NISM Certifications · NISM-Series-VIII: Equity Derivatives · Understanding Index
A portfolio worth Rs 50 lakh has a beta of 1.2. A trader wants to fully hedge it using index futures when the index is at 20,000 and the lot size is 50. How many index futures contracts should be sold, to the nearest whole number?
Six futures contracts should be sold. The contract value is 20,000 times 50, or Rs 10 lakh. The beta-adjusted exposure is 1.2 times Rs 50 lakh, or Rs 60 lakh, and dividing by Rs 10 lakh gives 6 contracts.
- A5
- B6Correct
- C4
- D3
Explanation
One contract value = 20,000 x 50 = Rs 10,00,000. Contracts = beta x portfolio value / contract value = 1.2 x 50,00,000 / 10,00,000 = 6. Ignoring beta gives 5. Using 4 or 3 results from wrong contract value or ratio.
Did you get it right without looking?
One question tells you little. A timed set on Understanding Index shows your real accuracy, how long you take and where you lose marks.
More Understanding Index questions
- A stock in an index has a beta of 1.4 and an investor holds a portfolio worth Rs 14,00,000 consisting only of this stock. To fully hedge the…
- Which statement best describes why an index with higher diversification is preferred as an underlying for index derivatives?
- An index has two stocks, A and B, with index market caps of Rs 60,000 crore and Rs 40,000 crore, giving an index value of 1,000. Stock A ris…
- An index has a base value of 1000 and a base market capitalisation of Rs 50,000 crore. If the current free-float market capitalisation of it…
- An index has a base value of 1000 and a base market capitalisation of Rs 20,00,000 crore. If the current free-float market capitalisation of…
- An index has two stocks. Stock A: price Rs 400, free-float shares 10 crore. Stock B: price Rs 200, free-float shares 30 crore. Base free-flo…