Global Treasury, Liquidity and Asset–Liability Management

Introduction

A multinational bank may appear profitable and adequately capitalized while remaining vulnerable to a shortage of a particular currency, an adverse movement in interest rates, or the inability to transfer funds between legal entities. Global treasury and asset–liability management (ALM) therefore coordinate funding, liquidity, market risk, capital and intragroup cash across currencies, maturities and jurisdictions.

Treasury typically executes funding and hedging transactions, manages cash and collateral, and operates internal transfer-pricing systems. The asset–liability committee (ALCO) establishes risk appetite, approves policies and reviews balance-sheet exposures. Business units originate assets and liabilities but should face internal prices reflecting the funding, liquidity, optionality and capital resources they consume.

Learning Objectives

After studying this chapter, students should be able to:

1. construct and interpret multicurrency liquidity and maturity-gap reports;
2. calculate liquidity coverage, structural funding and interest-rate-risk measures;
3. select appropriate instruments for funding and hedging currency and interest-rate exposures;
4. explain matched-maturity funds transfer pricing;
5. apply regulatory, economic and stress-based capital-allocation methods;
6. design liquidity stress tests and a contingency funding plan; and
7. evaluate governance, technology and regulatory issues in global treasury.

1. The Global Treasury–ALM Framework

A bank transforms short-term or withdrawable funding into loans and securities with longer or uncertain maturities. It also transforms currencies, interest-rate characteristics and liquidity. These transformations generate earnings but create risk.

Effective ALM must distinguish the consolidated banking group from its subsidiaries and branches. A surplus in one entity is not necessarily available to another because of capital controls, ring-fencing, tax, collateral, resolution or supervisory restrictions.

Figure: Treasury converts ALCO’s risk appetite into internal prices, cash transfers, funding and hedging transactions.

2. Multicurrency Funding and Liquidity

2.1 Liquidity risk is currency-specific

Funding liquidity risk is the risk that a bank cannot meet obligations when due without unacceptable loss. Market liquidity risk concerns the inability to sell or hedge an asset promptly at a reasonable price. The risks interact: a bank facing deposit withdrawals may need to sell securities into an illiquid market.

A consolidated cash surplus can conceal a currency deficit. Treasury should therefore prepare cash-flow ladders by:

• currency;
• legal entity and branch;
• contractual and behavioural maturity;
• secured and unsecured status;
• normal and stressed conditions; and
• availability of collateral and central-bank facilities.

For currency c and time bucket t, the incremental gap is:

where I_c,t is cash inflow and O_c,t is cash outflow, both measured in currency units during the bucket. The cumulative gap through bucket T is:

Here B_c,0 is immediately available opening cash. Negative cumulative gaps identify funding requirements. Contractual ladders should be supplemented by behavioural assumptions because non-maturity deposits, revolving facilities and prepayable loans do not behave according to a single contractual date.

2.2 Sources of multicurrency funding

Banks obtain currency funding from customer deposits, interbank borrowing, repurchase agreements, certificates of deposit, commercial paper, senior or subordinated debt, covered bonds, securitization and central-bank facilities. Alternatively, they can convert funding through foreign-exchange swaps or cross-currency swaps.

In an FX swap, the bank exchanges currencies at spot and reverses the exchange at a predetermined forward rate. It creates temporary currency funding without normally creating an unhedged principal exposure if both legs are matched. However, it creates rollover, counterparty, collateral and cross-currency-basis risk.

A cross-currency swap exchanges interest payments and usually principal amounts in two currencies. It is better suited to longer-term funding transformation, but accounting, collateral and basis effects must be considered. Covered interest parity provides a benchmark relationship:

where S is the spot price of one unit of foreign currency in domestic currency, F is the corresponding forward price, r_d and r_f are comparable domestic and foreign interest rates, and T is the year fraction. This simple-interest form applies when the quoted rates use compatible simple-interest conventions. Actual market forwards also reflect day-count conventions, bid–ask spreads and cross-currency basis.

2.3 Intragroup cash and trapped liquidity

Centralized cash pooling reduces idle balances and external borrowing. Physical sweeping transfers cash to a concentration account, whereas notional pooling offsets balances for interest calculation without necessarily transferring legal ownership.

