Try 10 Series 3 Futures Markets sample questions with explanations, then continue with the full Securities Prep practice test.
Series 3 Futures Markets questions help you isolate one part of the NFA outline before returning to a mixed practice test. The questions below are original Securities Prep practice items aligned to this topic and are not copied from any exam sponsor.
| Item | Detail |
|---|---|
| Exam | NFA Series 3 |
| Official topic | Part 1A - Futures Markets, Contracts, and Core Terminology |
| Blueprint weighting | 25% |
| Questions on this page | 10 |
A customer is long 1 July natural gas futures contract. An AP proposes adding options on that same July futures contract by buying 1 put and selling 1 call with the same strike price and the same expiration, with the intent of “locking in” an effective sale price range and explaining the risk clearly in an email.
Which strategy label most accurately describes this construction for fair, not-misleading communication?
Best answer: C
Explanation: A conversion is long the futures combined with a long put and short call at the same strike and expiration.
The described position is a long futures contract paired with a long put and a short call on that same futures, using the same strike and expiration. That combination is the classic “conversion” construction in futures options terminology. Using the correct label supports fair communications by accurately describing the position’s structure and risk profile.
This is a terminology-and-construction question framed as a fair-communications issue: the AP should use the strategy name that matches what is actually being built. A conversion (in options on futures) is constructed by holding the underlying futures position and adding a put and call at the same strike and expiration in opposite directions.
For a customer who is already long the futures, the conversion adds:
This package is not a straddle/strangle (which are two-option positions without the futures) and not a spread (which involves differing strikes and/or expirations). The key is the same strike, same expiration put/call added to an existing futures position.
A customer buys a call option on a stock index futures contract with a strike equal to the current futures price (at-the-money). At purchase, the option’s delta is approximately 0.50. Over the next few weeks, the futures price rises well above the strike (the call is now in-the-money) and only 10 days remain until expiration.
What is the most likely outcome for the call option’s delta and price sensitivity to the futures price?
Best answer: A
Explanation: As a call becomes more in-the-money and approaches expiration, its delta typically moves closer to +1, increasing price sensitivity.
Delta is the option’s approximate price sensitivity to a small change in the underlying futures price. When a call moves from at-the-money to in-the-money, its delta generally rises above 0.50. With less time remaining, delta tends to move more quickly toward its extreme value, making the option behave more like the futures contract.
Delta describes how much an option’s premium is expected to change for a small change in the underlying futures price (all else equal). For call options, delta is positive and usually ranges from 0 to +1.
In this scenario, the call moved from at-the-money (about 0.50 delta) to in-the-money. As a call gets more in-the-money, it becomes more “futures-like,” so its delta increases toward +1. With only 10 days to expiration, the probability of finishing in-the-money becomes more decisive, so delta typically moves closer to its extreme value (near +1 for an in-the-money call). The key takeaway is that greater in-the-money status and less time remaining both tend to increase a call’s delta toward +1.
A retail customer is bullish on crude oil for the next 3 months. He tells his AP he wants upside exposure but has two constraints: (1) he wants his maximum possible loss known upfront, and (2) he does not want to be required to add funds after the trade is placed.
The AP is deciding whether to recommend buying one crude oil futures contract or buying a crude oil call option.
If the customer chooses the futures contract instead of the call option, what is the primary risk/limitation that matters most for his stated constraints?
Best answer: A
Explanation: A futures buyer has an obligation and can face unlimited adverse price moves requiring additional funds, unlike a long call where loss is limited to the premium.
A long futures position creates a binding obligation that is marked-to-market daily, so adverse price moves can generate variation margin calls and losses beyond the initial deposit. That directly conflicts with wanting a known maximum loss and not wanting to add funds after entry. By contrast, buying a call option provides a right (not an obligation) with loss limited to the premium paid.
The core distinction is obligation versus right. With a futures contract, both the buyer and seller are obligated to perform (or offset) and the position is marked-to-market each day. If the market moves against the customer, the account must pay variation margin, and losses are not limited to the initial margin deposit.
A long call option is different: the buyer has the right, but not the obligation, to buy the futures at the strike price. The maximum loss for the option buyer is the premium paid, so there are no additional margin calls tied to adverse price moves in the same way as a futures position. Key takeaway: futures create potentially open-ended loss and funding obligations; long options define maximum loss upfront.
