📊 NISM Series V-DChapter 15 of 22⚖ 15 of 150 marks weightage
Ch.15: Introduction to Forwards and Futures
Practice questions for NISM-Series-VD: Mutual Fund - Specialised Investment Fund Distributors Certification Examination, Chapter 15: Introduction to Forwards and Futures — the single heaviest chapter in the syllabus, covering contract specifications, margins, mark-to-market, futures pricing, and hedging/arbitrage applications. Carries 15 out of 150 marks, the largest weightage of any chapter. The exam has 150 MCQs, 60% passing score, and −10% negative marking per wrong answer.
50
MCQ
50
Total Qs
15
Exam Marks
60%
Pass Score
-10%
Neg. Marking
What You Will Learn in This Chapter
Meaning of forward and futures contracts, and why futures were created to overcome forwards' limitations
Contract specifications and terminology: contract size, expiry, basis, cost of carry, margins, mark-to-market, open interest
Payoff charts for long and short futures positions
Futures pricing models — Cost of Carry and Expectations — including fair price calculation and arbitrage
Applications of futures by hedgers, speculators/traders and arbitrageurs, including beta-based portfolio hedging
Key Terms:BasisCost of CarryInitial MarginMark to MarketOpen InterestContangoBackwardationConvenience YieldBetaCash-and-Carry Arbitrage
Multiple Choice Questions (50)
Q1MCQHardArbitrage Types
Which of the following correctly names the three types of arbitrage in the futures market?
ACash-and-carry, reverse cash-and-carry, and inter-exchange arbitrage
BLong hedge, short hedge, and cross hedge
CContango, backwardation, and convenience arbitrage
DBasis arbitrage, tick arbitrage, and margin arbitrage
Q2MCQMediumAssumptions of the Cost of Carry Model
Which of the following is an assumption underlying the Cost of Carry model of futures pricing?
AThere are significant transaction costs and taxes
BThe underlying asset is available in abundance in the cash market and can be sold short
CMargins are always required and factored into the model
DDemand and supply of the underlying must be seasonal
Q3MCQHardBasis
What happens to the basis of a futures contract as it approaches maturity/expiry?
AIt widens indefinitely
BIt becomes zero, since futures and spot prices converge at expiry
CIt doubles compared to its value at contract inception
DIt becomes undefined
Q4MCQMediumBasis
On a day when the spot price of Nifty is 24,894.25 and the futures price is 25,006.60, the basis for Nifty futures is:
APositive, +112.35
BNegative, -112.35
CZero, since it's an index
DCannot be determined without expiry date
Q5MCQMediumBeta and Portfolio Hedging
Stocks or portfolios with a beta greater than 1 are called, and those with beta less than 1 are called:
ASystematic and unsystematic respectively
BAggressive and conservative respectively
CConvenience and carry respectively
DContango and backwardation respectively
Q6MCQHardBeta and Portfolio Hedging
A portfolio has four stocks with betas 0.5, 1.10, 1.30 and 0.90, weighted 35%, 15%, 20% and 30% respectively. The portfolio beta is closest to:
A0.87
B0.95
C1.05
D1.20
Q7MCQHardCalendar Spread
A calendar spread position is:
ATwo positions in futures on different underlyings with the same maturity
BA combination of two positions in futures on the same underlying — long on one maturity and short on a different maturity
CA hedge between the futures market and the cash market only
DOnly available in the commodity derivatives segment, never in equity derivatives
Q8MCQMediumContract Specifications
Index and stock futures contracts on the NSE typically follow which trading cycle?
AA one-month trading cycle only
BA three-month trading cycle (near, next and far month)
CA six-month trading cycle
DAn annual trading cycle
Q9MCQMediumContract Specifications
For a Nifty futures contract with a contract multiplier (lot size) of 65 and a closing futures value of Rs. 24,894.25, the contract value works out to approximately:
ARs. 3,82,988
BRs. 16,18,126
CRs. 24,89,425
DRs. 65,00,000
Q10MCQEasyContract Specifications
Tick size in a futures contract refers to:
AThe minimum move allowed in the price quotation
BThe number of days to expiry
CThe margin percentage charged by the broker
DThe lot size of the contract
Q11MCQHardContract Specifications
Per SEBI's contract-value review effective from November 2024, a new derivative contract must have a value of not less than what amount at introduction, with lot size fixed so the contract value on review stays within a defined band?
