markets and interdealer markets.
3. Describe the roles of central banks, commercial banks, corporations, investors, brokers, platforms and liquidity providers.
4. Interpret major FX quotations, market conventions and transaction terminology.
5. Analyse how technology, regulation, credit and liquidity affect execution.
6. Apply market-architecture concepts to an international treasury decision.

1. The Global OTC Market

1.1 Meaning of over-the-counter trading

An OTC market is one in which transactions are negotiated through bilateral or networked relationships rather than executed exclusively through a centralized exchange. In FX, a bank may quote a price directly to a corporate client, negotiate with another bank through an electronic interdealer platform, or access several liquidity providers through an execution-management system.

OTC does not mean unregulated or informal. FX dealers are subject to banking, securities, payments, conduct, reporting and prudential rules that vary by jurisdiction. OTC means that the trading venue and contractual relationship are decentralized. A transaction is generally governed by a bilateral or multilateral legal agreement, such as an International Swaps and Derivatives Association (ISDA) Master Agreement for derivatives or a relevant prime-brokerage and execution arrangement.

1.2 Economic functions

The FX market performs four connected functions:

• Currency conversion: It permits a buyer of goods, services or assets to obtain the required currency.
• Price discovery: Continuous interaction among buyers and sellers produces exchange-rate quotations.
• Risk transfer: Hedgers transfer exchange-rate risk to dealers or other market participants willing to bear it.
• Liquidity provision: Dealers stand ready, subject to market conditions and credit limits, to buy one currency and sell another.

The market is therefore not merely a venue for speculation. Importers, exporters, pension funds, airlines, banks and governments may all transact for operational or risk-management reasons.

1.3 A global trading day

FX trading follows the opening hours of financial centres and is commonly described as operating around the clock from Monday to Friday. Activity passes through Asia-Pacific, Europe and North America, with substantial overlap between London and New York sessions. Sydney, Tokyo, Hong Kong, Singapore, London, Frankfurt, Zurich and New York are important centres, although the geographical location of a firm does not necessarily determine where its transaction is executed.

Liquidity and spreads vary by time. Overlap between major centres generally supports greater participation and tighter pricing. Around local holidays, market openings, daily fixes or major announcements, liquidity may change sharply. The market remains globally connected, but it is not uniformly liquid at every moment.

1.4 Fragmentation and aggregation

Unlike a centralized exchange, FX has multiple pools of liquidity. The same currency pair may be quoted simultaneously by many dealers, banks and non-bank market makers. A broker or electronic platform may aggregate these prices and display the best available bid and offer, subject to size, credit, latency and execution conditions.

Aggregation improves access to competing prices, but the displayed price is not necessarily executable for every participant. A quote can be conditional, available only for a particular amount, or restricted by the client’s credit relationship. Consequently, market participants distinguish between top-of-book price, market depth, fill probability and all-in transaction cost.

2. Market Architecture and Trading Layers

A useful way to understand FX is to view it as a set of connected layers rather than a simple hierarchy.

2.1 Customer-to-dealer market

Corporations, asset managers, hedge funds, governments and smaller financial institutions often obtain prices from commercial or investment banks. The dealer evaluates the requested currency pair, amount, settlement date, client credit, market conditions and its own inventory before quoting.

A customer may request a quote by telephone, electronic chat, a single-dealer platform, a multi-dealer platform or an algorithmic execution service. The resulting transaction is usually principal trading: the dealer sells from its own position or obtains offsetting liquidity elsewhere.

2.2 Interdealer market

The interdealer market links banks and major liquidity providers. Dealers use it to manage inventory, hedge customer flows, obtain prices and redistribute risk. It includes direct bilateral relationships and electronic venues that facilitate anonymous or disclosed trading.

The interdealer market is important for price formation because large dealers continuously update quotations in response to order flow, news, hedging needs, funding conditions and prices in related markets. However, it is not a single transparent order book. Access depends on credit, technology, legal documentation, liquidity and participation status.

2.3 Prime brokerage and prime-of-prime access

Prime brokerage allows an eligible client to transact with multiple counterparties while using the credit and settlement infrastructure of a prime broker. The prime broker may consolidate trades, extend credit and manage post-trade obligations. A prime-of-prime provider performs a similar access function for clients that do not qualify for direct prime-brokerage relationships.

