DFOL: An Overview of Derivatives

Topic snapshot

Derivatives overview checklist before the questions

This small topic sets up the whole exam. Before solving anything, classify the instrument and the purpose: hedge, speculation, arbitrage, income, leverage, or risk transfer.

• Separate forwards, futures, options, swaps, and structured products by rights, obligations, and settlement.
• Identify whether the exposure is linear or non-linear.
• Do not solve a payoff before you know who has the right and who has the obligation.

What to drill next after overview misses

If you miss these questions, review the derivative family first. Then drill futures and exchange-traded options so the differences between obligation and optionality become automatic.

Sample questions

These questions are original Securities Prep practice items aligned to this topic area. They are designed for self-assessment and are not official exam questions.

Question 1

Topic: An Overview of Derivatives

A Canadian food processor expects to buy large quantities of canola in three months and wants an exchange-traded derivative to hedge rising input prices. The treasurer wants the contract’s underlying interest to be the actual commodity exposure, not a short-term interest rate, a currency, or an equity index. The firm is not trying to hedge borrowing costs or a securities portfolio. Which derivative best matches that need?

• A. S&P/TSX 60 index futures contract
• B. USD/CAD futures contract
• C. CORRA futures contract
• D. Canola futures contract

Best answer: D

What this tests: An Overview of Derivatives

Explanation: The best choice is the canola futures contract because it has a commodity underlying that matches the firm’s expected purchase exposure. The other contracts have financial underlyings such as interest rates, currency, or an equity index, so they do not directly hedge rising canola prices.

Common derivative underlyings fall into two broad groups: commodities, such as grains, energy products, and metals, and financial underlyings, such as interest rates, currencies, debt instruments, and stock indexes. In this scenario, the firm’s risk is the future cash price of canola, a physical input it expects to purchase. A canola futures contract is therefore the best match because the contract’s value is tied directly to the commodity being hedged. CORRA futures respond to short-term interest rates, USD/CAD futures respond to foreign-exchange movements, and S&P/TSX 60 index futures respond to equity-market changes. The key is to match the derivative’s underlying interest to the exposure the firm actually has.

• The CORRA futures choice tracks a short-term interest rate, so it fits financing risk rather than canola input costs.
• The USD/CAD futures choice is based on foreign exchange, which matters only if the firm’s main exposure is currency.
• The S&P/TSX 60 index futures choice hedges broad Canadian equity-market moves, not a raw-material purchase price.

Its underlying interest is canola, so it directly matches the firm’s commodity price exposure.

Question 2

Topic: An Overview of Derivatives

An institutional client asks whether the derivative below should be treated like a listed futures contract for trading and risk-control purposes. All amounts are in CAD.

Exhibit: Swap term-sheet note

Product: Interest rate swap
Notional: \$10,000,000
Term: 4 years
Dealer: Schedule I bank
Fixed leg: Client pays 3.18%
Floating leg: Client receives compounded CORRA
Clearing: Bilateral; not novated to a central counterparty
Exit: Early termination or assignment by agreement

Based on the exhibit, which interpretation is best supported?

• A. It is exchange-traded because CORRA is a standardized benchmark.
• B. The client can exit by selling the contract on the Bourse.
• C. It is an OTC contract with negotiated terms and bilateral counterparty exposure.
• D. CDCC guarantees performance because swaps clear like listed futures.

Best answer: C

What this tests: An Overview of Derivatives

Explanation: The exhibit describes a bilateral interest rate swap, not a listed derivative. The key operational implications are negotiated terms, dealer counterparty exposure, and exit by termination or assignment rather than by entering an exchange order.

Exchange-traded derivatives are standardized contracts listed on an exchange and typically cleared through a central counterparty. That structure makes offsetting easier and reduces direct exposure to the original counterparty.

The exhibit points the other way. It identifies an interest rate swap that is bilateral and not novated to a central counterparty, and it says exit requires early termination or assignment by agreement. Those are classic OTC features. In practice, that means the client relies on the dealer’s credit unless the trade is later centrally cleared, and closing the position is less straightforward than selling an exchange-traded contract.

Using CORRA as the floating reference rate does not make the swap exchange-traded.

• Standard rate confusion fails because a common benchmark like CORRA does not turn a negotiated swap into a listed contract.
• Clearing assumption fails because the exhibit explicitly says the trade is bilateral and not novated to a central counterparty.
• Exchange exit fails because the stated exit method is termination or assignment by agreement, not an offsetting trade on the Bourse.

The exhibit shows bilateral clearing and exit by agreement, which are core operational features of an OTC swap.

