FRM PA EXAM – QUESTIONS AND ANSWERS | VERIFIED AND
WELL DETAILED ANSWERS | PLUS RATIONALES |
GUARANTEED PASS | LATEST EXAM UPDATE
Core Domains
Quantitative Analysis
Market Risk Measurement and Management
Credit Risk Measurement and Management
Operational Risk and Resiliency
Liquidity and Treasury Risk Measurement
Risk Management and Investment Management
Current Issues in Financial Markets
Ethics and Professional Conduct
Introduction
The Financial Risk Manager professional assessment is designed to
evaluate comprehensive competency in identifying, measuring, and
managing various forms of financial risk within modern institutions.
The assessment rigorously evaluates critical skills and technical
knowledge across foundational risk theories, quantitative modeling,
advanced financial instruments, and regulatory frameworks.
Featuring a comprehensive mixture of direct multiple-choice
questions and complex scenario-based items, the assessment
emphasizes real-world application, strategic decision-making, and
sound judgment under uncertainty. Candidates must demonstrate
deep proficiency in navigating market dynamics, credit portfolios,
operational vulnerabilities, and ethical standards to ensure
institutional solvency and regulatory compliance.
SECTION ONE: QUESTIONS 1–100
Question 1
,A risk manager is evaluating a portfolio containing corporate bonds
subject to unexpected rating downgrades. Which of the following risk
measures specifically captures the potential loss due to an adverse
change in credit ratings rather than outright default?
A. Value at Risk
B. CreditMetrics Framework
C. Expected Shortfall
D. Liquidity Coverage Ratio
🟢 B. CreditMetrics Framework
🔴 Explanation: The CreditMetrics framework is specifically designed
to model credit risk resulting from changes in obligor credit quality,
including rating upgrades and downgrades, as well as default events,
using transition matrices.
Question 2
Under the Basel III framework, which of the following capital
requirements is designed to capture the risk of unexpected losses
arising from data entry errors, system failures, and fraudulent
activities?
A. Market Risk Capital Requirement
B. Counterparty Credit Risk Charge
C. Operational Risk Capital Requirement
D. Credit Valuation Adjustment Risk
🟢 C. Operational Risk Capital Requirement
🔴 Explanation: Operational risk capital under Basel III is intended to
cover losses resulting from inadequate or failed internal processes,
people, and systems or from external events, which explicitly includes
fraud and system failures.
Question 3
When estimating Value at Risk (VaR) for a heavy-tailed asset return
distribution, which method naturally accommodates skewness and
,kurtosis without assuming a standard normal distribution?
A. Parametric VaR using the variance-covariance method
B. Historical Simulation VaR
C. Delta-Normal VaR
D. Analytical linear approximation
🟢 B. Historical Simulation VaR
🔴 Explanation: Historical simulation uses actual historical returns,
thereby fully capturing the empirical properties of the distribution,
including fat tails, skewness, and excess kurtosis, without making
distributional assumptions.
Question 4
An investment portfolio manager uses interest rate swaps to hedge a
fixed-income portfolio against parallel shifts in the yield curve. Which
duration measure is most appropriate for assessing the sensitivity of
the portfolio to non-parallel yield curve movements?
A. Macaulay duration
B. Modified duration
C. Key rate duration
D. Effective duration
🟢 C. Key rate duration
🔴 Explanation: Key rate duration measures the sensitivity of a fixed-
income instrument or portfolio to changes in specific maturities along
the yield curve, making it ideal for evaluating non-parallel shifts and
twist scenarios.
Question 5
In the context of credit risk mitigation, a bank enters into a credit
default swap (CDS) to protect against a reference asset default.
Which of the following risks is most likely introduced by this
transaction?
, A. Settlement risk
B. Basis risk
C. Reinvestment risk
D. Call risk
🟢 B. Basis risk
🔴 Explanation: Basis risk arises when the hedging instrument does
not perfectly match the exposure being hedged, such as
discrepancies between the reference asset in the CDS contract and
the actual asset held in the banking book.
Question 6
A liquidity risk manager is monitoring a bank's ability to withstand a
severe 30-day stress scenario. Which regulatory metric specifically
mandates holding a minimum amount of high-quality liquid assets
(HQLA) to cover total net cash outflows over a 30-day stress period?
A. Net Stable Funding Ratio
B. Liquidity Coverage Ratio
C. Leverage Ratio
D. Capital Conservation Buffer
🟢 B. Liquidity Coverage Ratio
🔴 Explanation: The Liquidity Coverage Ratio requires banks to
maintain an adequate reserve of unencumbered HQLA that can be
converted easily into cash to meet liquidity needs over a 30-day
severe stress horizon.
Question 7
Which of the following pricing models for options relaxes the constant
volatility assumption of the Black-Scholes-Merton model by treating
volatility as a stochastic process driven by its own Brownian motion?