Intragroup transfers must be treated as real exposures. Relevant constraints include:

• large-exposure and related-party limits;
• withholding tax and transfer-pricing rules;
• capital and exchange controls;
• depositor preference and resolution requirements;
• local liquidity requirements;
• collateral and documentation; and
• restrictions on upstreaming funds from subsidiaries.

Treasury should not count cash as available to the group unless it is operationally, legally and economically transferable under stress.

3. Regulatory Liquidity Measures

3.1 Liquidity Coverage Ratio

The Liquidity Coverage Ratio (LCR) assesses whether a bank has sufficient high-quality liquid assets (HQLA) to survive a prescribed 30-calendar-day stress period:

Under the Basel framework, net cash outflows are broadly:

The 75% inflow cap ensures that a bank maintains some HQLA rather than relying entirely on expected inflows. Eligibility, haircuts, caps and run-off rates depend on regulatory classification and national implementation. The usual minimum in normal conditions is 100%, although supervisors may permit temporary use of the liquidity buffer during stress.

Worked example: LCR

A bank has 144 million currency units of eligible HQLA after regulatory haircuts. Expected outflows are 220 million and eligible inflows are 90 million. The inflow cap is 0.75 × 220 = 165 million, so the entire 90 million inflow is recognized.

The bank exceeds 100%, but management should also examine currency-level and entity-level positions.

3.2 Net Stable Funding Ratio

The Net Stable Funding Ratio (NSFR) addresses structural funding over a one-year horizon:

Available stable funding (ASF) applies regulatory weights to capital and liabilities according to their expected stability. Required stable funding (RSF) weights assets and off-balance-sheet exposures according to liquidity characteristics and residual maturity. Both numerator and denominator are monetary amounts after weighting.

If ASF is 510 million and RSF is 480 million:

The ratio exceeds 100%, but it does not eliminate short-term cash-flow risk, intraday liquidity risk or shortages in individual currencies.

3.3 Beyond headline ratios

Professional liquidity dashboards also include survival horizon, deposit concentration, secured-funding capacity, asset encumbrance, collateral calls, intraday payment usage and early-warning indicators. Regulatory compliance is a floor rather than a complete treasury strategy.

4. Interest-Rate Risk and Maturity Transformation

Interest-rate risk in the banking book (IRRBB) arises from differences in repricing dates, benchmark rates, embedded options and yield-curve movements. Two complementary perspectives are commonly used:

• Net interest income (NII): short- to medium-term earnings sensitivity.
• Economic value of equity (EVE): present-value sensitivity of assets, liabilities and off-balance-sheet positions.

4.1 Repricing-gap analysis

For time bucket t, the repricing gap is:

where RSA_t and RSL_t are rate-sensitive assets and liabilities repricing in the bucket. Under the simplifying assumptions of a parallel, immediate rate change and uniform pass-through:

Here ∆r is the rate change in decimal form and h_t is the fraction of a year for which the changed rate affects income. This approximation ignores basis differences, customer behaviour, floors, options and non-parallel yield-curve changes.

If one-year rate-sensitive assets equal 420 million and liabilities equal 500 million, the gap is −80 million. For a 1 percentage-point rise lasting a full year:

4.2 Duration and economic value

Modified duration approximates the percentage price response to a small yield change:

where P is present value, D_mod is modified duration measured in years, and ∆y is the yield change in decimal form. The approximation is most accurate for small, parallel shifts and instruments without material option changes. Convexity or full revaluation is preferable for larger shocks.

For a balance sheet:

where A and L are market values of assets and liabilities, while D_A and D_L are their modified durations. The equation follows from EVE = A - L. It permits different asset and liability yield shocks.

Suppose assets are 600 million with duration 3.8 years and liabilities are 540 million with duration 2.2 years. For a parallel 1 percentage-point rise:

4.3 Correct use of interest-rate swaps

A bank holding long-duration fixed-rate assets generally loses economic value when rates rise. A conventional hedge is a pay-fixed, receive-floating interest-rate swap. The payer swap typically gains value when market fixed rates rise because the bank is paying a below-market fixed rate on the existing swap. It therefore provides negative duration that offsets positive fixed-asset duration.

Conversely, a receive-fixed, pay-floating swap generally adds positive fixed-rate duration and would usually increase, not reduce, the exposure of long-duration fixed-rate assets. Hedge effectiveness still depends on notional, maturity, benchmark, payment dates, basis risk, collateral and customer optionality.

