FRR - independent subject foundations study materials
FRR - independent subject foundations study resources

FRR - independent subject foundations cheat sheet

FRR - independent subject foundations · Keep the key ideas within reach.

Quick reference

Bank intermediation, credit and operational foundations

  • Separate capital, liquidity, profitability and credit quality.

  • Assess repayment cash flows and downside exposure, not collateral alone.

  • State interest and coverage-ratio conventions explicitly.

  • An anomaly is a lead for review rather than proof of wrongdoing.

Quick reference

Market, credit, liquidity and model-risk reasoning

  • Expected loss is an average under a stated model, not a maximum.

  • VaR does not bound losses or fully describe the tail.

  • Funding and market liquidity can deteriorate together.

  • Validate models and monitor assumptions, data and intended use.

Quick reference

Investment instruments, portfolios and measured performance

  • Separate instrument claims, timing, fees and risk.

  • Expected return is not a guaranteed outcome.

  • Covariance matters for portfolio volatility and diversification has limits.

  • Use coherent cash-flow, benchmark and valuation assumptions.

Quick reference

Futures, options, swaps and conditional hedging models

  • State direction, size, timeline and contract assumptions.

  • Payoff differs from profit after premiums and costs.

  • Hedging can introduce basis, liquidity and counterparty risk.

  • Margin is collateral and does not generally cap losses.

Quick reference

Financial appraisal, financing and conditional valuation models

  • Define incremental cash flows and the valuation date.

  • Discount rate, cash-flow timing and risk assumptions must be consistent.

  • NPV, IRR, payback and accounting return measure different things.

  • Expected value does not eliminate downside or estimation uncertainty.

  • Supplied model rates are not current market or tax facts.

Quick reference

Economic data, indices and statistical reasoning

  • An index-point change is not automatically an equal percentage change.

  • State the initial-base, midpoint or point elasticity convention.

  • A sample standard error differs from individual-observation dispersion.

  • Correlation and fitted prediction do not by themselves establish causation.

  • Use exact growth-factor ratios when precision matters.