Treasury, Liquidity and Funding Management

Introduction and strategic context

Treasury management is the disciplined management of an institution’s cash, liquidity, funding, financial risks and related balance-sheet resources. In a multinational bank or corporation, treasury is not merely an operational function that pays invoices or arranges short-term borrowing. It is a strategic capability that connects business growth, foreign-exchange markets, money markets, capital allocation, regulatory resilience and enterprise risk management.

Liquidity is often described as the ability to meet obligations when they fall due without unacceptable loss. This definition has two dimensions. Funding liquidity concerns the ability to obtain cash, either from available balances or borrowing. Market liquidity concerns the ability to sell or hedge an asset quickly without materially affecting its price. An institution may possess valuable assets but still fail if those assets cannot be converted into cash at the required time.

For a multinational institution, liquidity management is complicated by multiple currencies, jurisdictions, legal entities, time zones, capital controls, tax rules, transfer restrictions and different market conventions. A surplus in euros may not be immediately usable to meet a dollar obligation. Similarly, a parent company’s balance sheet cannot always be assumed to support a subsidiary, especially during a stress event.

Treasury therefore seeks to answer five connected questions:

1. How much cash will the institution need, and when?
2. Which currencies and legal entities will hold or require that cash?
3. Which assets can be monetised and under what conditions?
4. What funding sources are reliable, diversified and cost-effective?
5. How should liquidity risk, foreign-exchange risk and internal capital usage be priced and governed?

The objective is not to minimise cash balances mechanically. Excess liquidity may reduce return on equity, while insufficient liquidity can create insolvency, forced asset sales, reputational damage and regulatory intervention. Effective treasury aims for resilience at an economically justified cost.

Learning objectives

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

• distinguish cash management, liquidity management and funding management;
• prepare a short-term cash and liquidity forecast;
• construct a funding plan using money-market and committed sources;
• calculate and interpret liquidity gaps, buffers, ratios and weighted funding costs;
• explain working-capital and foreign-exchange implications for multinational institutions;
• design principles for internal funds-transfer pricing;
• evaluate treasury policies, contingency funding plans and governance controls;
• assess the limitations of models and the managerial consequences of liquidity stress.

1. Treasury architecture and responsibilities

A modern treasury normally performs four related functions.

1.1 Cash management

Cash management concerns the timing, location and control of cash receipts and payments. It includes bank-account structures, payment factories, collection arrangements, cash pooling, netting, receivables management, payment controls and intraday liquidity. The central question is operational: will the correct amount of money be available in the correct account and currency at the required time?

1.2 Liquidity management

Liquidity management covers the capacity to meet both expected and unexpected obligations. It includes liquidity forecasting, liquid-asset portfolios, collateral management, stress testing, liquidity limits and contingency planning. Liquidity management is broader than cash management because it includes assets and committed sources that can generate cash.

1.3 Funding management

Funding management determines how assets and activities are financed. Sources may include operating cash flows, customer deposits, commercial paper, certificates of deposit, repurchase agreements, bank facilities, bonds, subordinated debt and equity. Funding management considers tenor, currency, counterparty concentration, refinancing risk, legal constraints and all-in cost.

1.4 Financial-risk management

Treasury commonly manages interest-rate, foreign-exchange, counterparty, settlement and sometimes commodity risks. These risks interact. For example, a foreign-currency loan may be cheap in nominal terms but create a cash shortfall if revenues are earned in another currency. A derivative may hedge an exchange-rate exposure but require collateral during a period when liquidity is already scarce.

A sound operating model separates responsibilities without isolating them. The front office executes funding and hedging transactions; middle office measures risk, validates limits and independently reports exposures; back office confirms, settles and reconciles transactions. The treasury committee or asset–liability committee (ALCO) sets strategic limits and resolves conflicts between profitability and resilience.

2. Cash-flow forecasting and liquidity-gap analysis

2.1 Forecast horizons

Forecasting should use several horizons because different decisions require different levels of precision:

Forecasts should distinguish contractual cash flows from behavioural cash flows. Contractual flows arise from legally specified dates. Behavioural flows estimate what customers or counterparties are likely to do, such as the renewal of deposits, early repayment of loans or drawdown of committed facilities.