5. Funds Transfer Pricing

Funds transfer pricing (FTP) assigns internal funding benefits and costs to products. Without FTP, a lending unit may appear profitable because it receives cheap deposits generated elsewhere, while a deposit unit may receive no credit for providing stable funding.

A matched-maturity FTP rate may be represented as:

The reference rate should match the product’s currency, repricing basis and behavioural maturity. A three-year fixed-rate loan should not be priced using an overnight funding rate merely because current deposits are inexpensive.

Worked application: loan profitability

A three-year fixed-rate loan of 100 million earns 6.10% annually. Treasury assigns:

• matched-term funding curve: 4.00%;
• liquidity premium: 0.45%;
• prepayment-option charge: 0.20%; and
• operational or balance-sheet adjustment: 0.15%.

Thus:

The treasury-adjusted spread is 1.30%, or 1.30 million annually. If expected credit loss is 0.48 million and attributable operating cost is 0.30 million, risk-adjusted income before the capital charge is:

FTP design can create behavioural incentives. Undercharging liquidity encourages long-dated assets; over-rewarding all deposits encourages expensive or unstable balances. Governance should prevent retrospective rate changes designed to shift profit between treasury and business units.

6. Capital Allocation

Capital absorbs unexpected losses, supports confidence and constrains balance-sheet growth. Because capital is scarce, its allocation should guide pricing, portfolio composition and strategic planning.

6.1 Regulatory capital allocation

A straightforward allocation uses each business unit’s risk-weighted assets (RWA):

If a unit has RWA of 300 million and management’s target capital ratio is 12%, its target regulatory capital allocation is 36 million. The target may exceed the legal minimum to provide management buffers.

This method is transparent and consistent with regulatory planning, but it may not capture concentration, interest-rate, liquidity or tail risk fully. A leverage-ratio constraint may also bind even when RWA-based requirements do not.

6.2 Economic capital

Economic capital estimates capital needed to absorb unexpected losses over a specified horizon and confidence level, subject to the bank’s internal model. It can cover credit, market, operational, interest-rate, concentration and other risks.

Expected loss should normally be treated as a pricing or provisioning cost, whereas economic capital supports unexpected loss. Economic capital estimates are model-dependent and sensitive to correlations, data quality and tail assumptions.

Diversification creates an allocation problem: standalone business-unit capital usually sums to more than group capital. One theoretically coherent method is Euler allocation. If total risk capital C(x) is differentiable and positively homogeneous in exposure vector x, then:

Under these conditions, the allocated amounts sum to total capital. Euler allocations measure each unit’s marginal contribution, including diversification. They should not be used mechanically when the risk measure is non-differentiable or lacks the required homogeneity.

6.3 Stress-based and constraint-based allocation

Stress capital measures losses under severe but plausible scenarios, such as recession, sovereign stress or market closure. It captures vulnerabilities that may be understated by historical models. However, scenario choice and management-action assumptions strongly influence results.

In practice, banks face several constraints simultaneously:

• risk-weighted capital ratios;
• leverage ratios;
• stress-test requirements;
• large-exposure limits;
• liquidity and stable-funding requirements;
• loss-absorbing capacity requirements; and
• local legal-entity capital rules.

A constraint-based framework identifies the binding group constraint and assigns shadow costs to activities that consume it. Regulatory capital, economic capital and stress loss should not simply be added because they may measure overlapping risks. Instead, management can maintain separate views and reconcile them at group level.

6.4 Risk-adjusted performance

Risk-adjusted return on capital (RAROC) is commonly expressed as:

Using the loan example, assume allocated economic capital is 9 million:

If the hurdle rate is 11%, economic profit is:

The loan earns a positive accounting contribution but destroys value relative to the required return. Management could reprice it, reduce its capital intensity, obtain collateral or decline it.

6.5 Practical capital-allocation process

A robust process normally follows six stages:

1. forecast exposures, income and losses by business and legal entity;
2. calculate regulatory, leverage, economic and stress-capital views;
3. recognize diversification only where it is credible and transferable;
4. identify binding constraints at group and entity levels;
5. allocate limits and capital budgets to business units; and
6. monitor RAROC, economic profit and actual usage against plan.

Capital allocation should be forward-looking. Allocating only from current balances may reward mature businesses while denying capital to strategically valuable growth opportunities.