These arrangements can improve access and operational efficiency, but they add contractual and counterparty dependencies. The client must understand margin, collateral, close-out, concentration and default provisions.

2.4 Execution venues

Common execution channels include:

The best channel depends on order size, urgency, confidentiality, currency, market liquidity, credit relationships and the client’s information requirements.

3. Major Participants and Their Incentives

3.1 Commercial and investment banks

Banks are central participants because they combine client access, balance-sheet capacity, payments infrastructure, research, risk management and market-making technology. A bank may act as:

• Dealer or market maker: providing two-way prices.
• Broker: arranging transactions without necessarily taking principal risk.
• Liquidity aggregator: combining prices from several sources.
• Hedging counterparty: helping a client reduce currency exposure.
• Settlement provider: delivering currencies through correspondent banking or payment systems.

Banks do not offer unlimited liquidity. Their prices reflect inventory, capital charges, counterparty credit, expected volatility, regulatory requirements and the probability that a client’s order contains information about future price movements.

3.2 Central banks and public authorities

Central banks influence FX markets through monetary policy, official communication, reserve management, foreign-exchange intervention and liquidity operations. A central bank may buy or sell foreign currency to influence exchange-rate conditions, accumulate reserves, meet external obligations or stabilize disorderly markets.

Central-bank transactions are not equivalent to ordinary commercial trading. They reflect public objectives and may be conducted through selected dealers, auctions or direct market operations. Even when a central bank does not intervene, expected interest-rate decisions and policy communication can materially affect exchange rates and market liquidity.

Central banks also participate in international cooperation, supervise payment and settlement arrangements, and contribute to market standards. Their actions may create moral-hazard concerns if participants assume that authorities will always stabilize prices.

3.3 Corporations and corporate treasuries

Corporations transact in FX because their revenues, costs, assets or liabilities are denominated in different currencies. Their exposures are commonly classified as:

• Transaction exposure: risk on contracted foreign-currency cash flows.
• Translation exposure: accounting impact of converting foreign subsidiaries’ statements into the reporting currency.
• Economic or operating exposure: longer-term effect of exchange rates on competitiveness, prices and cash flows.

A corporate treasury may use spot transactions for immediate payment, forwards for future cash flows, swaps for liquidity and maturity management, and options when flexibility is valuable. Treasury objectives should be linked to cash-flow certainty, risk appetite, accounting treatment, counterparty limits and governance—not simply to a desire to forecast the exchange rate.

3.4 Institutional investors and asset managers

Pension funds, mutual funds, insurers, endowments and sovereign wealth funds transact when purchasing foreign assets, repatriating income, rebalancing portfolios or hedging currency exposure. Their orders can be large and may be executed through staged or algorithmic methods to reduce market impact.

An investor may choose to hedge fully, partially or not at all. The decision depends on investment horizon, currency correlation, benchmark design, hedging cost, risk tolerance and the purpose of the portfolio.

3.5 Hedge funds, proprietary firms and high-frequency traders

These participants may trade on macroeconomic views, relative-value relationships, order-flow information, statistical signals or short-term pricing discrepancies. High-frequency market makers use automated systems to post and revise quotes rapidly. They can add liquidity under normal conditions but may reduce quoting activity during stress, thereby amplifying short-term price movements.

3.6 Brokers

A broker facilitates interaction between buyers and sellers. In an agency model, the broker does not ordinarily become the principal counterparty; in other arrangements, the broker may route or internalize orders. The distinction between agency execution, matched-principal execution and principal dealing must be understood because it affects conflicts of interest, disclosure and counterparty exposure.

3.7 Non-bank liquidity providers

Electronic market-making firms and specialized trading companies increasingly provide liquidity alongside banks. They often rely on automated pricing, extensive data, diversified venues and sophisticated risk controls. Non-bank liquidity can reduce spreads and increase competition, but concentration among a small number of firms may create new forms of systemic and operational dependence.

3.8 Retail participants

Retail traders access FX through regulated intermediaries, often using leveraged contracts for difference, rolling spot products or other derivatives. Retail trading differs from institutional dealing in product design, leverage, disclosure, execution, protections and counterparty arrangements. High leverage can make small exchange-rate movements produce large gains or losses relative to posted margin.

4. Essential FX Terminology and Conventions

4.1 Currency pairs and quotation

FX is quoted as a pair. In EUR/USD, EUR is the base currency and USD is the quote currency or terms currency. A quotation of EUR/USD 1.0850 means that one euro costs 1.0850 US dollars.