2.2 Net cash-flow equation

For a specified period, the basic cash-flow identity is:

where NCF_t is net cash flow during period t, I_t is cash inflow, and O_t is cash outflow. All variables must be measured in the same currency and over the same time interval. The identity is descriptive, not a forecast model; the quality of the result depends on the assumptions used to estimate inflows and outflows.

Opening and closing cash are related by:

where C_t is closing cash, C_t−1 is opening cash, F_t is net external funding during the period, and M_t is the net cash effect of market transactions, such as asset sales, collateral movements or derivative settlements. In a simple cash budget, M_t may be included within inflows and outflows; it is shown separately here to emphasise treasury actions.

2.3 Cumulative liquidity gap

A liquidity gap compares available cash and inflows with required outflows. A simple period gap is:

where A_t is cash and other immediately available resources at the beginning of period t. A negative G_t indicates a financing requirement before considering additional funding actions.

The cumulative gap over periods 1 through T is:

This calculation assumes that cash flows are additive, consistently measured and not double-counted. It does not automatically account for asset haircuts, collateral calls, transfer restrictions or the different liquidity value of currencies.

Worked example: a short-term cash plan

An institution begins Monday with £18 million of available cash. Expected inflows and outflows are:

Assume no external funding and no market-value adjustment. The daily net flows are −£5m, −£6m and +£5m. Closing balances are therefore:

• Monday: £18m − £5m = £13m;
• Tuesday: £13m − £6m = £7m;
• Wednesday: £7m + £5m = £12m.

The minimum projected balance is £7m on Tuesday. If management requires a £10m operating minimum, the plan contains a £3m shortfall on Tuesday. The treasury could pre-fund £3m, accelerate collections, delay discretionary payments or use a committed facility. The arithmetic identifies the need; it does not determine which action is optimal.

3. Liquidity buffers and stress testing

3.1 The liquidity buffer

A liquidity buffer is a stock of cash and high-quality assets that can be used to meet obligations during disruption. Buffer assets should have reliable cash-conversion characteristics, low market and credit risk, operational availability and appropriate currency denomination. Typical instruments include central-bank reserves, cash, government securities and certain high-quality money-market instruments.

The usable value of a securities buffer is not necessarily its market value. A conservative formulation is:

where UB is usable buffer, C is cash, MV_i is the market value of asset i, h_i is the haircut applied to that asset, and R represents other restrictions or reserves that cannot be used. Haircuts are dimensionless percentages. The formula assumes that assets are independently monetisable and that haircut-adjusted values are additive. In practice, correlated market stress may make realised values lower.

3.2 Stress scenarios

A credible stress programme combines institution-specific and market-wide scenarios. Examples include:

• sudden withdrawal of a proportion of deposits;
• loss of unsecured wholesale funding;
• downgrade-triggered collateral calls;
• widening credit spreads and declining security prices;
• foreign-exchange depreciation that increases the domestic value of foreign-currency obligations;
• operational disruption to payment systems;
• parent-subsidiary transfer restrictions;
• reputational events that accelerate outflows.

Stress tests should examine both magnitude and timing. A £100m outflow spread over twelve months is not equivalent to a £100m outflow tomorrow. They should also identify management actions, such as monetising securities, raising secured funding, reducing lending, suspending dividends or activating a contingency funding plan.

3.3 Liquidity metrics

Institutions use both regulatory and internal measures. Common metrics include:

• Liquidity coverage ratio (LCR): high-quality liquid assets divided by net cash outflows over the specified stress horizon. In simplified form:

HQLA denotes eligible high-quality liquid assets and NCOF denotes prescribed net cash outflows. Regulatory definitions, inflow caps, stress assumptions and eligibility rules must be applied; the simplified ratio is not a substitute for the applicable regulation.

• Net stable funding ratio (NSFR): available stable funding divided by required stable funding over a longer structural horizon. Its implementation depends on regulatory categories and prescribed weights.
• survival horizon: the time until available liquidity is exhausted under a stated scenario;
• unencumbered-asset ratio: the proportion of assets available for secured funding or sale;
• concentration measures: dependence on one currency, market, depositor, lender or maturity bucket.