Question 3

Topic: An Overview of Derivatives

A client buys one Canadian listed July 50 call on Maple Manufacturing for $3.20 when the shares are at $49. Two weeks later, the shares are at $55 and the same call trades at $6.10. All premiums are quoted per share, and commissions are ignored. The client wants to end the position today. Which interpretation is most accurate?

• A. Exercise now; gain is capped at the $5.00 intrinsic amount.
• B. Sell to close; gain is $2.90 per share, and $1.10 is time value.
• C. Hold to expiry; in-the-money calls cannot be offset in the market.
• D. Wait for assignment; the writer determines how the contract ends.

Best answer: B

What this tests: An Overview of Derivatives

Explanation: A long listed call can be ended before expiry by selling the same option to close the position. Here, the call’s market price of $6.10 exceeds its $5.00 intrinsic value, so selling captures both intrinsic value and the remaining $1.10 of time value.

The core life-cycle point is that a long option does not have to end through exercise or expiry. After opening the position by buying the call at $3.20, the client can close it out by selling the same contract at $6.10. With the stock at $55 and the strike at $50, the call has $5.00 of intrinsic value and $1.10 of time value. Selling the option ends the position today and realizes a gain of $2.90 per share before commissions. Assignment applies to the writer, not the holder, and exercising instead of selling would usually give up the remaining time value. The key takeaway is that close-out is often the most efficient way to end a profitable long option before expiry.

• Exercise first fails because a long holder can offset the option directly and usually preserves remaining time value by selling.
• Cannot offset fails because listed options can generally be closed with an opposite trade before expiry.
• Assignment confusion fails because assignment is imposed on the writer, while the holder chooses whether to exercise or sell.

Closing the long call with an offsetting sale ends the position and captures the full $6.10 market premium, including remaining time value.

Question 4

Topic: An Overview of Derivatives

A retail client bought to open one Bourse de Montreal listed ABC June 60 call earlier. ABC shares now trade at $67, the option expires tomorrow, and the firm automatically exercises in-the-money equity options at expiry unless told otherwise. The client says, “I want the profit, but I do not want to buy the shares.” What is the best next step?

• A. Submit an exercise instruction for the call
• B. Let the option expire under auto-exercise
• C. Wait for CDCC to assign a writer
• D. Enter a sell-to-close order for the call

Best answer: D

What this tests: An Overview of Derivatives

Explanation: This is a close-out decision. Selling the call closes the long option position and captures its market value without creating a stock purchase at the strike price. Because expiry is tomorrow and the option is in the money, waiting could lead to unwanted exercise.

A long listed option can end in one of three basic ways: it can be closed out with an offsetting trade, exercised, or allowed to expire. Here, the client’s goal is to realize value without taking the underlying shares, so the proper workflow is to sell the call to close before expiry. Exercising a call would require buying the shares at the strike price, and automatic exercise at expiry can produce the same result if no contrary instruction is given. Assignment is part of the short-option process after exercise, not something the long holder waits for. The key life-cycle point is that close-out ends the derivative position without moving into underlying-share settlement.

• The exercise choice fails because exercising a call leads to buying the underlying shares at the strike price.
• The assignment choice confuses holder and writer workflows; assignment applies to the short side after an exercise notice.
• The expiry choice fails because auto-exercise can create the same unwanted share settlement as a manual exercise.

Selling to close realizes the option’s market value and ends the position without exercise or share settlement.

Question 5

Topic: An Overview of Derivatives

A Canadian importer must pay USD 7.3 million in 52 days for equipment. The treasurer wants to lock in the exchange rate using a hedge that matches the exact amount and settlement date. The firm is willing to sign bilateral documentation with its bank and accept dealer counterparty exposure to reduce mismatch risk. Which recommendation is most appropriate?

• A. Negotiate an OTC forward to buy USD from the bank.
• B. Enter an OTC currency swap with the bank.
• C. Use listed currency futures to buy USD exposure.
• D. Buy listed USD call options on a standard expiry.

Best answer: A

What this tests: An Overview of Derivatives

Explanation: An OTC forward is the best fit because it can be tailored to the exact USD amount and 52-day settlement date while locking in the exchange rate. The trade-off is bilateral documentation and dealer counterparty exposure, which the firm has already said it accepts.

The core distinction is standardization versus customization. Exchange-traded derivatives use standardized contract sizes and expiry dates and are cleared through a clearing corporation such as CDCC, which reduces counterparty risk but can create mismatch risk when the exposure is not a perfect fit. OTC derivatives are negotiated bilaterally, so the amount, date, and other terms can be tailored to the user’s exact need, but the trade-off is dealer counterparty exposure and bilateral documentation.

Here, the importer wants to lock in an exact USD amount on a non-standard settlement date and is willing to accept bilateral credit exposure, so a forward is the best fit. Listed currency futures are the closest alternative, but their standardized terms make the hedge less precise.

