Capital, Liquidity Regulation and Prudential Compliance

Introduction and context

Banks and insurers perform maturity transformation: they use relatively short-term, withdrawable or uncertain funding to support longer-term and less liquid assets. This function creates economic value, but it also creates vulnerability. A bank may be solvent in the long run yet unable to meet payments today; conversely, it may have cash but insufficient capital to absorb losses. Prudential regulation addresses both dimensions by requiring institutions to maintain loss-absorbing capital, adequate liquidity, robust risk-management systems and credible recovery arrangements.

The Basel framework is not a single international banking law. It is a set of internationally agreed minimum standards implemented through national legislation and supervisory practice. Basel III strengthened the quality and quantity of capital, introduced liquidity standards, constrained leverage and improved market- and counterparty-risk measurement. Insurance regulation follows a related but distinct logic: solvency must reflect the risk profile of underwriting liabilities, investments, reinsurance and operational activities. Solvency II in the European Union is a prominent example, while other jurisdictions apply frameworks such as risk-based capital systems or IFRS 17 alongside prudential solvency rules.

This chapter develops the regulatory concepts needed by treasury officers, risk analysts, compliance professionals and future banking and insurance managers.

Learning objectives

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

1. Explain the purpose and structure of regulatory capital.
2. Calculate and interpret common Basel capital, leverage, LCR and NSFR measures.
3. Distinguish credit, market, operational and counterparty-risk requirements.
4. Explain ICAAP, ILAAP, recovery planning and supervisory review.
5. Relate banking prudential standards to insurance solvency principles.
6. Evaluate implementation, governance, ethical and technological challenges.

1. Prudential regulation: the underlying rationale

Prudential regulation exists because financial institutions generate external effects. The failure of one bank can impair payment systems, reduce credit supply and transmit losses through interbank, derivatives and securities markets. Deposit insurance can protect retail depositors but may also create moral hazard: if losses are partly borne by a public scheme, managers and creditors may have incentives to accept excessive risk.

Three ideas explain the architecture of prudential regulation:

• Loss absorption: capital absorbs unexpected losses before depositors and other senior creditors are affected.
• Liquidity resilience: liquid resources and stable funding allow an institution to meet obligations during stress.
• Governance and supervision: measurement systems are useful only when supported by controls, accountability, disclosure and credible supervisory intervention.

Capital is not simply cash. It is a funding claim that can absorb losses, usually without creating an immediate contractual obligation to repay. Liquidity is the ability to meet obligations when due, preferably without unacceptable cost or forced asset sales. Solvency concerns whether the value of assets exceeds liabilities after recognizing relevant losses. The concepts are related but not interchangeable.

2. Regulatory capital and risk-weighted assets

2.1 Capital hierarchy

Basel capital is divided into tiers according to quality and permanence:

• Common Equity Tier 1 (CET1): common shares, retained earnings and qualifying reserves, subject to regulatory deductions. CET1 is the highest-quality capital because it is permanent, subordinated and available to absorb losses while the bank remains a going concern.
• Additional Tier 1 (AT1): instruments that are perpetual or sufficiently loss-absorbing, often with discretionary coupons and contractual conversion or write-down features.
• Tier 2: subordinated instruments that primarily support gone-concern loss absorption, subject to eligibility requirements and amortisation rules near maturity.
• Total capital: CET1 plus eligible AT1 plus eligible Tier 2, after regulatory adjustments.

Typical deductions include goodwill, certain intangible assets, deferred tax assets dependent on future profitability and investments that may create double counting of capital. The precise treatment depends on the applicable jurisdiction.

2.2 Risk-weighted assets

Risk-weighted assets (RWA) translate exposures into a regulatory measure of risk. Under the standardized approach, exposures receive prescribed risk weights. Under approved internal-ratings-based approaches, banks may use models subject to supervisory permission, validation and minimum standards.

For a simple portfolio:

Here, Exposureᵢ is the regulatory exposure amount for asset i, and Risk weightᵢ is expressed as a decimal. Both must be measured on a consistent basis. The relationship is a regulatory aggregation rule, not a forecast of actual loss. Risk weights do not eliminate concentration risk, model risk or correlations that may become severe in stress.

The principal capital ratios are:

These ratios are meaningful only when capital and RWA are calculated under the same regulatory regime and reporting date. Minimum requirements are supplemented by buffers, including the capital conservation buffer, countercyclical buffer where activated, and requirements for systemically important institutions. A bank may therefore comply with the minimum ratio yet face distribution restrictions or supervisory action if its combined buffer is inadequate.