Metrics should be interpreted together. A strong aggregate ratio can conceal a severe dollar shortfall, an intraday settlement problem or assets trapped in a subsidiary.

4. Short-term funding and money-market instruments

4.1 Funding sources

A funding plan should map each source to its tenor, currency, legal entity, collateral requirement, rollover risk and stress availability.

The cheapest nominal instrument is not necessarily the cheapest economic source. Treasury should include interest, fees, collateral opportunity cost, hedge cost, liquidity value and expected refinancing cost.

4.2 Funding cost

For a funding instrument, a simple all-in annualised cost can be represented as:

where k is the all-in annualised cost, r is the quoted interest rate or spread, f is the annualised fee component, c is the annualised collateral or balance-sheet cost, and h is the annualised cost of any required foreign-exchange or interest-rate hedge. The terms must be expressed on a comparable annual basis. This is an analytical approximation; taxes, option value, default probability and nonlinear collateral effects may require a more sophisticated valuation.

For several funding sources, the weighted average funding cost is:

where w_j is the proportion of total funding supplied by source j, k_j is its comparable annual cost and ∑w_j = 1. The measure is meaningful only when the sources have comparable risk, tenor, currency treatment and measurement conventions.

Worked example: comparing funding sources

Suppose an institution requires $50m for three months. It can issue commercial paper at an annual rate of 5.20% with a 0.10% annualised fee, or enter a repo at 4.80% with an annualised collateral cost of 0.25%. Ignoring day-count differences and assuming simple annualisation:

• commercial paper cost = 5.20% + 0.10% = 5.30%;
• repo cost = 4.80% + 0.25% = 5.05%.

For three months, using one-quarter of the annual cost, the approximate dollar costs are:

• commercial paper: $50m × 5.30% × 0.25 = $662,500;
• repo: $50m × 5.05% × 0.25 = $631,250.

Repo is cheaper by $31,250 under the stated assumptions. However, this conclusion changes if collateral is scarce, a haircut is imposed, margin calls are likely or the repo counterparty is less reliable. A funding decision must therefore combine price and resilience.

5. Working-capital and cash-conversion management

Working capital links treasury with operating performance. The cash-conversion cycle measures the time between paying suppliers and collecting from customers:

where CCC is the cash-conversion cycle in days, DIO is days inventory outstanding, DSO is days sales outstanding, and DPO is days payable outstanding. The identity assumes that the three measures are calculated on compatible bases. For example, inventory and cost of sales should not be mixed arbitrarily with revenue.

Common definitions are:

A lower CCC generally reduces financing needs, but aggressive reductions may damage supplier relationships, product availability or customer service. Treasury should work with procurement, sales, operations and finance rather than impose cash targets in isolation.

Receivables in foreign currencies create a second issue: the timing of collection and the exchange rate at which the cash is realised. Supplier payments may be hedged through forwards, natural hedges or currency clauses. The correct choice depends on forecast certainty, hedge-accounting objectives, counterparty exposure and transaction costs.

6. Multicurrency liquidity and foreign-exchange exposure

6.1 Currency-specific liquidity

Liquidity is not perfectly fungible across currencies. A euro surplus cannot necessarily settle a yen obligation without conversion, and conversion may be impossible or expensive during market disruption. Treasury should prepare currency-by-currency cash-flow forecasts and then assess:

• convertibility and capital controls;
• local central-bank access;
• correspondent-bank capacity;
• settlement cut-off times;
• availability of foreign-exchange swaps and forwards;
• legal-entity restrictions on upstreaming cash;
• collateral eligibility by currency.

A useful management practice is to maintain both a consolidated liquidity view and a “stand-alone entity” view. The consolidated view captures group diversification; the stand-alone view prevents the group from assuming transfers that may not be legally or operationally available.

6.2 Transaction, translation and economic exposure

Transaction exposure arises when a contractual foreign-currency cash flow changes domestic-currency value before settlement. Translation exposure arises when financial statements of a foreign operation are translated into the reporting currency. Economic exposure concerns the longer-term effect of exchange rates on competitiveness, revenues, costs and enterprise value.