7. Liquidity Stress Testing

Stress testing converts vulnerabilities into projected cash requirements. Scenarios should include:

• idiosyncratic stress: rating downgrade, deposit run or operational failure;
• market-wide stress: wholesale market closure, collateral-value declines or currency disruption;
• combined stress: institution-specific weakness during a market crisis; and
• reverse stress: conditions that would make the business model or liquidity position unviable.

Stress assumptions may include deposit run-off, loss of unsecured funding, secured-funding haircuts, derivative margin calls, drawdown of committed facilities, delayed inflows and restrictions on intragroup transfers.

The survival horizon is the first day on which cumulative stressed net cash flow becomes negative after using available counterbalancing capacity:

Only actions operationally executable within the scenario should be counted. Selling an illiquid asset at book value or transferring ring-fenced cash is not credible.

Sensitivity analysis varies individual assumptions, while scenario analysis changes several related variables coherently. Full revaluation is particularly important where options, collateral calls and nonlinear market movements are material.

8. Contingency Funding Planning

A contingency funding plan (CFP) establishes responsibilities and funding actions before a crisis. It should contain:

1. escalation triggers and early-warning indicators;
2. crisis-management authority and contact arrangements;
3. currency- and entity-specific funding needs;
4. an inventory of unencumbered collateral;
5. sequenced funding actions with estimated capacity, timing and cost;
6. central-bank operational readiness;
7. internal and external communication protocols; and
8. testing, simulation and post-exercise remediation.

Possible warning indicators include deposit outflows, widening credit spreads, collateral calls, rating-watch announcements, declining market access and unusually high intraday payment usage.

Actions should be ordered by feasibility and consequences. Drawing central-bank facilities may provide liquidity but can create stigma or disclosure concerns. Asset sales may crystallize losses. Deposit repricing may stabilize balances but damage margins. A CFP must therefore evaluate second-round effects.

9. Illustrative Integrated Case: Meridian International Bank

Background

Meridian International Bank is a fictional multinational bank with operations in the United States, Europe and Asia. Rapid growth in fixed-rate corporate lending has increased interest-rate exposure. Its US entity also has a 30-day liquidity deficit, while surplus euro cash is partly ring-fenced.

Problem

The US banking book holds 500 million of fixed-rate assets with modified duration of 4.2 years. Associated liabilities are 430 million with duration of 0.9 years. The US entity has 90 million of HQLA, 150 million of stressed outflows and 50 million of eligible inflows. Group businesses also compete for limited capital.

Analysis

For a parallel 1 percentage-point rise in yields:

Meridian therefore loses approximately 17.13 million of EVE before convexity and basis effects.

The LCR position is:

The entity is below the normal 100% benchmark. The euro surplus cannot be assumed available because of transfer restrictions.

For capital planning, the businesses have the following profiles:

Amounts are in millions. Regulatory target capital of 55.2 million is binding at group level relative to economic capital of 48 million. The two views are retained separately rather than added.

Economic-capital RAROCs are:

• Corporate banking: 4.2 ÷ 26 = 16.15%;
• Markets: 1.5 ÷ 17 = 8.82%;
• Payments: 0.7 ÷ 5 = 14.00%.

Approach and solution

First, treasury enters a pay-fixed, receive-floating swap. Assume the swap’s value increases by approximately 3.6% of notional for a 1 percentage-point rate rise. The first-order hedge notional is:

This is an initial sensitivity hedge, not a permanent exact hedge. Treasury must monitor curve, basis, amortization and prepayment mismatches.

Second, the US entity issues 20 million of term debt with no contractual outflow inside 30 days and retains the proceeds as eligible cash. Assuming no other LCR effects, HQLA rises to 110 million:

Third, ALCO preserves the 55.2 million regulatory capital budget but also uses Euler economic capital for risk-adjusted evaluation. Markets earns only 8.82% against an 11% hurdle, so management reduces low-return positions and reprices capital-intensive services. Corporate banking and payments remain above the hurdle.

Fourth, the euro surplus is excluded from immediately usable US liquidity until legal, tax and operational transfer tests are satisfied. This prevents false comfort from consolidated reporting.

Outcome

The hedge substantially reduces first-order exposure to rising rates, the term issue restores the US LCR above 100%, and capital is redirected toward higher risk-adjusted returns. Residual basis, optionality, rollover and legal-entity risks remain subject to limits and stress tests.