Worked example: capital ratios

Assume a bank has CET1 of $900 million, eligible AT1 of $150 million, eligible Tier 2 of $200 million and RWA of $8,000 million. Then:

• CET1 ratio = 900 ÷ 8,000 × 100% = 11.25%.
• Tier 1 ratio = (900 + 150) ÷ 8,000 × 100% = 13.125%.
• Total capital ratio = (900 + 150 + 200) ÷ 8,000 × 100% = 15.625%.

The result does not by itself establish compliance. The analyst must compare each ratio with the applicable minimum, buffers, Pillar 2 requirement and any systemic-risk surcharge.

3. The leverage ratio

Risk weights can be manipulated through portfolio composition, model assumptions or low assigned weights. The Basel leverage ratio therefore provides a non-risk-weighted backstop:

The exposure measure generally includes on-balance-sheet assets and specified off-balance-sheet exposures, with regulatory adjustments. Derivatives and securities-financing transactions require specialized treatments to avoid understating exposure. The leverage ratio is not a substitute for risk-sensitive capital ratios: it can constrain a low-risk bank and may fail to distinguish high- and low-risk assets. Used together, the measures reduce the chance that either risk sensitivity or simplicity becomes a regulatory weakness.

4. Liquidity regulation

4.1 Liquidity risk and stress assumptions

Liquidity risk includes funding liquidity risk—the inability to obtain funds or sell assets—and market liquidity risk—the inability to sell an asset quickly without a large price concession. Stress can arise from retail withdrawals, wholesale funding non-renewal, collateral calls, credit-rating downgrades, derivative margin requirements or reputational events. Liquidity regulation therefore combines quantitative ratios, stress testing, limits, contingency funding plans and governance.

4.2 Liquidity Coverage Ratio

The Liquidity Coverage Ratio (LCR) is designed to ensure that a bank holds enough high-quality liquid assets (HQLA) to cover net cash outflows over a 30-calendar-day stress period:

Net cash outflows equal stressed cash outflows minus stressed cash inflows, subject to regulatory caps and recognition rules. HQLA are assets that can be converted into cash rapidly with little loss of value. Level 1 assets generally receive the most favorable treatment; Level 2 assets are subject to haircuts and composition limits. A haircut reduces the recognized value of an asset:

The formula assumes that market value and haircut are measured consistently. For example, an asset worth $100 million with a 15% haircut contributes $85 million before any applicable caps.

Worked LCR example

A bank holds $600 million of eligible Level 1 HQLA and $200 million of eligible Level 2 assets. The Level 2 assets have a 15% haircut, so their recognized value is $170 million. Suppose stressed 30-day cash outflows are $1,000 million and recognized inflows are $300 million. Net outflows are $700 million.

Recognized HQLA = 600 + 170 = $770 million.

LCR = 770 ÷ 700 × 100% = 110%.

The bank exceeds a 100% benchmark in this simplified illustration. In practice, Level 2 caps, inflow caps, collateral eligibility, currency considerations and supervisory assumptions must be applied.

An LCR above 100% does not guarantee survival. A stress may last longer than 30 days, assets may become unacceptable collateral, or multiple institutions may sell similar assets simultaneously. Treasury should therefore monitor survival horizons, intraday liquidity and stressed funding capacity as well as the regulatory ratio.

4.3 Net Stable Funding Ratio

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

ASF reflects the stability of funding sources, such as capital, longer-term wholesale funding and appropriately stable deposits. RSF reflects the liquidity characteristics and maturity of assets and off-balance-sheet exposures. Stable funding is generally assigned higher ASF factors; illiquid or long-term assets require more RSF.

An NSFR of at least 100% in the Basel standard indicates that available stable funding is sufficient for the required amount. The measure discourages excessive reliance on short-term wholesale funding to support illiquid assets. It can, however, increase funding costs and may affect credit pricing, securitisation and market-making decisions.

LCR and NSFR are complementary. LCR addresses short-term survival under stress; NSFR addresses structural funding. Neither replaces a detailed cash-flow forecast.

5. Market risk and counterparty credit risk

5.1 Market risk

Market risk is the possibility of loss from movements in interest rates, foreign exchange rates, equity prices, commodity prices, credit spreads or volatility. The Basel market-risk framework distinguishes the trading book from the banking book and requires governance over trading intent, valuation, risk limits and model use.