• The listed currency futures idea fails because futures are standardized in contract size and expiry, so a 52-day USD 7.3 million exposure may not match exactly.
• The listed USD call option idea fails because an option gives the right to buy USD, but it does not lock in one exchange rate the way a forward does.
• The currency swap idea fails because swaps are generally better suited to a series of cash flows than to one near-term payment.

An OTC forward can lock the rate for the exact USD amount and settlement date, with the stated trade-off of bilateral counterparty exposure.

Question 6

Topic: An Overview of Derivatives

A Canadian importer may need to pay USD 500,000 in 60 days if it wins a supply contract. During hedge setup, the treasurer says, “Protect us if the Canadian dollar weakens, but do not lock us into buying USD if the contract is not awarded.” What is the best next step?

• A. Book a USD forward now to lock the exchange rate.
• B. Discuss a USD call option that gives a right, not an obligation.
• C. Write a USD call option to offset future hedging costs.
• D. Enter the hedge first, then provide the risk disclosure.

Best answer: B

What this tests: An Overview of Derivatives

Explanation: The key issue is whether the hedge creates an obligation. A forward would bind the importer to buy USD on settlement, while a purchased USD call option provides protection if the Canadian dollar weakens but can be left unused if the contract is not awarded.

This scenario turns on the difference between a forward-based derivative and an option-based derivative. A forward contract creates a bilateral obligation: once entered, the importer must buy USD at the agreed rate on settlement. That does not fit a situation where the underlying purchase may never occur. A purchased USD call option is different. It gives the importer the right to buy USD at a set rate if the contract is won and exchange rates move unfavourably, but the company can let the option expire if no USD payment is needed. For the option buyer, the maximum loss is the premium paid. That makes the option-based hedge the better next step when protection is needed without mandatory performance.

• The forward-contract idea locks the rate, but it also creates a binding future exchange obligation.
• Writing a call option brings in premium, but the writer assumes an obligation instead of buying protection.
• Providing disclosure after execution skips a core safeguard in the derivatives process.

A purchased option matches the need for exchange-rate protection without creating a binding duty to buy USD.

Question 7

Topic: An Overview of Derivatives

A trader compares two futures contracts. One is based on canola, so carrying costs may include storage and insurance. The other is based on the S&P/TSX 60 Index, so carrying costs reflect financing and expected dividends rather than warehousing. What is the best classification of the two underlyings?

• A. Canola is a commodity underlying; the S&P/TSX 60 Index is a financial underlying.
• B. Both are financial underlyings because the contracts trade on an exchange.
• C. Both are commodity underlyings because their futures prices reflect carrying costs.
• D. Canola is a financial underlying; the S&P/TSX 60 Index is a commodity underlying.

Best answer: A

What this tests: An Overview of Derivatives

Explanation: The key distinction is the nature of the underlying interest. Canola is a physical good, so it is a commodity underlying, while the S&P/TSX 60 Index represents financial assets and is therefore a financial underlying.

Derivatives are classified by what they reference, not by where the derivative trades. Canola is a commodity underlying because it is a physical product. The S&P/TSX 60 Index is a financial underlying because it tracks the value of financial securities rather than a storable good.

The pricing clues in the stem reinforce this distinction. Physical commodities can have storage and insurance costs as part of cost of carry. Equity index futures do not involve warehousing; their pricing is tied more to financing and expected dividends.

A common error is to label both contracts as financial simply because futures trade in financial markets, but that confuses the derivative with its underlying interest.

• Both commodity fails because an equity index is not a physical good.
• Both financial fails because exchange trading does not make the underlying financial.
• Reversed labels fail because the storage clue points to canola as the commodity, while the index reflects securities values.

Canola is a physical commodity, while an equity index is a financial market measure used as a financial underlying.

Question 8

Topic: An Overview of Derivatives

A Canadian importer must pay USD 2 million for equipment in 90 days. The firm wants to lock in, not merely cap, its CAD cost today, expects only this one payment, and wants to avoid daily margin calls. Its bank can quote customized foreign-exchange contracts. Which derivative is the most suitable recommendation?

• A. Buy standardized USD futures contracts
• B. Enter a currency swap on USD principal
• C. Buy 90-day USD call options
• D. Enter a 90-day OTC forward to buy USD 2 million

Best answer: D

What this tests: An Overview of Derivatives

Explanation: The firm is acting as a hedger, not a speculator. Because it has one known USD payment, wants to fix its CAD outlay today, and wants to avoid daily margin calls, a customized OTC forward is the best fit.