Learning points

• Currency and legal-entity liquidity cannot be inferred from a consolidated total.
• Long-duration fixed-rate assets are generally hedged by paying fixed and receiving floating.
• Regulatory and economic capital provide different, complementary decision views.
• A compliant ratio does not eliminate concentration, rollover or intraday risk.

10. Governance, Ethics and Regulation

Treasury decisions can shift profits and risks across business units or jurisdictions. Ethical and governance concerns include manipulating FTP, concealing trapped liquidity, optimistic behavioural assumptions, window dressing around reporting dates and using intragroup transactions to evade local safeguards.

Good governance requires independent model validation, documented assumptions, limit escalation, hedge authorization, collateral controls and regular ALCO challenge. Recovery and resolution planning should be consistent with treasury assumptions about transferability and central-bank access.

Accounting treatment also matters. An economically valid hedge may produce earnings volatility unless hedge-accounting requirements are satisfied. Accounting outcomes should inform implementation, but they should not replace sound risk management.

11. Technology and Contemporary Developments

Modern treasury platforms integrate core banking, trading, payment, collateral and market-data systems. Application programming interfaces and real-time payment systems improve cash visibility but increase intraday liquidity and operational-resilience demands.

Machine-learning models can support deposit-behaviour forecasting, anomaly detection and cash-flow prediction. Their use requires explainability, data-quality controls, validation and human oversight. Models trained mainly on stable periods may fail during a run.

Other developments include instant payments, shorter securities-settlement cycles, tokenized deposits, climate-related stress scenarios, benchmark-rate reform and increasing supervisory attention to non-bank funding links. These changes reinforce the need for timely data and scenario-based management rather than exclusive reliance on historical averages.

12. Best-Practice Principles

A resilient global treasury should:

• measure liquidity by currency, entity and time horizon;
• maintain reliable behavioural models and conservative overlays;
• use matched-maturity FTP;
• hedge sensitivities rather than accounting labels alone;
• allocate capital using multiple reconciled views;
• protect unencumbered collateral and operational access to facilities;
• test severe combined scenarios and reverse stresses;
• maintain executable contingency actions; and
• ensure independent oversight of models, transactions and assumptions.

Chapter Summary

Global treasury and ALM coordinate funding, liquidity, interest-rate risk, capital and intragroup cash. Cash-flow ladders reveal currency- and maturity-specific gaps, while the LCR and NSFR assess short-term liquidity buffers and structural funding. Repricing gaps measure approximate earnings sensitivity, whereas duration and EVE analysis assess economic-value exposure.

Fixed-rate assets with positive duration are generally hedged using pay-fixed, receive-floating swaps. Matched-maturity FTP assigns the costs of funding, liquidity and optionality to the activities that generate them. Capital allocation should distinguish regulatory, leverage, economic and stress-based requirements, recognize diversification carefully and support RAROC-based decisions.

Stress testing and contingency funding plans transform balance-sheet vulnerabilities into executable management actions. Strong governance is essential because liquidity transferability, model assumptions, internal pricing and capital allocation all involve judgment and can create incentives to understate risk.

Key Terms

Asset–liability management: Coordinated management of balance-sheet funding, liquidity and market risks.

ALCO: Senior committee responsible for balance-sheet and treasury strategy.

Behavioural maturity: Estimated effective maturity based on customer behaviour rather than contract alone.

Contingency funding plan: Prearranged framework for managing a liquidity crisis.

Cross-currency swap: Contract exchanging interest and usually principal cash flows in different currencies.

Economic capital: Internal estimate of capital required to absorb unexpected losses.

Economic value of equity: Present value of assets minus the present value of liabilities.

Euler allocation: Marginal-contribution method for allocating a homogeneous risk measure.

Foreign-exchange swap: Spot currency exchange combined with a reverse forward exchange.

Funds transfer pricing: Internal pricing system assigning funding benefits and costs.

High-quality liquid assets: Eligible assets expected to remain liquid during stress.

Interest-rate risk in the banking book: Risk arising from adverse interest-rate movements in banking-book positions.

Liquidity Coverage Ratio: Ratio of HQLA to 30-day stressed net cash outflows.

Modified duration: Approximate percentage price sensitivity to a small yield change.

Net Stable Funding Ratio: Ratio of available stable funding to required stable funding.

RAROC: Risk-adjusted income divided by allocated economic capital.

Repricing gap: Rate-sensitive assets minus rate-sensitive liabilities within a time bucket.