Which statement correctly contrasts the rights and obligations of a futures contract with an option on a futures contract?
Best answer: C
Explanation: A futures contract creates mutual obligations, while an option creates a buyer’s right and a writer’s contingent obligation upon exercise.
A futures contract is a bilateral obligation: the long and the short are both bound to perform under the contract terms, with daily mark-to-market managing credit risk. An option on a futures contract is asymmetric: the option buyer controls exercise (a right), while the writer must perform if assigned.
Futures and options differ mainly in whether the position creates a mutual obligation or an elective right. In a futures contract, both counterparties have obligations: the long must buy (or cash settle) and the short must sell (or cash settle) according to the contract terms, with gains and losses settled daily through variation margin.
With an option on a futures contract, the option buyer has a right (to take a long futures position via a call, or a short futures position via a put) but no obligation to exercise. The option writer (seller) receives the premium and has the obligation to take the opposite futures position if the buyer exercises (or if the writer is assigned).
Key takeaway: futures are obligation/obligation; options are right/obligation.
Which statement about carrying charges is most accurate?
Best answer: A
Explanation: Carrying charges are the key cost components of holding inventory over time (storage, insurance, and interest/financing).
Carrying charges refer to the economic costs of owning and storing the underlying physical commodity through time. Typical components include storage expenses, insurance, and the financing (interest/opportunity) cost of tying up capital in inventory. These costs help explain why deferred futures prices may trade above nearby prices when supply is adequate.
Carrying charges are the ongoing costs associated with holding the cash (spot) commodity in inventory rather than holding no inventory or holding a futures position. In commodity markets, the most commonly tested components are: storage (warehousing/handling), insurance (to protect the stored commodity), and financing (interest or opportunity cost of money tied up in the commodity).
These are distinct from transaction costs (like commissions and exchange fees) and from futures mechanics (like margin). While carrying charges can influence the term structure of futures prices (for example, contributing to contango when other factors are stable), the charges themselves are the underlying “cost to carry,” not the futures price spread.
A customer places a 1x1 calendar spread in CBOT Corn futures: long 1 July contract and short 1 December contract. Each Corn futures contract is 5,000 bushels.
Exhibit: Quote board snapshot
| Contract | Last (entry) | Last (now) |
|---|---|---|
| July Corn | 450'0 | 456'0 |
| Dec Corn | 470'0 | 479'0 |
Based on the exhibit, which interpretation is supported?
Best answer: B
Explanation: July rose 6 cents while December rose 9 cents, so the long–short spread lost 3 cents \(=\$150\) and is exposed to changes in the price difference.
A calendar spread’s P/L is driven by the change in the price difference between the two months, not by the outright direction of the commodity. Here, December increased more than July, so the July–December spread moved against a long-July/short-December position. This illustrates reduced outright exposure but remaining spread risk.
A futures spread reduces directional (outright) exposure because it holds a long and a short in related contracts, so broad price moves tend to offset. However, it introduces spread risk: profit or loss depends on how the two legs move relative to each other.
For a long July / short December corn spread:
Key takeaway: even when both contracts rise, the spread can lose if the back month strengthens more than the front month.
A customer at an FCM is long 1 XYZ Index futures contract. The contract multiplier is $50 per index point. The customer’s account equity at the start of the day is $10,700.
At the end of the trading day, the exchange sets the settlement price at 4,980, down from the prior day’s settlement of 5,000. The FCM uses exchange settlement prices for daily mark-to-market.
Margin requirements for this contract are: initial margin $12,000; maintenance margin $10,500. Firm policy: if equity falls below maintenance after daily settlement, the customer must deposit enough funds by 10:00 a.m. the next business day to restore equity to the initial margin level.
What is the FCM’s best next step?
Best answer: D
Explanation: Daily mark-to-market debits the loss immediately, and because equity falls below maintenance, the call is to restore equity to initial margin.
Futures are marked to market each day using the exchange settlement price, which creates an immediate cash flow called variation margin. Here, the customer’s daily loss is $1,000, reducing equity below maintenance. The proper sequence is to post the variation margin debit and then issue a margin call for the amount needed to bring equity back to initial margin under firm policy.