The revised market-risk framework emphasizes expected shortfall (ES) for internal-model approaches rather than relying solely on value at risk (VaR). VaR estimates a loss threshold at a specified confidence level and horizon; it does not describe the average loss beyond that threshold. Expected shortfall focuses on the tail average and is more informative for severe losses, although it is model- and data-dependent.

A simplified historical expected-shortfall estimate can be written as:

Here α is the confidence level, such as 97.5%, and the calculation assumes a defined holding period, consistent loss observations and an appropriate treatment of liquidity horizons. This is a conceptual expression; regulatory implementation includes liquidity-horizon scaling, risk-factor modellability requirements, stress calibration and non-modellable risk-factor capital.

Market-risk controls include independent price verification, prudent valuation adjustments, stress tests, sensitivities, limit monitoring and model validation. A delta sensitivity, for example, approximates the change in portfolio value for a small change in an underlying market factor, but nonlinear instruments require additional measures such as gamma and vega.

5.2 Counterparty credit risk

Counterparty credit risk is the risk that a derivatives, securities-financing or similar counterparty defaults before final settlement and leaves a positive replacement cost. It differs from ordinary lending because exposure changes with market prices and may be reduced by collateral and netting.

The standardized approach for counterparty credit risk uses an exposure-at-default concept broadly represented as:

α is a regulatory multiplier; replacement cost reflects current positive exposure after recognized collateral, while potential future exposure represents possible future increases in exposure. Exact regulatory definitions and supervisory parameters apply. Netting is recognized only where legally enforceable, and collateral must satisfy eligibility, valuation and margin requirements.

Counterparty controls include credit limits, independent collateral management, daily margining, legal opinions on netting, wrong-way-risk identification and central clearing where appropriate. Central clearing reduces bilateral exposures in some markets but concentrates risk in central counterparties and does not eliminate margin or liquidity risk.

6. Pillar 2: ICAAP and ILAAP

Basel regulation is commonly organized into three pillars:

1. Pillar 1: minimum capital requirements for specified risks.
2. Pillar 2: supervisory review of risks, governance and capital adequacy.
3. Pillar 3: market discipline through disclosures.

6.1 ICAAP

The Internal Capital Adequacy Assessment Process (ICAAP) is the bank’s forward-looking process for assessing whether its capital is adequate for its risk profile and strategy. It should include material risks not fully captured under Pillar 1, such as concentration, interest-rate risk in the banking book, pension, strategic, reputational and model risks.

A sound ICAAP normally integrates:

• risk appetite and business strategy;
• identification and measurement of material risks;
• capital planning under baseline and adverse scenarios;
• management buffers above regulatory minima;
• governance, data quality and independent challenge;
• recovery triggers and escalation procedures.

ICAAP is not merely a document prepared for the supervisor. It should influence pricing, dividends, acquisitions, balance-sheet composition and limits. Stress testing may reveal that a bank satisfies current ratios but would breach requirements after a recession, credit-rating downgrade or sharp interest-rate movement.

6.2 ILAAP

The Internal Liquidity Adequacy Assessment Process (ILAAP) assesses whether liquidity and funding are adequate for the bank’s strategy and risk profile. It goes beyond LCR and NSFR by considering intraday needs, legal-entity constraints, collateral mobility, asset encumbrance, market access, concentration of funding and stress-event interactions.

An ILAAP should contain a liquidity risk appetite, cash-flow projections, stress tests, a survival horizon, a liquidity buffer policy, contingency funding plan and governance arrangements. Stress scenarios should include institution-specific, market-wide and combined events. Management must define early-warning indicators and pre-agreed actions, such as reducing asset growth, lengthening funding, raising secured finance or selling liquid assets.

7. Recovery planning and prudential compliance

Recovery planning is designed to restore viability before a bank reaches failure. It is different from resolution planning, which concerns the orderly failure of an institution under the authority of a resolution regime.

A recovery plan generally includes:

• credible recovery options, such as asset sales, capital raising, funding actions or business disposal;
• quantitative and qualitative recovery indicators;
• escalation and decision-making arrangements;
• communication strategies;
• analysis of operational dependencies and obstacles;
• scenario testing and playbooks.

Indicators should be sufficiently early to permit action. A capital trigger based only on breach of a legal minimum is likely to be too late. Recovery options must be assessed for speed, capacity, execution risk, market impact and possible conflict with other actions. Governance is crucial: the board must understand trade-offs, while management information must be timely and reliable.