The general quotation relationship is:

Here, S_A/B is the spot exchange rate expressed as currency B per unit of currency A. If EUR/USD rises from 1.0850 to 1.0900, the euro has appreciated against the dollar, while the dollar has depreciated against the euro, assuming the quotation convention is unchanged.

A currency pair can be inverted:

This relationship assumes the same transaction date and consistent unit definitions. For example, if EUR/USD = 1.2500 USD per EUR, then USD/EUR = 0.8000 EUR per USD.

4.2 Bid, ask and spread

The bid is the price at which a dealer buys the base currency and sells the quote currency. The ask or offer is the price at which the dealer sells the base currency and buys the quote currency. The bid–ask spread is:

If EUR/USD is quoted 1.0848/1.0852, the spread is 0.0004 USD per EUR. The customer buying euros pays the ask; the customer selling euros receives the bid.

The spread compensates the dealer for inventory risk, adverse selection, operating costs, capital and credit exposure. It tends to widen when volatility rises, liquidity falls, order size increases or market information becomes uncertain.

4.3 Pips, points and fractional pricing

A pip is a conventional minimum price increment. For many major currency pairs, one pip is 0.0001, while for pairs involving the Japanese yen it is commonly 0.01. Electronic platforms may display fractional pips, often called pipettes or tenth-pips. The applicable convention should always be checked because currency, platform and product conventions differ.

For EUR/USD, a movement from 1.0850 to 1.0865 is 15 pips. The monetary value of a pip depends on trade size and the currency in which the value is measured; it is not constant across all pairs or account currencies.

4.4 Spot, value date and settlement

A spot transaction exchanges currencies for delivery on the standard spot value date, commonly two business days after trade date for many currency pairs, although conventions vary. Some pairs, including many North American currency combinations, commonly settle on the next business day. Holidays in either currency’s settlement system can alter the date.

The value date is the date on which currency delivery occurs. Trade date, value date and payment date should not be treated as interchangeable. Settlement risk arises when one party pays the currency it owes but does not receive the currency it purchased.

4.5 Forward transactions

A forward is an agreement to exchange currencies at a future date at a rate agreed today. A forward rate is not simply a forecast. Under simplified covered-interest-parity reasoning, it reflects the spot rate and the relative financing rates of the two currencies:

where F_A/B is the forward rate in currency B per unit of currency A, S_A/B is the spot rate, r_A and r_B are annualized simple financing rates for currencies A and B, and T is the year fraction to maturity. This simplified formula assumes simple interest, matched borrowing and lending, no transaction costs, no taxes, no capital constraints, no default risk and continuous arbitrage. Actual forward pricing may use compounding, day-count conventions, collateral rates, cross-currency basis and credit adjustments.

4.6 Swaps and options

An FX swap combines a near-date exchange with a reverse exchange at a later date. It is widely used to manage short-term funding, settlement and maturity needs. It is economically different from a currency swap, which generally involves longer-term exchanges of principal and interest flows.

An FX option gives the buyer the right, but not the obligation, to buy or sell currency at a specified strike rate on or before a specified date, depending on whether it is European- or American-style. The buyer pays a premium. Options can protect against adverse movements while preserving some benefit from favourable movements, but their valuation and risk management are more complex than those of forwards.

4.7 Notional, settlement, margin and collateral

The notional amount is the contractual currency amount used to calculate payments or delivery. It is not necessarily the amount at risk or the market value of a derivative. Margin is collateral posted to support a position, while variation margin reflects changes in mark-to-market value. Initial margin is intended to cover potential future exposure over a liquidation period.

Mark-to-market is the current valuation of a position using observable or model-based prices. Counterparty credit risk is the possibility that the other party will fail to perform. Netting agreements can reduce exposure by offsetting obligations, but their legal enforceability must be established in the relevant jurisdictions.

4.8 Market conventions

Important conventions include:

• Market direction: whether a price is expressed as domestic currency per foreign currency or the reverse.
• Dealing amount: the currency amount for which a quote is valid.
• Good-for-time quote: a quote valid for a specified period.
• Indicative quote: information not necessarily executable.
• Firm quote: a quote that can be accepted under stated conditions.
• Fixing or benchmark rate: a rate calculated at a specified time using a defined methodology.
• Value date: contractual settlement date.
• Roll and tom/next: conventions for extending a short-dated position to a later date.
• Last look: a liquidity provider’s disclosed opportunity to accept or reject an electronic request after observing the order, subject to applicable rules and contractual terms.