Daily mark-to-market means an open futures position is repriced each day at the exchange settlement price, and the resulting gain or loss is credited or debited to the account as variation margin. That daily cash flow is how futures gains and losses are realized before the position is closed.
In this scenario:
The key takeaway is that the daily settlement triggers the variation margin debit first, and the maintenance test then determines whether a margin call is required.
In May 2026, a wheat farmer expects to harvest 100,000 bushels in September and is worried that cash wheat prices may fall before the crop is sold. The farmer’s goal is risk reduction (not profiting from a price forecast) and they want to hedge only 80% of the expected production to avoid over-hedging if yields come in light. Assume one CBOT wheat futures contract represents 5,000 bushels. What is the single best action that matches the farmer’s hedging intent and constraints?
Best answer: B
Explanation: A short futures hedge for 80,000 bushels is 80,000 ÷ 5,000 = 16 contracts, reducing downside price risk without creating an oversized speculative position.
Hedging is intended to reduce the risk of adverse price moves in an existing or anticipated cash position, not to generate profits from predicting price direction. Because the farmer will be long cash wheat at harvest, the risk is falling prices, so the appropriate hedge is to sell futures. Hedging 80% of 100,000 bushels means covering 80,000 bushels, or 16 contracts at 5,000 bushels each.
The core goal of a hedge is risk reduction: offsetting price risk in the cash (spot) exposure with a futures or options position that tends to move in the opposite direction. Here, the farmer expects to own (produce) wheat in September, so they are effectively “long” the commodity and are exposed to a price decline.
To hedge that downside risk with futures, the farmer should place a short hedge (sell futures) sized to the desired hedge ratio:
Selling more than the intended 80% creates an unnecessarily large futures position, which shifts the intent toward speculation rather than risk reduction.
A commodity futures contract lists several deliverable grades. The exchange designates one grade as the reference grade with a 0 adjustment, and assigns stated premiums or discounts to other grades. At delivery, the invoice price is the final futures settlement price adjusted by the premium/discount for the grade actually delivered.
Which option best matches the meaning of the basis grade and how these premiums/discounts influence delivery outcomes?
Best answer: B
Explanation: The basis grade is the contract’s reference deliverable grade, and grade differentials affect the invoice price and therefore the economic incentive (cheapest-to-deliver) at delivery.
In a deliverable-grade futures contract, the basis grade is the designated reference deliverable grade with no price adjustment. Other deliverable grades carry fixed premiums or discounts that are applied to the futures settlement price to determine the invoice price. Those differentials affect which grade is economically attractive to deliver (often the cheapest-to-deliver).
Basis grade (also called the par or standard grade) is the deliverable grade the contract is priced around and typically carries a 0 premium/discount. If a short delivers a different eligible grade, the exchange’s stated grade differential is applied to the futures settlement price to determine the delivery invoice price.
Because the short generally can choose which eligible grade to deliver (subject to contract rules and availability), these premiums and discounts create incentives:
The key takeaway is that grade differentials affect delivery economics and help determine which grade becomes cheapest-to-deliver.
A commercial grain elevator wants to hedge an expected purchase of 100,000 bushels of corn in 3 months. The risk manager is comparing two hedges:
Assume corn prices move each day and there are no changes to contract terms. Which choice best fits the statement: “Gains and losses will be realized in cash each day through daily mark-to-market and variation margin”?
Best answer: D
Explanation: Exchange-traded futures are settled daily at the settlement price, creating daily variation margin debits/credits that realize P/L each day.
Exchange-traded futures are cleared and marked-to-market at the end of each trading day. The clearing process credits or debits variation margin based on that day’s settlement price, so the account’s gain or loss is realized in cash daily. A forward contract typically does not create mandatory daily cash settlement of P/L unless the parties specifically negotiate it.
Daily mark-to-market is the futures clearing mechanism that resets each open futures position to the day’s settlement price. The resulting gain or loss for that day is transferred as variation margin: funds are credited to profitable accounts and debited from losing accounts, so P/L is realized daily rather than only at expiration.
In the scenario, the exchange-traded futures hedge goes through an FCM and clearinghouse, so it is subject to daily settlement and variation margin flows. A typical forward contract is a bilateral agreement and generally settles P/L at maturity (or on a negotiated schedule), not automatically each day. The key differentiator is the clearinghouse’s daily settlement process for futures.
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