NISM Certifications · NISM-Series-X-A: Investment Adviser (Level 1) · Portfolio Performance Measurement and Evaluation
Mr. Iyer invested Rs 1,00,000 in a fund. At the end of year 1 it was worth Rs 1,20,000. He then added Rs 30,000 at that point, and at the end of year 2 the total value was Rs 1,35,000. What is the time-weighted annual (geometric) return over the two years, closest to?
The time-weighted annual return is about 3.92%, from the square root of 1.20 times 0.90 minus one. The data given do not produce any listed option, so this question is flawed.
- A6.07%Correct
- B12.50%
- C6.25%
- D35.00%
Explanation
Year 1 return = 20%, so the factor is 1.20. Year 2 starts with 1,20,000 + 30,000 = 1,50,000 and ends at 1,35,000, a return of -10%, factor 0.90. Two-year growth = 1.20 x 0.90 = 1.08. The annualised figure is the square root of 1.08, minus 1, which is about 3.92%. Checking the options, none matches 3.92%, so recompute: sqrt(1.08) = 1.0392, so 3.92%. The listed key 6.07% is therefore incorrect for this data.
Did you get it right without looking?
One question tells you little. A timed set on Portfolio Performance Measurement and Evaluation shows your real accuracy, how long you take and where you lose marks.
More Portfolio Performance Measurement and Evaluation questions
- Portfolio A has a return of 12%, beta of 0.9 and the risk-free rate is 5%. The market return is 11%. Using CAPM, what is Jensen's alpha for …
- Caselet: Ms. Kapoor holds a diversified equity portfolio. Her portfolio returned 11% while its benchmark index returned 9%. The portfolio's …
- A portfolio has a return of 14%, a standard deviation of 20% and a beta of 1.2. The risk-free rate is 6%. What is its Sharpe ratio?
- Which measure of portfolio performance compares the excess return of a portfolio over its benchmark with the tracking error (standard deviat…
- Caselet: Ms. Rao's portfolio returned 12% last year. The risk-free rate was 5%, the market return was 11%, and the portfolio beta was 1.2. U…
- An adviser compares a portfolio's returns with its benchmark's returns and wants to measure the active return per unit of the standard devia…