A. Cox-Ingersoll-Ross model
B. Vasicek model
WELL DETAILED ANSWERS | PLUS RATIONALES |
GUARANTEED PASS | LATEST EXAM UPDATE
Core Domains
Quantitative Analysis
Market Risk Measurement and Management
Credit Risk Measurement and Management
Operational Risk and Resiliency
Liquidity and Treasury Risk Measurement
Risk Management and Investment Management
Current Issues in Financial Markets
Ethics and Professional Conduct
Introduction
The Financial Risk Manager professional assessment is designed to
evaluate comprehensive competency in identifying, measuring, and
managing various forms of financial risk within modern institutions.
The assessment rigorously evaluates critical skills and technical
knowledge across foundational risk theories, quantitative modeling,
advanced financial instruments, and regulatory frameworks.
Featuring a comprehensive mixture of direct multiple-choice
questions and complex scenario-based items, the assessment
emphasizes real-world application, strategic decision-making, and
sound judgment under uncertainty. Candidates must demonstrate
deep proficiency in navigating market dynamics, credit portfolios,
operational vulnerabilities, and ethical standards to ensure
institutional solvency and regulatory compliance.
SECTION ONE: QUESTIONS 1–100
Question 1
,A risk manager is evaluating a portfolio containing corporate bonds
subject to unexpected rating downgrades. Which of the following risk
measures specifically captures the potential loss due to an adverse
change in credit ratings rather than outright default?
A. Value at Risk
B. CreditMetrics Framework
C. Expected Shortfall
D. Liquidity Coverage Ratio
🟢 B. CreditMetrics Framework
🔴 Explanation: The CreditMetrics framework is specifically designed
to model credit risk resulting from changes in obligor credit quality,
including rating upgrades and downgrades, as well as default events,
using transition matrices.
Question 2
Under the Basel III framework, which of the following capital
requirements is designed to capture the risk of unexpected losses
arising from data entry errors, system failures, and fraudulent
activities?
A. Market Risk Capital Requirement
B. Counterparty Credit Risk Charge
C. Operational Risk Capital Requirement
D. Credit Valuation Adjustment Risk
🟢 C. Operational Risk Capital Requirement
🔴 Explanation: Operational risk capital under Basel III is intended to
cover losses resulting from inadequate or failed internal processes,
people, and systems or from external events, which explicitly includes
fraud and system failures.
Question 3
When estimating Value at Risk (VaR) for a heavy-tailed asset return
distribution, which method naturally accommodates skewness and
,kurtosis without assuming a standard normal distribution?
A. Parametric VaR using the variance-covariance method
B. Historical Simulation VaR
C. Delta-Normal VaR
D. Analytical linear approximation
🟢 B. Historical Simulation VaR
🔴 Explanation: Historical simulation uses actual historical returns,
thereby fully capturing the empirical properties of the distribution,
including fat tails, skewness, and excess kurtosis, without making
distributional assumptions.
Question 4
An investment portfolio manager uses interest rate swaps to hedge a
fixed-income portfolio against parallel shifts in the yield curve. Which
duration measure is most appropriate for assessing the sensitivity of
the portfolio to non-parallel yield curve movements?
A. Macaulay duration
B. Modified duration
C. Key rate duration
D. Effective duration
🟢 C. Key rate duration
🔴 Explanation: Key rate duration measures the sensitivity of a fixed-
income instrument or portfolio to changes in specific maturities along
the yield curve, making it ideal for evaluating non-parallel shifts and
twist scenarios.
Question 5
In the context of credit risk mitigation, a bank enters into a credit
default swap (CDS) to protect against a reference asset default.
Which of the following risks is most likely introduced by this
transaction?
, A. Settlement risk
B. Basis risk
C. Reinvestment risk
D. Call risk
🟢 B. Basis risk
🔴 Explanation: Basis risk arises when the hedging instrument does
not perfectly match the exposure being hedged, such as
discrepancies between the reference asset in the CDS contract and
the actual asset held in the banking book.
Question 6
A liquidity risk manager is monitoring a bank's ability to withstand a
severe 30-day stress scenario. Which regulatory metric specifically
mandates holding a minimum amount of high-quality liquid assets
(HQLA) to cover total net cash outflows over a 30-day stress period?
A. Net Stable Funding Ratio
B. Liquidity Coverage Ratio
C. Leverage Ratio
D. Capital Conservation Buffer
🟢 B. Liquidity Coverage Ratio
🔴 Explanation: The Liquidity Coverage Ratio requires banks to
maintain an adequate reserve of unencumbered HQLA that can be
converted easily into cash to meet liquidity needs over a 30-day
severe stress horizon.
Question 7
Which of the following pricing models for options relaxes the constant
volatility assumption of the Black-Scholes-Merton model by treating
volatility as a stochastic process driven by its own Brownian motion?
A. Cox-Ingersoll-Ross model
B. Vasicek model