Prudential compliance is therefore a continuous control system, not a year-end reporting exercise. It includes regulatory interpretation, data lineage, reconciliations, policy ownership, limit monitoring, breach escalation, issue remediation, independent assurance and regulatory communication. “Window dressing”—temporarily altering balance sheets near reporting dates—undermines both compliance and market confidence.

8. Insurance solvency principles

Banks and insurers both require capital and liquidity, but their risk profiles differ. Banks face rapid deposit withdrawals and market funding shocks. Insurers usually collect premiums before claims are paid and must manage uncertain claim frequency, severity, duration and catastrophe exposure.

Risk-based insurance solvency frameworks commonly contain three elements:

• Technical provisions: a best estimate of future cash flows plus a risk margin or equivalent allowance for uncertainty, subject to the applicable accounting and prudential rules.
• Solvency capital requirement: capital needed to withstand a prescribed adverse shock or risk aggregation standard.
• Minimum capital requirement: a lower threshold below which the supervisor expects immediate and serious intervention.

Under a simplified risk-based model, capital needs may be aggregated using a correlation matrix:

SCRᵢ and SCRⱼ are capital charges for risk modules i and j; ρᵢⱼ is the prescribed correlation parameter. The expression is applicable only when the framework specifies this aggregation method and the charges and correlations are measured consistently. It is not a universal law of diversification. Extreme dependence, model error and concentration may make prescribed correlations underestimate actual joint losses.

Important insurance risks include underwriting, reserving, catastrophe, market, credit, operational, liquidity and concentration risk. Reinsurance transfers risk but introduces counterparty risk, basis risk and collectability risk. Insurers must also consider asset-liability matching: long-duration liabilities should be supported by assets whose cash flows and sensitivity to interest rates are appropriate.

Solvency assessment differs from accounting profit. An insurer can report accounting earnings while its economic capital weakens because of interest-rate changes, inflation, adverse development of claims or deterioration in asset quality. Governance should therefore connect actuarial analysis, investment management, enterprise risk management and board oversight.

9. Integrated case: Meridian Financial Group

This is an illustrative case, not a report of a real institution.

Background

Meridian is a medium-sized banking group with corporate lending, residential mortgages, a securities-trading unit and substantial short-term wholesale funding. Its reported ratios are: CET1 10.8%, total capital 14.2%, LCR 103% and NSFR 101%. Management regards the position as compliant and plans rapid loan growth funded partly through three-month certificates of deposit.

Problem

A regional recession causes corporate defaults to rise. At the same time, a social-media rumor leads several corporate depositors to withdraw funds. Bond spreads widen, reducing the market value of securities. Derivative counterparties require additional variation margin. Meridian’s stress testing shows that its LCR would fall to 78% within two weeks and its CET1 ratio to 8.1% after credit losses and higher RWA.

Analysis

The starting ratios provide limited comfort. LCR barely exceeds 100%, leaving little management buffer; NSFR is also close to its threshold, indicating structural dependence on relatively unstable funding. CET1 may remain above a legal minimum in the immediate scenario but could fall below internal risk appetite. The interaction between credit losses, market-value declines, margin calls and deposit withdrawals is more important than any isolated ratio.

The board’s risk committee identifies four weaknesses: insufficiently severe combined stress scenarios, excessive reliance on point-in-time compliance, incomplete intraday liquidity information and a recovery plan whose asset-sale option assumes normal market liquidity.

Approach and solution

Meridian activates its liquidity contingency framework and takes the following actions:

1. preserves HQLA and restricts non-essential collateral movements;
2. lengthens funding maturities and reduces reliance on new short-term certificates of deposit;
3. tightens underwriting and reprices new lending for capital and liquidity costs;
4. reduces trading exposures and reviews counterparty margin forecasts;
5. seeks a capital conservation plan, including retention of earnings;
6. improves depositor communication and confirms access to committed central-bank facilities where eligible;
7. revises ICAAP and ILAAP scenarios to include joint credit, market, funding and operational shocks;
8. validates data feeds and assigns clear ownership for early-warning indicators.

Outcome

After six months, Meridian’s LCR is 128%, NSFR is 109% and CET1 is 10.2%. Growth is slower and funding costs are higher, but the institution has a more credible buffer and recovery plan. Supervisors require enhanced reporting until governance and stress-testing weaknesses are remediated.