ANot less than Rs. 5 lakhs; band of Rs. 5-10 lakhs
BNot less than Rs. 10 lakhs; band of Rs. 10-15 lakhs
CNot less than Rs. 15 lakhs; band of Rs. 15-20 lakhs
DNot less than Rs. 20 lakhs; band of Rs. 20-25 lakhs
Q12MCQMediumConvenience Yield
Convenience yield in futures pricing refers to:
AA guaranteed cash payout to futures holders
BAn intangible benefit or perceived comfort of physically holding an asset, especially during scarcity
CThe margin refunded to arbitrageurs
DA yield exclusive to financial assets like equities and bonds
Q13MCQMediumCost of Carry
For equity derivatives, the cost of carry is best described as:
AStorage cost only
BThe interest paid to finance the purchase, less dividend earned on the asset during the holding period
CBrokerage plus Securities Transaction Tax
DThe bid-ask spread on the underlying
Q14MCQHardCost of Carry
A share is trading at Rs.100 in the cash market. To buy it, a person borrows at 6% p.a. and expects to earn Rs.2 in dividend over the year. His net cost of carry and break-even futures price are:
ACost of carry Rs.8; break-even Rs.108
BCost of carry Rs.4; break-even Rs.104
CCost of carry Rs.6; break-even Rs.106
DCost of carry Rs.2; break-even Rs.102
Q15MCQHardExpectations Model
Under the expectations model of futures pricing, if the futures price of an asset is higher than its spot price, the market is said to be in:
ABackwardation
BContango
CCash-and-carry equilibrium
DConvenience deficit
Q16MCQHardExpiry Day Regulation
Under SEBI's uniform-expiry-day framework for equity derivatives, which statement is correct?
AEach exchange can offer unlimited weekly benchmark index options contracts
BExchanges can choose only Tuesday or Thursday as the expiry day, with only one weekly benchmark index options contract permitted per exchange per week
CExpiry days can be changed by exchanges without SEBI approval
DAll contracts, weekly or monthly, must expire on the first trading day of the month
Q17MCQMediumForward Contracts
Which of the following is an essential feature of a forward contract?
AIt is traded on a centralized exchange
BIt is a bilateral contract where price, quantity, quality and delivery terms are fixed on the day of entering the contract
CMargins are compulsorily collected by a clearing corporation
DIt cannot be altered once agreed, even with mutual consent
Q18MCQEasyForward Contracts
A forward contract is best described as:
AAn agreement made through an organized exchange
BAn agreement made directly between two parties to buy or sell an asset on a specific future date, at terms decided today
CA daily-settled leveraged instrument guaranteed by a clearing corporation
DA standardized contract traded only on the NSE
Q19MCQEasyForward Contracts
In a forward deal, the party who agrees to buy the asset in the future is said to be:
BA centralized trading platform brings all buyers and sellers together through a common order book
CFutures are never subject to margin requirements
DForwards are always mispriced by definition
Q21MCQMediumForwards vs Futures
Regarding counterparty risk, which statement correctly compares forwards and futures?
AForwards have no counterparty risk; futures carry full counterparty risk
BIn forwards, counterparty risk exists (though sometimes reduced by a guarantor); in futures, the clearing agency becomes counterparty to all trades, assuring settlement
CBoth have identical counterparty risk profiles
DFutures counterparty risk is borne entirely by SEBI
Q22MCQEasyFutures Contracts
A futures contract can best be described as:
AA customized bilateral OTC agreement
BA standardized forward contract traded on an organized exchange, with settlement guaranteed by the clearing corporation
CAn option to buy or sell at a fixed price
DA cash-market spot transaction
Q23MCQMediumFutures Contracts
In a futures market, which term of the contract is decided by market forces rather than fixed by the exchange in advance?
AQuality of the underlying
BQuantity/lot size
CPrice — discovered through free interaction of buyers and sellers
DExpiry date
Q24MCQMediumFutures Pricing — Cost of Carry Model
If the futures price falls below the fair futures price (calculated via cost of carry), which arbitrage becomes profitable?