Market conventions reduce ambiguity, but they do not eliminate the need to read product terms and execution policies.

5. Price Formation, Liquidity and Execution Quality

5.1 Order flow and information

Exchange rates reflect expectations concerning interest rates, inflation, growth, external balances, fiscal policy, political risk and market positioning. Yet public information is only part of price formation. Dealer order flow can reveal information about customer demand, hedging pressure and liquidity conditions. A dealer may adjust prices not only because its forecast changes but also because its inventory becomes unbalanced.

5.2 Liquidity is multidimensional

Liquidity is often described as the ability to trade quickly without materially moving the price. It includes at least four dimensions:

1. Tightness: the size of the bid–ask spread.
2. Depth: the volume available near the current price.
3. Resilience: the speed with which prices recover after a trade.
4. Immediacy: the ability to execute promptly.

A market can have a narrow displayed spread but insufficient depth for a large order. Therefore, treasury managers should evaluate execution cost using realized prices, market impact, rejection rates, latency and post-trade slippage rather than spread alone.

5.3 Direct and indirect costs

The all-in cost of an FX transaction may include the spread, commissions, platform fees, market impact, funding cost, collateral cost, settlement cost and the opportunity cost of delay. For a corporate, a seemingly attractive quote may be inferior if it has a high rejection probability or creates operational and legal complexity.

5.4 Principal and agency execution

In principal execution, the dealer is the counterparty and may profit or lose from the trade. In agency execution, the intermediary seeks execution for the client and may charge a commission or mark-up. Both models can be legitimate, but the client should understand pricing, conflicts, routing, mark-ups, information use and best-execution responsibilities.

6. Regulation, Governance and Ethical Issues

FX regulation is jurisdiction-specific but commonly addresses market abuse, manipulation, benchmark conduct, disclosure, reporting, capital, margin, record keeping, anti-money-laundering controls and client protection. International codes of conduct, including principles promoted by central-bank and market institutions, emphasize ethical dealing, clear communication and responsible execution.

Governance concerns include:

• manipulation of benchmarks or reference rates;
• misuse of confidential customer order information;
• deceptive quotation or execution practices;
• inadequate disclosure of mark-ups and conflicts;
• weak sanctions-screening and anti-money-laundering controls;
• excessive leverage and unsuitable retail products;
• poor model governance in algorithmic pricing;
• operational resilience and cyber risk.

A robust treasury policy should specify authorized instruments, counterparties, dealing limits, segregation of duties, confirmation procedures, valuation controls, collateral rules, escalation thresholds and independent reporting. Ethical conduct is not merely a compliance obligation; misconduct undermines trust, increases transaction costs and can impair market functioning.

7. Technology and Contemporary Developments

Electronic communication networks, APIs, cloud infrastructure, distributed data systems and algorithmic execution have transformed access to FX liquidity. Automated systems can compare quotes, route orders, optimize timing and monitor exposures. Machine-learning models may assist forecasting, anomaly detection and liquidity prediction, but they introduce model risk, data-quality problems, explainability issues and the possibility of feedback loops.

Artificial intelligence should support—not replace—governance. Firms should validate data, test models in stressed markets, monitor drift, control access, retain audit trails and define human escalation procedures. An algorithm that performs well in ordinary conditions may behave poorly during a policy announcement or liquidity shock.

Other developments include greater use of central clearing for some derivatives, more standardized reporting, real-time treasury systems, tokenized settlement experiments and continued debate about settlement-risk reduction. These developments do not eliminate fundamental risks: currency mismatch, counterparty failure, liquidity withdrawal and uncertain future prices remain central.

8. Illustrative Case: Hedging an Import Payment

Background

Orion Components, a manufacturing company headquartered in India, must pay EUR 10 million to a German supplier in 90 days. Its functional currency is the Indian rupee (INR). The company’s treasury team is considering how to obtain euros and how to select an execution channel.

Problem

Orion faces uncertainty about the INR/EUR rate in 90 days. A weaker rupee would increase the rupee cost of the imported components. The treasury team must balance certainty, cost, counterparty risk, liquidity and the possibility that the payment amount or date will change.