A net currency position can be expressed as:

where NP_c is the net exposure in currency c, A_c is currency assets, CFⁱⁿ_c is expected inflow, L_c is currency liabilities, CF^out_c is expected outflow, and H_c is the effective hedge position. Positive values indicate a net long position under the stated sign convention. Forecast flows should be probability-weighted or separated into committed and forecast categories; otherwise the apparent hedge may exceed the underlying exposure.

6.3 Foreign-exchange swaps and funding

An FX swap combines an exchange of currencies on one date with a reverse exchange on a later date. It can support temporary currency funding, but it does not eliminate liquidity risk. The institution remains exposed to rollover risk, counterparty risk, collateral calls and changes in swap pricing. A currency mismatch may therefore be transferred across time rather than removed.

7. Funds-transfer pricing and internal allocation

Funds-transfer pricing (FTP) is an internal framework for assigning the economic cost or benefit of funding, liquidity, capital and sometimes market risk to businesses, products and legal entities. It supports pricing, performance measurement, product design and strategic resource allocation.

A robust FTP system should distinguish:

• the marginal cost of funding by currency and tenor;
• liquidity-buffer and contingent-liquidity costs;
• optionality, such as early withdrawal or undrawn commitments;
• credit and capital costs, which should not be hidden inside a funding rate;
• direct transaction costs and hedge costs;
• benefits from stable funding or operational deposits.

A simple product contribution equation is:

The equation is a management-accounting framework, not a universal valuation identity. Each term must have a documented definition, and double-counting must be avoided. For example, if credit spread is already included in a funding curve, it should not be charged again as a separate cost.

A matched-maturity approach assigns a funding curve to the expected tenor of each asset or liability. A pooled approach uses an average pool cost. Matched-maturity methods generally provide stronger product signals, while pooled methods may be simpler but can obscure maturity and liquidity risk. Behavioural assumptions are essential for products with uncertain lives, such as non-maturity deposits and revolving credit facilities.

FTP governance should be transparent, independently reviewed and stable enough for business decisions. It should not be manipulated to make a preferred business line appear profitable.

8. Treasury policy, governance and contingency planning

A treasury policy converts risk appetite into operational rules. It should specify:

• permitted instruments, counterparties and markets;
• minimum cash and liquidity buffers;
• currency, tenor and maturity limits;
• concentration and rollover limits;
• collateral and margin requirements;
• delegated authorities and trading limits;
• escalation thresholds and reporting frequency;
• model validation, data quality and independent controls;
• requirements for legal-entity and country-level liquidity;
• documentation and audit trails.

The contingency funding plan (CFP) identifies early-warning indicators, decision rights, communication protocols, available actions and order of execution during stress. Early-warning indicators may include deposit outflows, declining unencumbered assets, widening funding spreads, reduced market depth, increased collateral requirements and rating deterioration.

A CFP is credible only if it is operationally tested. A listed asset is not a reliable source if it is already pledged, held in a restricted subsidiary, ineligible at the central bank or impossible to sell during the assumed stress. Funding lines should be tested periodically, subject to documented drawdown conditions and supported by current legal agreements.

9. Case study: illustrative multinational liquidity programme

Background

A fictional company, Meridian Components Group, manufactures electronic parts in the United Kingdom, Germany and Singapore. Its reporting currency is sterling. It receives 45% of sales in euros, 25% in US dollars and the remainder in sterling. Major supplier payments are in euros and Singapore dollars. The group has a sterling revolving credit facility, euro cash in Germany and dollar commercial paper issued by the parent.

Problem

The group’s treasury forecast shows a consolidated cash surplus for the next quarter. However, the Singapore subsidiary has a projected SGD 18m shortfall in six weeks, while the German entity has excess euros that cannot be freely upstreamed because of local working-capital and regulatory requirements. The parent also has $30m of commercial paper maturing in seven weeks. Management initially proposes using the euro surplus to repay sterling debt, but the proposal ignores currency, timing and legal-entity constraints.