Learning points

First, regulatory minima are floors, not strategic targets. Second, capital and liquidity risks are connected: losses can reduce capital, trigger downgrades and create collateral calls. Third, scenario design must reflect correlated shocks and management actions. Finally, compliance is credible only when data, governance, treasury decisions and board oversight are integrated.

10. Governance, ethics and technology

Prudential compliance raises ethical questions as well as technical ones. Managers may be tempted to exploit regulatory boundary distinctions, optimize ratios without reducing underlying risk or delay recognition of losses. A responsible risk culture rewards escalation of bad news and treats customer, depositor and policyholder protection as substantive responsibilities rather than formal obligations.

Boards should approve risk appetite, challenge assumptions, understand model limitations and ensure that incentives do not encourage excessive leverage or maturity transformation. The three lines model—business ownership, independent risk and compliance oversight, and internal audit assurance—can clarify responsibilities, although it cannot replace competent leadership.

Technology improves regulatory reporting through automated data lineage, application programming interfaces, real-time collateral monitoring and scenario engines. Artificial intelligence may assist anomaly detection, cash-flow forecasting and document review. However, AI creates model risk, bias, explainability, cyber risk and data-governance concerns. A machine-learning forecast must not be treated as objective merely because it is complex. Human accountability, validation, access controls, version management and audit trails remain essential.

11. Contemporary developments and limitations

Prudential frameworks continue to evolve in response to digital banking, climate-related financial risks, cyber threats, non-bank financial intermediation and rapid interest-rate changes. Climate risk may affect credit losses, collateral values, insurance claims and market prices, but scenario horizons and data quality remain difficult. Digital deposits can move faster than historical assumptions, challenging traditional run-off parameters. Stablecoins and other forms of digital money may alter payment and liquidity dynamics.

Key limitations include:

• regulatory arbitrage across jurisdictions and sectors;
• dependence on historical data during unprecedented crises;
• procyclicality, since risk weights and market values may worsen during downturns;
• model risk and uncertainty about correlations;
• incomplete recognition of intraday and contingent liquidity needs;
• possible conflicts between accounting, economic and regulatory measures.

Best practice is therefore layered: meet binding standards, maintain management buffers, perform severe but plausible stress tests, diversify funding, control concentrations, validate models, preserve high-quality data and rehearse recovery actions. Professional judgment remains necessary even in highly quantified systems.

Chapter Summary

Prudential regulation protects the financial system by combining capital, liquidity, risk measurement, governance and supervisory review. Basel capital ratios compare different forms of eligible capital with risk-weighted assets, while the leverage ratio supplies a simple backstop against excessive balance-sheet expansion. The LCR addresses 30-day stressed liquidity needs using HQLA and net cash outflows; the NSFR addresses one-year structural funding through ASF and RSF.

Market-risk standards govern trading-book exposures and increasingly emphasize tail-sensitive measures such as expected shortfall. Counterparty credit-risk requirements recognize replacement cost, potential future exposure, collateral and legally enforceable netting. ICAAP and ILAAP extend beyond Pillar 1 by linking risk appetite, strategy, stress testing, capital and liquidity planning. Recovery planning identifies actions to restore viability before failure.

Insurance solvency frameworks apply risk-based capital and technical-provision principles to underwriting, market, credit, operational and catastrophe risks. Across both banking and insurance, ratios are not sufficient on their own. Sound prudential management requires credible data, independent challenge, ethical conduct, realistic stress scenarios, board accountability and continuous supervisory engagement.

Key Terms

Capital: Financial resources available to absorb losses.

CET1: Highest-quality common equity capital available for going-concern loss absorption.

Additional Tier 1: Eligible perpetual or similarly loss-absorbing capital instruments.

Tier 2: Subordinated capital primarily supporting gone-concern loss absorption.

Risk-weighted assets: Regulatory exposure amounts adjusted by prescribed or approved risk weights.

Leverage ratio: Tier 1 capital divided by the regulatory leverage exposure measure.

HQLA: High-quality liquid assets that can be converted into cash rapidly with limited loss.

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

NSFR: Ratio of available stable funding to required stable funding over a structural horizon.

Haircut: Reduction applied to an asset’s value for regulatory recognition.

Market risk: Risk of loss from movements in market prices or rates.

Counterparty credit risk: Risk of loss if a trading counterparty defaults before settlement.

ICAAP: Internal Capital Adequacy Assessment Process.