ACash-and-carry arbitrage
BReverse cash-and-carry arbitrage
CInter-market arbitrage only
DNo arbitrage is possible in this scenario
Q25MCQMediumFutures Pricing — Cost of Carry Model
The Cost of Carry model of futures pricing is also known as the:
ARisk-premium model
BNo-arbitrage model
CBeta-adjusted model
DConvenience model
Q26MCQHardFutures Pricing — Cost of Carry Model
Gold spot price is Rs.62,130 per 10g and the 3-month cost of financing/storage/insurance is Rs.100 per 10g. If the 3-month futures is trading at Rs.62,280, which arbitrage is triggered, and what is the risk-free profit?
AReverse cash-and-carry arbitrage; Rs.100 profit
BCash-and-carry arbitrage; Rs.50 profit
CInter-market arbitrage; Rs.150 profit
DNo arbitrage exists since prices already match
Q27MCQHardFutures Pricing — Fair Price Formula
An index trades at 17,500 in the cash market. Cost of financing is 12% p.a. and expected dividend yield is 4% p.a., for a 90-day holding period. Using the non-continuous compounding formula, the fair futures price is closest to:
ARs. 17,500.00
BRs. 17,700.00
CRs. 17,835.26
DRs. 18,200.00
Q28MCQMediumHedging Terminology
When a market participant expects to receive funds in future and wants to lock in current price levels before investing, they would use a:
AShort hedge
BLong hedge
CCross hedge
DCalendar spread
Q29MCQMediumHedging Terminology
When futures contracts on the exact underlying are not available, and a hedger instead uses futures on a closely related asset, this is called:
AShort hedge
BLong hedge
CCross hedge
DNaked position
Q30MCQHardHedging with Index Futures
When hedging the systematic risk of a diversified portfolio using index futures, why is a 1:1 hedge ratio generally NOT appropriate (unlike single-stock futures hedging a single stock)?
ABecause index futures have no margin requirement
BBecause the portfolio being hedged differs in composition and beta from the index underlying the futures contract
CBecause index futures cannot be shorted
DBecause index futures always expire worthless
Q31MCQMediumLimitations of Forwards
Why are forward contracts described as illiquid?
ABecause they are always for very large notional amounts
BBecause they are tailor-made and not listed/traded on exchanges, making it difficult for other participants to access or exit them
CBecause SEBI caps the number of forward contracts per day
DBecause they require government approval before execution
Q32MCQMediumLimitations of Forwards
The risk that a counterparty may fail to fulfil its contractual obligation under a forward contract is called:
ALiquidity risk
BBasis risk
CCounterparty risk (also called default risk or credit risk)
DConvenience yield risk
Q33MCQMediumMargin Account
The amount a market participant must deposit at the time of entering into a futures contract is called the:
AMark-to-market margin
BInitial margin
CConvenience yield
DBasis margin
Q34MCQHardMargin Account
An investor takes a long Nifty futures position at 22,250 with a lot size of 25. If the broker charges 10% of contract value as initial margin, the initial margin payable is:
ARs. 22,250
BRs. 55,625
CRs. 5,56,250
DRs. 1,11,250
Q35MCQMediumMarking to Market
Marking to Market (MTM) in the futures market refers to:
ASettling profits and losses only at the end of the contract's life
BSettling profits and losses on a day-to-day basis throughout the life of the contract
CA one-time margin collected only at contract inception
DA discount applied to illiquid contracts
Q36MCQHardMarking to Market
A trader goes long on Nifty futures at 22,250 (lot size 25). By end of day the contract closes at 22,308.70. The trader's MTM gain for the day is approximately:
ARs. 587
BRs. 1,468
CRs. 2,935
DRs. 58.70
Q37MCQMediumOpen Interest
Open Interest in the futures market refers to:
AThe total volume traded on a given day
BThe total number of contracts outstanding (yet to be settled) for an underlying asset
CThe number of unique traders active in the market
DThe bid-ask spread averaged over the day
Q38MCQMediumOpen Interest vs Volume
Which statement correctly distinguishes open interest from traded volume?