Analysis

Treasury prepares a thirteen-week forecast by entity and currency. It separates committed customer receipts from uncertain receipts and includes tax, payroll, supplier, debt and derivative-collateral flows. It identifies three risks:

1. the Singapore shortfall is a currency-specific and entity-specific funding need;
2. the commercial-paper maturity creates refinancing risk in dollars;
3. the consolidated surplus overstates immediately transferable liquidity.

The group calculates an operational buffer for each entity and applies conservative haircuts to securities. It then runs a stress scenario involving a 20% delay in customer collections, a 10% supplier prepayment requirement and a 15% depreciation of SGD against sterling. The stress increases the sterling value of Singapore’s dollar-equivalent obligations and reduces the value of available local cash when measured against group requirements.

Approach and solution

The treasury committee approves the following plan:

• arrange a committed SGD facility for the Singapore subsidiary rather than relying on an uncommitted spot conversion;
• retain German euros for local obligations and use a documented intercompany loan only within legal and tax limits;
• pre-fund part of the dollar commercial-paper maturity through a secured dollar facility;
• hedge highly probable euro and dollar supplier payments using a layered policy, while leaving uncertain forecast sales partially unhedged;
• maintain separate entity-level buffers and a consolidated buffer;
• introduce an FTP charge for committed liquidity and currency basis costs so that business units recognise the resources they consume;
• test the CFP by drawing a small amount under the SGD and dollar facilities and confirming settlement, documentation and collateral processes.

Outcome

The group accepts a slightly higher expected funding cost than the original proposal, but materially reduces rollover, currency and transferability risks. Management also improves the quality of its forecasts by assigning owners to each major cash-flow assumption. The treasury dashboard now reports cash, available committed funding, unencumbered assets, currency gaps and survival horizon by legal entity.

Learning points

The case demonstrates that consolidated cash is not equivalent to usable liquidity. Currency, location, timing, legal constraints and collateral all matter. It also shows why a funding plan should be assessed under stress rather than only at the expected case, and why internal pricing is needed to make liquidity consumption visible to operating managers.

10. Technology, data and contemporary developments

Treasury technology increasingly integrates enterprise-resource-planning systems, bank APIs, payment platforms, market-data services, treasury-management systems and risk engines. Application programming interfaces can improve intraday visibility, while automated reconciliation reduces operational errors. However, automation does not correct poor source data or flawed assumptions.

Artificial intelligence and machine-learning tools may support anomaly detection, cash-flow classification and forecasting of recurring receipts. Their use requires governance over data lineage, explainability, model drift, human override and cybersecurity. A model that predicts ordinary payment behaviour may fail during a bank run or geopolitical event because the underlying relationships have changed. AI should therefore augment, not replace, scenario analysis, expert judgement and formal controls.

Contemporary treasury practice also reflects:

• faster payment systems and near-real-time settlement;
• increased attention to intraday liquidity and operational resilience;
• central clearing and changing margin requirements;
• digital assets and tokenised deposits, where legally and operationally relevant;
• climate and geopolitical risks affecting collateral, supply chains and funding access;
• regulatory emphasis on recovery planning, resolvability and legal-entity liquidity.

The practical implication is that treasury must be both quantitative and institutional. Systems, contracts, people, counterparties and governance determine whether a balance-sheet resource is truly available.

11. Challenges and limitations

Liquidity forecasting is inherently uncertain. Customer behaviour may change nonlinearly, markets may become one-sided and correlations may rise during stress. Historical data can be misleading because severe liquidity events are rare and structural conditions evolve.

Key limitations include:

• model risk in behavioural assumptions and stress parameters;
• double-counting of liquidity resources across entities or scenarios;
• optimistic treatment of asset-sale prices and market depth;
• failure to include collateral and margin flows;
• neglect of intraday timing and payment-system cut-offs;
• overreliance on committed facilities that contain conditions or material-adverse-change clauses;
• inadequate treatment of currency basis and convertibility risk;
• conflicts between profit targets and conservative liquidity policies.

Ethically, treasury managers must not conceal liquidity weakness through aggressive assumptions, unsupported netting or selective reporting. Senior management needs information that is timely, complete and decision-useful, especially when the message is commercially inconvenient. Governance should protect escalation and challenge rather than reward the appearance of low funding cost at the expense of resilience.

