• Product mechanics: forwards, futures, options, swaps, structured products, and contracts for difference.
• Payoff logic: who gains, who loses, when cash flows occur, and what risk remains.
• Suitability and risk language: leverage, liquidity, counterparty exposure, margin, volatility, and client understanding.
• Calculation shortcuts: option payoff, futures hedge sizing, margin, basis, FRA settlement, and swap cash flows.

For efficient practice, do not just take full mocks immediately. Work through the question bank by topic first:

1. Product identification drills Practise recognising futures, options, swaps, CFDs, warrants, and structured products from wording alone.

2. Payoff and break-even drills Repeat call/put, long/short, premium, and strike calculations until they are automatic.

3. Hedging direction drills For each scenario, write: “client risk is ___, so derivative must gain if ___.”

4. Interest rate and FX drills These are common sources of reversal errors. Practise slowly, then increase speed.

5. Suitability drills For each client scenario, identify objective, capacity for loss, liquidity need, knowledge, and product risk.

6. Mixed mock exams Once topic accuracy improves, use timed mocks to practise switching between calculations, concepts, and advice judgement.

After each practice set, review detailed explanations and record the exact reason for each missed question: terminology, direction, formula, suitability, or reading error.

Core Derivatives Map

Forward FX Logic

Common trap: decide from the client’s future cash flow, not from whether the currency is “good” or “bad.” If the client must receive it, they may need to sell it. If they must pay it, they may need to buy it.

Long and short futures logic

Futures payoff

Basis and convergence

Cost of carry intuition

For investment assets, the futures price is driven by spot price, financing cost, income/yield, storage, convenience yield, and time.

Contango and backwardation

Futures Contract Essentials

Core calculation:

Futures Hedging Logic

For equity index hedging, candidates often see a contract-number calculation. The logic is:

If the question gives a target beta, the adjustment is often current beta minus target beta for a hedge that reduces exposure.

Basis, Contango, and Backwardation

Do not assume futures hedges are perfect. Mismatched maturity, asset, contract size, or currency can all create basis risk.

Forward Contracts

Forwards are more customisable than futures but usually have more counterparty risk. They are common for foreign exchange and bespoke hedging.

Options Cheat Sheet

Options are highly testable because they combine terminology, payoff logic, risk, and calculations.

Calls and Puts

Moneyness

Intrinsic Value, Time Value, and Break-Even

Key trap: an option can be out of the money but still have value because it may have time value.

Option Payoff Formulas

Where \(S_T\) is the underlying price at expiry and \(K\) is the strike price.

Option Greeks

Common trap: volatility benefits option buyers because it increases the chance of favourable extreme outcomes. It usually hurts option sellers, all else equal.

Option Pricing Drivers

Volatility strategies

Spread strategies

Common Option Strategies

A common question-bank trap is confusing profit direction with risk size. For example, a short call benefits from a flat or falling market, but the key suitability issue is the potentially very large loss if the market rises sharply.

Always identify whether the position is exposed to price, yield, or cash flow.

Forward rate agreements

An FRA locks in an interest rate for a future borrowing or lending period.

Generic FRA settlement logic:

• If reference rate exceeds FRA rate, buyer receives and seller pays.
• If reference rate is below FRA rate, seller receives and buyer pays.
• Settlement is normally discounted because payment is made at the start of the notional loan period.

Interest rate futures

High-yield trap: many short-term interest rate futures are quoted as 100 minus implied rate. Therefore:

• Rates rise -> futures price falls.
• Rates fall -> futures price rises.

Interest rate swaps

Net swap cash flow for a period:

Interest Rate Direction Rules

High-yield trap: bond prices and yields move inversely.

Floating and Fixed Rate Exposure

Swaps

For swaps, focus on who pays fixed, who receives floating, and which side benefits when rates move.

Warrants and covered warrants

Structured products

Structured product traps:

• “Capital protected” may mean protection only at maturity and subject to issuer credit.
• Income enhancement usually comes from giving up upside or taking downside/barrier risk.
• Secondary-market liquidity may be limited.
• Payoff depends on precise terms, not product name alone.

Contracts for Difference

CFDs provide leveraged exposure to the price movement of an underlying asset without owning it directly.

Suitability questions often focus on leverage, capacity for loss, investment experience, and whether the client understands margin.

Warrants and Covered Warrants

Structured Products

Structured products may combine a deposit/bond component with derivatives to create a defined return profile.

Candidate trap: “capital protected” does not automatically mean “suitable,” “liquid,” or “free of credit risk.”

Suitability checklist

• What is the client trying to hedge or achieve?
• Is the derivative for hedging, income, speculation, or arbitrage?
• Does the client understand leverage and possible losses?
• Can the client meet margin calls and liquidity needs?
• Is maximum loss known or potentially open-ended?
• Is the product exchange-traded or OTC?
• Is counterparty/issuer risk acceptable?
• Is the term aligned with the client’s time horizon?
• Are costs, spreads, premiums, and funding charges understood?
• Could a simpler product achieve the same objective?

Final Quick Checklist

Before attempting a mock exam, confirm you can answer these without hesitation:

• What is the difference between a forward and a future?
• Who has rights and who has obligations in an option contract?
• When is a call or put in the money?
• How do you calculate option break-even?
• What happens to bond prices when yields rise?
• Which derivative hedge protects a share portfolio against a fall?
• Which FX forward hedge is used for a foreign-currency payable?
• Why can a hedge be imperfect?
• What risks remain in a structured product with capital protection?
• Why can option writing be unsuitable for some clients?
• How do margin and leverage change the client’s risk?
• What client facts are essential before recommending a derivative?

Common Calculation Items

Break-Even Rules

The break-even is the same for buyer and seller of the same option, but their profit/loss is opposite.

Breakeven is 106.

Protective put

Investor owns a share at 100 and buys a put with strike 95 for premium 3.

The put creates a floor, but the premium reduces upside.

Futures hedge

Portfolio value is 500,000. Index future is 5,000 with multiplier 10. Portfolio beta is 1.2.

[ \text{Contracts} = \frac{500{,}000 \times 1.2}{5{,}000 \times 10}

12 ]

To reduce market exposure, sell 12 index futures, subject to rounding and hedge objective.

If the Client Is Hedging

Suitability Decision Path

    flowchart TD
	    A[Client objective] --> B{Hedge, income, speculation, or leverage?}
	    B --> C[Identify underlying exposure]
	    C --> D[Choose product type]
	    D --> E{Client understands payoff and downside?}
	    E -- No --> F[Do not recommend until explained and assessed]
	    E -- Yes --> G{Capacity for loss and liquidity need acceptable?}
	    G -- No --> H[Consider simpler or lower-risk alternative]
	    G -- Yes --> I{Costs, margin, tax, and exit terms acceptable?}
	    I -- No --> H
	    I -- Yes --> J[Document rationale and monitor]

Suitability Red Flags

Be cautious where a client:

• Needs capital certainty but is considering leveraged or barrier-based exposure.
• Cannot meet margin calls.
• Does not understand that derivatives may create losses larger than the initial outlay.
• Wants income from option writing without understanding tail risk.
• Uses short-dated options for long-term investment objectives.
• Uses complex products where a simpler hedge would meet the objective.
• Has a concentrated underlying exposure and adds more correlated derivative risk.
• Treats “hedging” as risk-free rather than risk-reducing.