Analysis

The exposure is a transaction exposure because it arises from a contracted foreign-currency payable. The company could request a forward quote from several relationship banks through a multi-dealer platform. It should compare executable all-in prices, settlement terms, credit usage, documentation and the bank’s ability to deliver euros on the value date.

Suppose the agreed forward rate is INR 90.00 per EUR. If Orion enters a forward for EUR 10 million, the contracted rupee amount is:

This calculation assumes the full notional is delivered and ignores fees, collateral and accounting adjustments. If the spot rate at maturity is INR 94.00 per EUR, buying euros in the spot market would cost INR 940,000,000, so the forward provides a gross economic benefit of INR 40,000,000 relative to that spot purchase. If the maturity spot rate is INR 87.00, the market purchase would cost INR 870,000,000, and the forward would be economically less favourable by INR 30,000,000. The forward’s purpose is certainty, not guaranteed outperformance.

Approach and solution

The treasury committee establishes a policy requiring at least three executable quotes, confirmation of the value date, independent verification of the rate, approved counterparty limits and documented authorization. It also assesses whether a forward is appropriate given the certainty of the payable. If the amount is uncertain, an option or layered hedge may better match the exposure.

Outcome

Orion locks the rupee cost, reducing budget uncertainty. It accepts counterparty and opportunity costs but gains predictable cash planning. The transaction is confirmed, independently recorded, reconciled at settlement and reviewed against policy.

Learning points

1. The correct instrument depends on the exposure’s certainty and timing.
2. A quoted rate must be interpreted together with currency direction and value date.
3. Execution quality includes credit, settlement and operational terms—not only price.
4. A hedge should be evaluated against the underlying business objective, not as a speculative profit or loss.

9. Best-Practice Framework for Market Participants

Professionals operating in FX should:

1. Define the economic exposure before selecting an instrument.
2. Confirm base currency, quote currency, amount, direction and value date.
3. Distinguish indicative from executable prices.
4. Obtain competitive quotes where appropriate, while considering information leakage and execution speed.
5. Evaluate spread, depth, rejection, market impact and total cost.
6. Maintain approved counterparty and settlement arrangements.
7. Use independent confirmation, valuation and reconciliation.
8. Record communications and preserve audit trails.
9. Test policies under stress, including volatility and liquidity withdrawal.
10. Review algorithmic tools for bias, model risk, resilience and human oversight.

Chapter Summary

The FX market is a global, decentralized OTC network rather than a single exchange. Its architecture comprises customer-to-dealer relationships, interdealer markets, brokers, electronic platforms, prime-brokerage arrangements and multiple liquidity pools. Commercial and investment banks remain important dealers, while central banks, corporations, institutional investors, hedge funds, brokers, non-bank market makers and retail intermediaries perform distinct functions.

Understanding FX requires command of quotation conventions, base and quote currencies, bid and ask prices, spreads, pips, spot and forward value dates, swaps, options, notional amounts, margin, collateral and counterparty risk. Liquidity is multidimensional: a narrow spread does not guarantee depth or reliable execution. Technology has expanded access and automated execution, but it has also introduced model, cyber, operational and governance risks.

For international business, FX competence means connecting market terminology with decisions about exposure, hedging, execution, settlement and governance. The central managerial lesson is that price, liquidity, credit, legal terms and operational controls must be assessed together.

Key Terms

Ask: The price at which a dealer sells the base currency.

Base currency: The first currency in a currency pair.

Bid: The price at which a dealer buys the base currency.

Bid–ask spread: The ask price minus the bid price.

Central bank: A public monetary authority that may conduct policy, reserve management or intervention operations.

Counterparty credit risk: The risk that the other party will not perform its contractual obligation.

Dealer: A market participant that trades as principal and may provide two-way prices.

Forward: An agreement to exchange currencies at a future date at a rate agreed today.

Interdealer market: The market in which dealers trade with other dealers to manage liquidity and risk.

Liquidity: The ability to transact promptly with limited price impact.

Market maker: A participant that regularly provides buy and sell quotations.

Notional amount: The contractual amount used to calculate payments or delivery obligations.

Over-the-counter market: A decentralized market based on bilateral or networked transactions rather than one centralized exchange.

Pip: A conventional unit of FX price movement.

Quote currency: The second currency in a currency pair.