ILAAP: Internal Liquidity Adequacy Assessment Process.

Recovery plan: Pre-arranged strategy for restoring viability during financial distress.

Technical provisions: Insurance liabilities reflecting expected future claim-related cash flows and uncertainty.

Solvency capital requirement: Risk-based capital requirement for an insurer under the relevant framework.

Pillar 2: Supervisory review of risks, governance and capital adequacy.

Pillar 3: Regulatory disclosure intended to support market discipline.

Review Questions

Short Answer Questions

1. Why are CET1 instruments generally considered higher quality than Tier 2 instruments?
2. Distinguish solvency risk from liquidity risk.
3. What is the purpose of the leverage ratio?
4. What time horizons do the LCR and NSFR principally address?
5. Why are legally enforceable netting agreements important in counterparty-risk measurement?

Long Answer Questions

1. Explain the Basel capital framework, including capital tiers, RWA and buffers.
2. Compare the LCR and NSFR and discuss why a bank needs both measures.
3. Describe the main components of a credible ICAAP and ILAAP.
4. Explain how market risk and counterparty credit risk differ and how each is controlled.
5. Compare banking prudential regulation with risk-based insurance solvency regulation.

Analytical / Application Questions

1. A bank has CET1 of $720 million and RWA of $6,000 million. Calculate its CET1 ratio and explain why the result alone cannot establish compliance.
2. A bank has $500 million of Level 1 HQLA, $100 million of Level 2 assets subject to a 20% haircut, $800 million of stressed outflows and $250 million of recognized inflows. Calculate the simplified LCR and identify at least two regulatory details that would require further checking.
3. Design three combined stress scenarios for a bank whose wholesale funding is short term and whose derivative portfolio creates substantial margin requirements. For each scenario, identify an early-warning indicator and a recovery action.

Multiple Choice Questions with Answers

Question 1

Which component is generally regarded as the highest-quality Basel capital?

A. Common Equity Tier 1

B. Additional Tier 1

C. Tier 2

D. Short-term wholesale funding

Correct Answer: A. Common Equity Tier 1

Question 2

A bank has CET1 of $600 million and RWA of $5,000 million. What is its CET1 ratio?

A. 8%

B. 10%

C. 12%

D. 16%

Correct Answer: C. 12%

Question 3

What does the LCR principally measure?

A. One-year profitability

B. Ability to cover stressed 30-day net cash outflows

C. Expected insurance claims

D. Trading-book duration only

Correct Answer: B. Ability to cover stressed 30-day net cash outflows

Question 4

An asset worth $80 million has a 25% regulatory haircut. What value is recognized before other limits?

A. $20 million

B. $55 million

C. $60 million

D. $75 million

Correct Answer: C. $60 million

Question 5

Which ratio addresses structural funding over approximately a one-year horizon?

A. CET1 ratio

B. LCR

C. Leverage ratio

D. NSFR

Correct Answer: D. NSFR

Question 6

What is the main purpose of the leverage ratio?

A. To provide a non-risk-weighted backstop against excessive leverage

B. To calculate insurance technical provisions

C. To measure only foreign-exchange risk

D. To replace all liquidity metrics

Correct Answer: A. To provide a non-risk-weighted backstop against excessive leverage

Question 7

Which statement best describes ICAAP?

A. A process limited to calculating the LCR

B. A forward-looking assessment of capital adequacy relative to strategy and risks

C. A mandatory method for pricing derivatives

D. A resolution authority’s failure procedure

Correct Answer: B. A forward-looking assessment of capital adequacy relative to strategy and risks

Question 8

Counterparty credit risk in derivatives is distinctive because exposure can:

A. Never change after trade execution

B. Exist only when a customer withdraws deposits

C. Change with market values before final settlement

D. Be eliminated automatically by collateral

Correct Answer: C. Change with market values before final settlement

Question 9

In an insurance risk-aggregation formula, what does a correlation parameter represent?

A. The prescribed relationship between risk modules for aggregation

B. The insurer’s dividend payout

C. The maturity of a government bond

D. The amount of reinsurance premium

Correct Answer: A. The prescribed relationship between risk modules for aggregation

Question 10

Which action is most consistent with credible recovery planning?

A. Waiting until all capital is exhausted

B. Identifying early-warning indicators and executable recovery options

C. Ignoring operational dependencies

D. Relying only on annual financial statements

Correct Answer: B. Identifying early-warning indicators and executable recovery options