Survival horizon: Period before stressed available liquidity becomes negative.

Trapped liquidity: Cash that cannot readily be transferred or used elsewhere in a group.

Review Questions

Short Answer Questions

1. Distinguish funding liquidity risk from market liquidity risk.
2. Why should a bank produce liquidity reports by currency and legal entity?
3. What is the purpose of the LCR inflow cap?
4. Explain why a pay-fixed, receive-floating swap can hedge fixed-rate assets.
5. What is matched-maturity funds transfer pricing?

Long Answer Questions

1. Explain how global treasury, ALCO, business units and risk management interact.
2. Compare the LCR and NSFR in terms of purpose, horizon and limitations.
3. Discuss NII and EVE approaches to measuring interest-rate risk.
4. Evaluate regulatory, economic, stress-based and constraint-based capital allocation.
5. Design the principal components of a contingency funding plan.

Analytical / Application Questions

1. A bank has HQLA of 180 million, 30-day outflows of 260 million and eligible inflows of 100 million. Calculate and interpret its LCR, applying the inflow cap.
2. Assets of 800 million have modified duration of 3.5 years, while liabilities of 720 million have duration of 1.8 years. Estimate the EVE effect of a parallel 0.75 percentage-point rate rise.
3. Develop an FTP and capital-allocation approach for a five-year prepayable mortgage portfolio funded partly by non-maturity deposits.

Multiple Choice Questions with Answers

Question 1

A bank has eligible HQLA of 120 million, 30-day outflows of 180 million and eligible inflows of 60 million. What is its LCR?

A. 66.7%

B. 80.0%

C. 100.0%

D. 120.0%

Correct Answer: C. 100.0%

Question 2

Which interest-rate swap would generally reduce the duration exposure of long-duration fixed-rate assets?

A. Receive fixed and pay floating

B. Pay fixed and receive floating

C. Receive fixed on both legs

D. Pay floating on both legs

Correct Answer: B. Pay fixed and receive floating

Question 3

A one-year bucket contains rate-sensitive assets of 350 million and rate-sensitive liabilities of 410 million. Under a uniform 1 percentage-point rate rise lasting one year, what is the approximate change in NII?

A. An increase of 6.0 million

B. An increase of 0.6 million

C. A decrease of 0.6 million

D. A decrease of 6.0 million

Correct Answer: C. A decrease of 0.6 million

Question 4

Which statement best describes the NSFR?

A. It compares HQLA with 30-day net cash outflows

B. It compares available stable funding with required stable funding

C. It measures only intraday payment obligations

D. It measures accounting equity relative to total assets

Correct Answer: B. It compares available stable funding with required stable funding

Question 5

Why may surplus cash in a foreign subsidiary be unavailable to the banking group?

A. All foreign cash automatically expires after 30 days

B. Foreign cash is excluded from every consolidated balance sheet

C. Legal, regulatory or operational restrictions may prevent transfer

D. Cash cannot be exchanged through foreign-exchange markets

Correct Answer: C. Legal, regulatory or operational restrictions may prevent transfer

Question 6

A loan earns 6.4%, while its matched-maturity FTP rate is 5.1%. What is its treasury-adjusted spread before credit and operating costs?

A. 1.3%

B. 5.1%

C. 6.4%

D. 11.5%

Correct Answer: A. 1.3%

Question 7

A business unit has RWA of 250 million and a target capital ratio of 12%. What target regulatory capital is allocated using the RWA method?

A. 20 million

B. 25 million

C. 30 million

D. 36 million

Correct Answer: C. 30 million

Question 8

Risk-adjusted income is 1.8 million and allocated economic capital is 15 million. What is RAROC?

A. 8%

B. 10%

C. 12%

D. 15%

Correct Answer: C. 12%

Question 9

Which assumption is appropriate when calculating usable liquidity in a stress test?

A. Every asset can be sold immediately at book value

B. Ring-fenced cash is always transferable

C. Only operationally executable management actions should be recognized

D. All expected inflows must occur without delay

Correct Answer: C. Only operationally executable management actions should be recognized

Question 10

What is the principal purpose of an FTP liquidity premium?

A. To reward activities solely according to accounting revenue

B. To assign the cost of liquidity consumption to relevant products

C. To eliminate all credit losses from lending

D. To replace regulatory liquidity requirements

Correct Answer: B. To assign the cost of liquidity consumption to relevant products