AThey are the same measure expressed in different units
BOpen interest measures outstanding unsettled contracts; traded volume measures market activity (number of contracts traded) over a given period
COpen interest is always higher than traded volume
DTraded volume can never exceed open interest
Q39MCQHardPayoff Charts
A person goes long in a futures contract at Rs.100. If the underlying settles at Rs.70 on expiry, his payoff is:
A+Rs.30 (profit)
B-Rs.30 (loss)
CRs.0 (breakeven)
D-Rs.100 (total loss)
Q40MCQMediumPayoff Charts
For futures contracts, the payoff for both long and short positions is described in the workbook as:
ACapped at a fixed maximum loss
BLinear, with unlimited profit or loss potential
CNon-linear, similar to options
DAlways zero at expiry regardless of price
Q41MCQHardPayoff Charts
A person is short a futures contract at Rs.100. At expiry, the underlying settles at Rs.60. His payoff is:
A-Rs.40 (loss)
B+Rs.40 (profit)
CRs.0 (breakeven)
D+Rs.60 (profit)
Q42MCQMediumPositions in Derivatives Market
A 'naked position' in the futures market means:
AA long or short futures position combined with an equal and opposite position in the underlying asset
BA long or short position in a futures contract without any corresponding position in the underlying asset
CA position that has zero margin requirement
DA position that is automatically squared off at day-end
Q43MCQMediumPositions in Derivatives Market
An outstanding/unsettled buy position in a futures contract is called a:
AShort position
BLong position
CNaked position
DCalendar spread position
Q44MCQEasyPrice Band
The price band of a futures contract is:
AThe exact price at which it will settle on expiry
BThe price range within which the contract is permitted to trade during a day, based on the previous day's closing price
CA margin requirement expressed as a percentage
DThe difference between spot and futures price
Q45MCQMediumPrice Discovery and Convergence
Why do futures and spot prices always converge exactly at the maturity of the futures contract?
ABecause SEBI fixes both prices to be identical by regulation
BBecause final settlement of the futures contract takes place at the closing price of the underlying asset in the cash market
CBecause arbitrage is banned near expiry
DBecause tick size becomes zero on the expiry day
Q46MCQMediumSample Question (Official NISM)
You sold one XYZ stock futures contract at Rs.278 (lot size 1,200) and later bought it back at Rs.265. Your profit/loss is:
A+Rs.16,600
B+Rs.15,600
C-Rs.15,600
D-Rs.16,600
Q47MCQHardSample Question (Official NISM)
You are short one June XYZ futures contract (multiplier 50) at Rs.3,400 and close the position for a Rs.10,000 profit (ignore brokerage). Which closing action produced this profit?
ASelling 1 June XYZ futures contract at 3,600
BBuying 1 June XYZ futures contract at 3,600
CBuying 1 June XYZ futures contract at 3,200
DSelling 1 June XYZ futures contract at 3,200
Q48MCQMediumSettlement Terminology
The daily settlement price of a futures contract is calculated based on:
AThe opening price of the day
BThe last half-an-hour weighted average price of that futures contract
CThe previous day's closing spot price
DAn average of all trades since contract inception
Q49MCQMediumSettlement Terminology
The final settlement price of a near-month futures contract, on its expiration day, is:
AThe average price traded during the day
BThe closing price of the relevant underlying index/stock in the cash segment on the last trading day
CFixed by SEBI in advance
DThe daily settlement price of the previous day
Q50MCQMediumUses of Futures — Hedgers, Traders, Arbitrageurs
Which of the following correctly describes the three broad participant categories in the futures market?
AHedgers reduce risk exposure; traders/speculators take on risk based on a view; arbitrageurs establish an efficient link between markets by locking risk-free profits
BHedgers, traders and arbitrageurs all pursue identical risk-free strategies
COnly hedgers and arbitrageurs participate in futures; traders are exclusive to the cash market
DArbitrageurs take naked positions based on price predictions
About this content: These practice questions are based on the
NISM-Series-VD: Mutual Fund - Specialised Investment Fund Distributors Certification Examination Workbook
published by the National Institute of Securities Markets (NISM), Mumbai (March 2026 edition).
NISM is a SEBI-established institution. Questions cover Chapter 15: Introduction to Forwards and Futures with verified answers and explanations.
BullWiser is an independent exam preparation platform — not affiliated with NISM, SEBI or AMFI.
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