Settlement risk: The risk that one currency is delivered without receiving the currency purchased.

Spot transaction: A transaction for currency delivery on the standard spot value date.

Value date: The date on which contractual currency delivery occurs.

Review Questions

Short Answer Questions

1. What distinguishes an OTC market from a centralized exchange?
2. Explain the roles of the base currency and quote currency in EUR/USD.
3. What is the difference between a bid and an ask?
4. Why do corporations participate in the FX market?
5. Define settlement risk.

Long Answer Questions

1. Explain the architecture of the customer-to-dealer and interdealer FX markets.
2. Compare the roles and incentives of commercial banks, central banks and non-bank liquidity providers.
3. Discuss the major dimensions of FX liquidity and their implications for execution quality.
4. Explain the principal FX market conventions that a corporate treasury manager must understand.
5. Evaluate the opportunities and governance risks created by electronic and algorithmic FX trading.

Analytical / Application Questions

1. A company must pay USD 5 million in six months but is uncertain whether the payment will occur. Analyse whether a forward, option or layered hedge is most appropriate.
2. A dealer quotes EUR/USD 1.0848/1.0852 for EUR 2 million. Determine which price applies when the client buys euros, calculate the spread, and explain why the quote may change for a larger order.
3. A treasury manager receives a narrow quote from one bank but a slightly wider quote from another with better settlement and credit terms. Develop a framework for deciding which execution is superior.

Multiple Choice Questions with Answers

Question 1

Which feature most directly defines the FX market as over-the-counter?

A. All trades occur through one central exchange.

B. Transactions are negotiated through decentralized bilateral or networked relationships.

C. Only central banks may participate.

D. All prices are fixed by monetary authorities.

Correct Answer: B. Transactions are negotiated through decentralized bilateral or networked relationships.

Question 2

In the quotation EUR/USD 1.0850, what does 1.0850 represent?

A. Euros per one US dollar

B. US dollars per one euro

C. The bid–ask spread in euros

D. The number of pips in the transaction

Correct Answer: B. US dollars per one euro

Question 3

A dealer quotes EUR/USD at 1.0848/1.0852. At which price does a customer buying euros normally transact?

A. 1.0848

B. 1.0850

C. 1.0852

D. The midpoint only

Correct Answer: C. 1.0852

Question 4

What is the primary purpose of the interdealer FX market?

A. To provide retail investment advice

B. To allow dealers to manage inventory, hedge and redistribute risk

C. To set corporate accounting standards

D. To replace all central-bank operations

Correct Answer: B. To allow dealers to manage inventory, hedge and redistribute risk

Question 5

Which participant is most directly associated with official foreign-exchange reserve management?

A. Central bank

B. Exporting corporation

C. Retail trader

D. Voice broker

Correct Answer: A. Central bank

Question 6

If EUR/USD equals 1.2500, what is the corresponding USD/EUR rate, ignoring rounding?

A. 0.2500

B. 0.8000

C. 1.2500

D. 2.5000

Correct Answer: B. 0.8000

Question 7

For a corporation with a contracted foreign-currency payable, which exposure is most directly involved?

A. Translation exposure only

B. Transaction exposure

C. Sovereign reserve exposure

D. Benchmark exposure only

Correct Answer: B. Transaction exposure

Question 8

Using the simplified formula F = S × (1 + r_A × T) ÷ (1 + r_B × T), which assumption is required?

A. There are no currencies involved.

B. The financing rates and maturity basis are consistently defined.

C. The exchange rate must remain constant forever.

D. The transaction must occur only in an equity market.

Correct Answer: B. The financing rates and maturity basis are consistently defined.

Question 9

Which statement about liquidity is most accurate?

A. A narrow spread always guarantees deep liquidity.

B. Liquidity includes tightness, depth, resilience and immediacy.

C. Liquidity is determined solely by the number of currencies in a pair.

D. Liquidity is irrelevant to execution cost.

Correct Answer: B. Liquidity includes tightness, depth, resilience and immediacy.

Question 10

What is the defining feature of an FX option for its buyer?

A. An unconditional obligation to exchange currencies

B. The right, but not the obligation, to transact at a specified strike under the contract terms

C. A guarantee that the spot rate will not change

D. A requirement to use only physical banknotes

Correct Answer: B. The right, but not the obligation, to transact at a specified strike under the contract terms