GARP 2016-FRR Exam With Confidence Using Practice Dumps

In practice, financial institutions often sum the economic capital required for market, credit, and operational risks to arrive at an aggregate economic capital estimate. This is done because:

Difficulty in Estimating Correlations: Estimating the correlations between different types of risks is complex and data-intensive. These correlations can change over time and under different market conditions, making it challenging to arrive at accurate estimates.

Conservatism: To avoid underestimating the total risk, a conservative approach is often taken by adding up the individual risk capitals. This ensures that the institution holds sufficient capital to cover potential losses from all types of risks, even if they were to occur simultaneously.

Regulatory Guidance: Although regulations encourage a more integrated approach, the lack of precise data often leads banks to use simpler, more conservative methods in practice.

Thus, option B correctly reflects the practical approach taken due to the difficulty in estimating correlations between different risk categories.

A currency swap typically involves four components: an initial exchange of notional amounts in different currencies, periodic exchange of interest payments in different currencies, and a final exchange of notional amounts at maturity. The denomination of the original notional amount into a foreign currency is not a standalone component of a currency swap; it is part of the initial and final exchanges.

Identify the variables:

Haircut in a repo transaction: 20%

This implies that the lender will provide cash equivalent to 80% of the value of the collateral (CDOs in this case).

Calculate the maximum leverage factor:

The leverage factor can be calculated as the reciprocal of the proportion of the value after the haircut.

Leverage factor=1Haircut percentageLeverage factor=Haircut percentage1​

Given a 20% haircut, the calculation is:

Leverage factor=10.20=5Leverage factor=0.201​=5

However, in practice, leverage is often cited with respect to the additional amount borrowed relative to the initial equity. Thus, the effective leverage factor here is:

Leverage factor=10.20−1=4Leverage factor=0.201​−1=4