Best-practice checklist

A professionally managed treasury should:

1. forecast cash by currency, entity and time bucket;
2. distinguish committed, probable and speculative cash flows;
3. maintain usable, unencumbered liquidity buffers;
4. diversify funding by instrument, tenor, currency and counterparty;
5. measure both expected and stressed liquidity gaps;
6. incorporate collateral, margin, settlement and intraday requirements;
7. test transferability assumptions and legal restrictions;
8. align FTP with marginal funding and liquidity costs;
9. maintain an actionable and tested contingency funding plan;
10. ensure independent risk oversight, data controls and auditability.

Chapter Summary

Treasury, liquidity and funding management connect day-to-day cash operations with strategic balance-sheet management. Cash management ensures that payments and collections occur correctly; liquidity management ensures that obligations can be met under expected and stressed conditions; funding management determines how activities are financed at an acceptable cost and risk.

The central analytical tools are cash-flow forecasts, liquidity-gap schedules, usable-buffer calculations, stress tests, funding-cost comparisons, working-capital metrics and currency-exposure measures. These tools must be applied by currency and legal entity, because a consolidated surplus may not be transferable or usable. Liquidity buffers require haircuts and operational tests, while funding choices must reflect collateral, rollover and market-access risks rather than quoted rates alone.

Working-capital discipline can reduce financing requirements, but excessive pressure may harm operations. Foreign-exchange swaps and hedges manage exposures but introduce counterparty, collateral and rollover considerations. FTP makes funding and liquidity consumption visible to business units and supports better pricing and performance measurement. Finally, treasury policy, ALCO oversight, contingency funding plans, technology controls and ethical reporting are essential to resilience. The strategic treasury objective is not maximum cash or minimum cost in isolation; it is reliable access to appropriately structured liquidity at an economically justified cost.

Key Terms

Treasury management: Coordinated management of cash, liquidity, funding and financial risks.

Funding liquidity: Ability to obtain cash to meet obligations when due.

Market liquidity: Ability to transact an asset without materially affecting its price.

Liquidity buffer: Cash and readily monetisable assets reserved for obligations and stress.

Liquidity gap: Difference between available resources plus inflows and required outflows.

Cash pooling: Centralisation or coordination of cash balances across accounts or entities.

Working capital: Current operating resources and obligations involved in the cash cycle.

Cash-conversion cycle: Time between payment to suppliers and collection from customers.

Rollover risk: Risk that maturing funding cannot be renewed or can be renewed only at excessive cost.

Haircut: Reduction applied to an asset’s market value when assessing usable liquidity.

Encumbered asset: Asset pledged or otherwise unavailable for unrestricted use.

Committed facility: Contractually available funding subject to stated terms and conditions.

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

Funds-transfer pricing: Internal allocation of funding, liquidity and related balance-sheet costs.

ALCO: Asset–liability committee responsible for balance-sheet and liquidity oversight.

Contingency funding plan: Prearranged framework for responding to liquidity stress.

Survival horizon: Time until liquidity resources are exhausted under a specified scenario.

Intraday liquidity: Cash available during the operating day for settlement and payment obligations.

Net stable funding ratio: Structural measure comparing stable funding available with stable funding required.

Liquidity coverage ratio: Measure comparing eligible liquid assets with stressed near-term net outflows.

Review Questions

Short Answer Questions

1. Distinguish funding liquidity from market liquidity.
2. Why should a multinational institution prepare currency-specific liquidity forecasts?
3. What is the purpose of applying a haircut to a liquidity-buffer asset?
4. Identify three factors that should be included in an all-in funding cost.
5. What is the role of a contingency funding plan?

Long Answer Questions

1. Explain how treasury, liquidity management and funding management interact within a multinational institution.
2. Describe a robust process for preparing a thirteen-week cash-flow forecast, including behavioural assumptions and governance.
3. Compare commercial paper, repurchase agreements, committed bank facilities and long-term debt as funding sources.
4. Explain the purpose, benefits and limitations of funds-transfer pricing.
5. Discuss how stress testing should incorporate currency, collateral, legal-entity and market-liquidity risks.

