NISM Certifications · NISM-Series-V-A: Mutual Fund Distributors
Mutual Fund Scheme Performance for NISM Series V-A
Mutual fund scheme performance means measuring what a scheme earned and how much risk it took to earn it. You solve questions by picking the right return measure (absolute, CAGR, XIRR), comparing against the correct benchmark, then judging risk with standard deviation, beta, tracking error and ratios like Sharpe and Treynor.
What this chapter covers
This chapter teaches you how to judge a mutual fund scheme with numbers. You start with return measures: absolute return, CAGR and XIRR. Then you see how NAV changes and dividends feed into returns, and how a scheme is compared with a benchmark. After that come the risk measures and the risk-adjusted ratios.
The chapter has two kinds of content. Some is definitions and rules, such as what a Total Return Index is or what tracking error shows. The rest is short calculations, such as CAGR from two NAVs or Sharpe ratio from three inputs. Both appear as multiple choice questions, so you need to know the formula and the meaning.
It connects to the rest of the paper in three ways. Scheme types and their risk levels explain why returns differ. Fees and expenses explain why gross and net returns differ. Investor suitability and distributor conduct tell you how to use performance data when you talk to a client, and why past performance must not be presented as a promise.
Performance questions are easy to prepare for because the formulas are few and the same ideas repeat. Candidates who learn them properly collect marks that others lose to confusion between similar terms such as Sharpe and Treynor, or CAGR and absolute return. NISM-Series-V-A has no negative marking, so you should attempt every question, but a clear method still saves time on a 100-question, 2-hour paper. The skill also carries into real work, because you will explain returns and risk to clients every day.
Mutual Fund Scheme Performance: topics in the order to study them
- 1Measures of Return: Absolute, CAGR and XIRREvery other topic builds on how return is measured, so learn the basic formulas and when each one applies first.
- 2NAV Based Return and Dividend Adjusted ReturnsThis applies return measures to real scheme data, where NAV changes and payouts must both be counted.
- 3Benchmarking and Total Return IndexA return means little without a yardstick, so you learn what the scheme is compared against and why the index type matters.
- 4Risk Measures: Standard Deviation, Beta and Tracking ErrorYou need to understand risk on its own before you can combine it with return in ratios.
- 5Risk-Adjusted Returns: Sharpe, Treynor and AlphaThese ratios use both return and the risk measures from the previous topic, so they come after it.
- 6Scheme Performance Evaluation and DisclosuresThis closes the chapter by tying the numbers to how performance is judged and what must be disclosed to investors.
How to prepare Mutual Fund Scheme Performance
This chapter rewards a method: understand each measure, then practise a few quick calculations. Use short sessions that suit a phone.
- Write each formula once in your own notes in plain text, with a one-line meaning beside it.
- Practise CAGR and absolute return with simple numbers until you can do them in under a minute.
- Make a two-column list for risk measures: what each one measures, and whether a higher value means more or less risk.
- Compare Sharpe and Treynor side by side. Note which risk measure each one divides by.
- For benchmarks, remember the logic: the benchmark must match the scheme's category, and a Total Return Index includes dividends.
- Finish with mixed practice questions, read every option, and review each wrong answer to find the exact term you confused.
Common mistakes in Mutual Fund Scheme Performance
Using absolute return when the question asks for a yearly rate over several years.
Fix: Check the period first. If it is more than a year and a yearly rate is asked, use CAGR.
Mixing up Sharpe and Treynor ratios.
Fix: Tie each name to its denominator: Sharpe uses standard deviation (total risk), Treynor uses beta (market risk).
Forgetting to adjust for dividends when comparing a scheme with its benchmark.
Fix: Remember that payouts lower NAV. Use dividend-adjusted returns and a Total Return Index for a fair comparison.
Treating a high tracking error as good.
Fix: For a scheme meant to follow an index, lower tracking error means closer replication, which is better.
Choosing a benchmark that does not match the scheme category.
Fix: Match the benchmark to the scheme's stated investment universe, such as a debt index for a debt scheme.
Reading past returns as a guide to future returns.
Fix: Remember that past performance may or may not be sustained, and present it with that caution.
Last-day revision: Mutual Fund Scheme Performance
- Absolute return = (end value − start value) ÷ start value, and it ignores time.
- CAGR gives the yearly compounded rate between two values over a period.
- XIRR is used when cash flows happen on different dates, as in SIPs.
- Returns shown for periods under one year are generally absolute; longer periods are annualised.
- Dividend payouts reduce NAV, so scheme returns must be adjusted for them.
- A Total Return Index includes dividends, so it is the fairer benchmark.
- Standard deviation measures how much returns vary around their average.
- Beta measures sensitivity to the market; a beta above 1 means more volatile than the market.
- Tracking error shows how closely a scheme follows its benchmark; it matters most for index funds.
- Sharpe ratio divides excess return over the risk-free rate by standard deviation.
- Treynor ratio divides excess return over the risk-free rate by beta.
- Alpha is the return earned above what the risk taken would explain.
Mutual Fund Scheme Performance practice questions
- Which measure is computed as a scheme's excess return over the risk-free rate divided by the standard deviation of the scheme's returns?
- Which statement best describes the purpose of comparing a scheme's return with its Total Return Index (TRI) benchmark?
- A scheme returned 14% over a year while its benchmark returned 11% over the same period. Which statement about this scheme is correct?
- A scheme returned 18% over a year, while its benchmark returned 14%. The scheme's standard deviation was 12% and its beta was 1.2. If the ri…
- Which statement about a scheme's standard deviation as a performance measure is correct?
- Over a period, a scheme earned 14% with a standard deviation of 10% and a beta of 1.25. The risk-free rate was 6%. What is its Sharpe ratio,…
- An investor invests Rs 10,000 every month through a SIP. Which measure is most appropriate to compute the annualised return on such irregula…
- A scheme's annual returns were +20% in year 1 and -20% in year 2. What is its compounded annual growth rate over the two years, approximatel…
Mutual Fund Scheme Performance in other exams
The same ground in other exams, if you are preparing for more than one or want another angle on it.
Mutual Fund Scheme Performance: frequently asked questions
Is there negative marking in NISM-Series-V-A?
No. The exam has 100 questions, 100 marks and a 2-hour limit, with a pass mark of 50% and no negative marking. You should attempt every question in this chapter.
Do I need to memorise many formulas for this chapter?
Only a few. Know absolute return, CAGR, Sharpe ratio and Treynor ratio, and understand what XIRR, beta, standard deviation, tracking error and alpha mean. Most mistakes come from mixing up terms, not from hard arithmetic.
What is the difference between CAGR and XIRR?
CAGR works for a single investment between two dates. XIRR handles several investments or withdrawals on different dates, such as a monthly SIP, and gives an annualised return for all of them together.
Why is a Total Return Index a better benchmark?
It assumes dividends are reinvested, so it captures the full return from the market. A scheme's return also includes dividends, so comparing it with a Total Return Index is more like for like.