Risks in Investments

Systematic risk, also called market risk, affects all securities in the market simultaneously. It arises from macro‑economic factors such as changes in interest rates, inflation, GDP growth, and geopolitical events. Because it cannot be eliminated through diversification, investors are compensated for bearing it via higher expected returns.

Unsystematic risk is specific to a particular company, sector or asset class. Examples include business risk, credit risk, liquidity risk and operational risk. This risk can be substantially reduced by holding a diversified portfolio of assets that are not perfectly correlated.

For the NISM exam, remember that systematic risk is measured by beta, while unsystematic risk is captured by the residual variance after beta is accounted for. Many exam items ask you to identify which risk type a given scenario belongs to.

• Systematic – market‑wide, non‑diversifiable.
• Unsystematic – firm‑specific, diversifiable.

Interest‑rate risk arises when changes in the policy rate alter the discount rate used for valuing bonds and other fixed‑income securities. A rise in rates typically depresses bond prices and can also affect equity valuations through higher financing costs.

Inflation risk reflects the erosion of purchasing power. If inflation outpaces the nominal return on an asset, the real return becomes negative, which is a key concern for long‑term investors like pension funds.

Currency risk is relevant for Indian investors holding foreign‑denominated assets. Fluctuations in the INR/USD rate can amplify or diminish returns when converted back to rupees. The exam frequently tests the impact of these macro factors on portfolio performance.

Business risk captures the uncertainty surrounding a company's operations, such as product demand, management quality, and competitive positioning. Poor earnings forecasts due to business risk directly affect the stock price.

Credit risk is the possibility that a borrower defaults on principal or interest payments. In the Indian bond market, credit ratings issued by CRISIL, ICRA or CARE help investors gauge this risk.

Liquidity risk occurs when an asset cannot be sold quickly without a substantial price concession. Small‑cap stocks and certain structured products often exhibit higher liquidity risk, which the exam may ask you to identify.

Operational risk involves failures in internal processes, systems or external events like cyber‑attacks. While not always quantified, regulators require disclosures of material operational risks.

Standard deviation quantifies the dispersion of historical returns around the mean, providing a single‑number estimate of total risk. A higher σ indicates that returns are more volatile, which investors demand compensation for via higher expected returns.

In the NISM exam, you may be asked to calculate σ from a set of returns or to interpret a given σ value. Remember that σ reflects both systematic and unsystematic components; it does not separate them.

When comparing two mutual funds, the one with a lower standard deviation is considered less risky, assuming similar return expectations. However, a low σ does not guarantee safety if the fund is heavily exposed to systematic risk.

Beta measures the sensitivity of a security’s returns to movements in the overall market. A beta greater than 1 indicates that the security is more volatile than the market, while a beta less than 1 signals lower volatility.

For the NISM exam, you must be able to interpret beta values: β=0.8 suggests the security will move 0.8% for every 1% market move, implying lower systematic risk. β=1.2 implies higher systematic risk and a higher expected return under the Capital Asset Pricing Model (CAPM).

Beta is derived from historical price data; however, the exam may present beta directly and ask you to classify the risk level or compute the required return using CAPM.

The risk‑return trade‑off principle states that higher expected returns are associated with higher risk. In the Indian market, equity mutual funds typically exhibit higher standard deviation and higher average returns compared to debt funds.

Exam questions often present two assets with given expected returns and risk measures, asking which one lies on the efficient frontier. The asset with a higher return for the same or lower risk is preferred.

Remember that the trade‑off applies to systematic risk for diversified portfolios; unsystematic risk can be mitigated, so the focus shifts to beta and market volatility.

Diversification spreads investments across assets that are not perfectly correlated, thereby reducing unsystematic risk. In practice, a well‑balanced portfolio may include large‑cap equities, government bonds, and gold ETFs.

The NISM syllabus emphasizes that diversification does NOT eliminate systematic risk; beta of the portfolio remains a weighted average of individual betas. Hence, even a diversified Indian equity portfolio will still be exposed to market‑wide movements.

Exam items may ask you to identify the risk component that can be mitigated through diversification, or to calculate the residual risk after diversification using the variance‑covariance matrix (conceptual only, not formula‑driven).

SEBI (Securities and Exchange Board of India) mandates that offer documents for mutual funds, IPOs and other securities contain a clear risk‑disclosure section. The disclosure must enumerate market risk, credit risk, liquidity risk, operational risk and any other material risk specific to the product.

For the exam, remember that the risk‑disclosure clause is part of the prospectus under Schedule I of the SEBI (Mutual Funds) Regulations, 1996. Candidates are often tested on the purpose of this disclosure – to enable investors to make an informed decision.

Failure to provide adequate risk disclosure can lead to regulatory penalties, including fines and suspension of the offering. This underscores the practical importance of risk awareness for research analysts.