Analytical / Application Questions

1. An institution has $25m of cash, $40m of securities subject to a 12% haircut and $8m of restricted balances. It faces $55m of stressed outflows. Calculate its usable buffer and determine whether a shortfall exists, assuming no further inflows.
2. A group reports a consolidated cash surplus, but one subsidiary has a local-currency deficit and cannot receive unrestricted intercompany funding. Design a funding and governance response that addresses timing, currency and legal-entity risks.
3. A business unit appears highly profitable under pooled FTP but unprofitable under matched-maturity FTP. Analyse why the results differ and recommend which information management should use for product pricing and strategic decisions.

Multiple Choice Questions with Answers

Question 1

Which statement best distinguishes funding liquidity from market liquidity?

A. Funding liquidity concerns obtaining cash; market liquidity concerns selling assets without materially moving prices.

B. Funding liquidity concerns accounting profit; market liquidity concerns tax expense.

C. Funding liquidity concerns foreign exchange; market liquidity concerns interest rates only.

D. Funding liquidity concerns long-term capital; market liquidity concerns payment authorization.

Correct Answer: A. Funding liquidity concerns obtaining cash; market liquidity concerns selling assets without materially moving prices.

Question 2

An institution begins with £18m, has net cash flows of −£5m, −£6m and +£5m over three days, and receives no funding. What is the minimum projected balance?

A. £5m

B. £7m

C. £12m

D. £18m

Correct Answer: B. £7m

Question 3

A security portfolio has a market value of $40m and a 12% haircut. Ignoring restrictions, what is its haircut-adjusted value?

A. $4.80m

B. $28.80m

C. $35.20m

D. $45.45m

Correct Answer: C. $35.20m

Question 4

Which item is most likely to create a currency-specific liquidity problem?

A. A surplus in one currency that cannot be converted or transferred during stress

B. A diversified portfolio of same-day domestic cash balances

C. A reduction in office rent payable in the reporting currency

D. A decrease in the number of internal management reports

Correct Answer: A. A surplus in one currency that cannot be converted or transferred during stress

Question 5

Using the simplified relationship CCC = DIO + DSO − DPO, if DIO is 50 days, DSO is 40 days and DPO is 30 days, what is the cash-conversion cycle?

A. 20 days

B. 60 days

C. 80 days

D. 120 days

Correct Answer: C. 80 days

Question 6

A repo has a quoted annual cost of 4.80% and an annualised collateral cost of 0.25%. What is its approximate all-in annual cost before other adjustments?

A. 4.55%

B. 4.80%

C. 5.05%

D. 5.30%

Correct Answer: C. 5.05%

Question 7

What is the primary purpose of funds-transfer pricing?

A. To eliminate all foreign-exchange risk from the institution

B. To allocate economic funding and liquidity costs to businesses and products

C. To replace external financial statements

D. To guarantee that every business unit reports a profit

Correct Answer: B. To allocate economic funding and liquidity costs to businesses and products

Question 8

Which characteristic makes a contingency funding plan credible?

A. It lists assets without checking whether they are encumbered.

B. It relies exclusively on historical average cash flows.

C. It has tested actions, decision rights, communication protocols and verified funding access.

D. It assumes all subsidiaries can freely transfer cash to the parent.

Correct Answer: C. It has tested actions, decision rights, communication protocols and verified funding access.

Question 9

Why can a consolidated liquidity ratio conceal risk?

A. Ratios can never include cash.

B. It may hide a currency, intraday or legal-entity shortfall behind an aggregate surplus.

C. Consolidated ratios always exclude liabilities.

D. A consolidated ratio measures only market profitability.

Correct Answer: B. It may hide a currency, intraday or legal-entity shortfall behind an aggregate surplus.

Question 10

Which practice best reduces the risk of double-counting liquidity resources?

A. Reporting the same committed facility separately for every subsidiary and for the group without adjustment

B. Reconciling entity-level resources to the consolidated view and documenting transferability assumptions

C. Excluding all committed facilities from every analysis

D. Treating forecast sales as equivalent to cash on hand

Correct Answer: B. Reconciling entity-level resources to the consolidated view and documenting transferability assumptions