This is a classic hedging use of derivatives: the firm has a known future foreign-currency payable and wants certainty about its home-currency cost. An OTC forward is designed for that purpose because it can be customized to the exact USD amount and settlement date, and it locks in the exchange rate today. It also avoids the daily mark-to-market margin process associated with exchange-traded futures.

Options are more suitable when a client wants protection against an adverse move while still keeping upside if the currency moves favorably. A currency swap is generally used for exchanging principal and multiple cash flows over time, not a single payment in 90 days. The key operational consideration here is that customization and the absence of daily margining make the forward the best match.

• The option strategy gives upside participation, but it is better for capping risk than for fixing one exact CAD cost today.
• Standardized futures can hedge the exposure, but they bring daily mark-to-market margining and may not match the amount and date exactly.
• A currency swap is usually used for longer-term or repeated cash-flow exchanges rather than one single invoice payment.

A customized OTC forward locks in the rate for the exact amount and date without daily futures margin calls.

Question 9

Topic: An Overview of Derivatives

A retail client is bullish on Bank of Montreal and buys listed call options on the shares instead of buying the shares in the cash market. Assume the calls are purchased outright and are not exercised. What is the primary tradeoff of using the option position?

• A. It creates unlimited losses if the shares fall.
• B. It gives temporary exposure to the shares, not ownership, and may expire worthless.
• C. It requires daily variation margin after purchase.
• D. It cannot be sold before the expiry date.

Best answer: B

What this tests: An Overview of Derivatives

Explanation: A listed call is a derivative, not the underlying cash instrument itself. Its value is derived from Bank of Montreal shares, so the client gets contractual price exposure for a limited time rather than direct ownership of the shares. If the expected move does not occur before expiry, the option can lose all value.

Buying shares in the cash market means buying the actual security. Buying a listed call means buying a derivative contract whose value depends on the underlying shares. The main tradeoff is that the option gives only contractual exposure for a fixed period; until exercised, it does not confer direct ownership of the shares. Because the contract has an expiry date, the entire premium can be lost if the shares do not rise enough before expiry.

This is the key distinction between a derivative and the underlying asset: the derivative references the asset’s value, but it is not the asset itself. That makes options useful for leverage and tactical exposure, but not the same as owning the shares outright.

• Unlimited loss applies to certain option writers, not to an investor who buys a call outright.
• Daily margin confuses a long option purchase with futures-style variation margin.
• No early sale is incorrect because listed options can generally be closed out before expiry with an offsetting trade.

A listed call is a derivative tied to the shares, so it provides limited-term exposure rather than ownership and can expire worthless.

Question 10

Topic: An Overview of Derivatives

A trainee reviews the following derivative contract snapshots.

Exhibit: Contract snapshots

Which interpretation is best supported by the exhibit?

• A. Each contract is standardized and exchange-traded.
• B. Each contract requires physical delivery of the underlying.
• C. Each contract derives value from an underlying or benchmark.
• D. Each contract gives one side a right without obligation.

Best answer: C

What this tests: An Overview of Derivatives

Explanation: All three instruments are derivatives because each contract is tied to an identified underlying or reference measure. The option depends on ABC shares, the futures contract depends on canola, and the swap depends on CORRA, even though their rights, obligations, and trading venues differ.

The core feature common to derivative instruments is that their value is based on an underlying interest or reference benchmark. In the exhibit, the call option is linked to ABC common shares, the futures contract is linked to canola, and the interest rate swap is linked to 3-month CORRA. That link is what makes each instrument a derivative.

Other features are not universal across product types. An option gives a right, but a futures contract and a swap create contractual obligations. Settlement can be physical or cash, depending on the product. Trading venue also varies, because some derivatives are exchange-traded while many swaps are negotiated OTC.

The safest common denominator is the contract’s dependence on an underlying asset, rate, index, or benchmark.

• The choice about a one-sided right confuses options with futures and swaps, which create obligations under their contract terms.
• The physical-delivery choice fails because a swap is settled through cash flows tied to CORRA, not delivery of a rate.
• The exchange-traded choice infers too much from the exhibit and is not generally true for interest rate swaps, which are commonly OTC.

A derivative’s defining common feature is that its value is linked to an underlying asset, rate, index, or other reference measure.

Continue with full practice

Use the DFOL Practice Test page for the full Securities Prep route, mixed-topic practice, timed mock exams, explanations, and web/mobile app access.

Related focused pages

• Free DFOL Full-Length Practice Exam
• DFOL: Futures Contracts
• DFOL: Exchange Traded Options
• DFOL: Swaps
• DFOL: Fund and Structured Product Derivatives
• DFOL: Option Strategy Risk and Reward
• DFOL: Opening and Maintaining Option Accounts
• DFOL: Clearing Corporations and Options Exchanges
• DFOL: Contract Adjustments and Non-Equity Option Risks

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