Free CISI CWM FM Practice Questions: Derivatives and Structured Products

CISI means Chartered Institute for Securities & Investment. CWM means Chartered Wealth Manager, and this page is for the Financial Markets paper. Use this focused CISI CWM Financial Markets page as a short practice test for Derivatives and Structured Products. The items are original Finance Prep sample exam questions built for scenario-based practice, not trivia, puzzle questions, official CISI questions, copied live-exam content, or exam dumps.

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These are original Finance Prep practice questions aligned to this topic area. They are not official CISI questions, copied live-exam content, or exam dumps. Use them to preview question style and explanation depth before continuing with topic drills, mixed sets, and timed mock exams in Finance Prep.

Question 1

Topic: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

A discretionary manager hedges a UK equity portfolio using a standardised FTSE 100 index futures contract.

Trade facts:

• The order is executed and matched on an exchange.
• The contract terms are not privately negotiated.
• The matched trade is passed to the clearing house through the firm’s clearing member.
• The clearing member accepts the trade, and the client is told an initial margin call will follow.
• The client asks when the clearing house becomes the buyer to every seller and the seller to every buyer.

Which process point is being described?

• A. Final cash settlement at contract expiry
• B. Post-trade clearing and novation by the central counterparty
• C. Pre-trade order routing to the exchange order book
• D. Daily variation margin after mark-to-market revaluation

Best answer: B

What this tests: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

Explanation: For exchange-traded derivatives, execution and matching occur on the trading venue, but the key risk-management process normally follows in clearing. Once the clearing house accepts the trade, the central counterparty (CCP) becomes the counterparty to both sides through novation. This is the point at which the CCP’s margin framework applies, including initial margin to cover potential future exposure. Daily variation margin is a later recurring process that reflects gains and losses as the futures price changes. Final settlement occurs at expiry or close-out and is not the point at which the CCP first interposes itself.

• Order routing and matching identify the trade, but they do not by themselves create the CCP’s buyer-to-seller and seller-to-buyer role.
• Daily variation margin is an ongoing mark-to-market cash flow after clearing has occurred.
• Final cash settlement deals with closing the contract exposure, not establishing central counterparty protection.

Once the exchange-traded futures trade is accepted for clearing, the CCP interposes itself through novation and requires margin.

Question 2

Topic: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

A discretionary wealth manager is implementing a revised model allocation for several portfolios.

Facts:

• £12 million cash has been received from a bond maturity and should ultimately be invested in global equities.
• The physical equity purchases will be staged over the next month because of transition, custody, and market-impact constraints.
• The investment committee does not have a short-term bullish view; it wants the portfolios to remain close to the benchmark equity weight during the transition.
• The desk buys one-month exchange-traded MSCI World index futures and holds cash collateral in short-term instruments.

Which is the single best explanation for using the futures?

• A. To arbitrage a pricing difference between the futures and the underlying shares.
• B. To obtain efficient temporary equity exposure while the cash awaits physical investment.
• C. To speculate on a short-term rise in global equities using leveraged exposure.
• D. To hedge existing global equity holdings against a market fall during the transition.

Best answer: B

What this tests: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

Explanation: Derivatives can be used to alter market exposure without immediately trading the underlying asset. Here, the portfolios have cash that is intended for global equities, but the physical purchases are delayed for operational and market-impact reasons. Buying index futures is a form of efficient exposure, often called cash equitisation: the portfolio participates in broad equity market movements while the cash is still held separately as collateral. The facts do not indicate a desire to reduce an existing exposure, exploit a mispricing, or take a discretionary short-term view. The purpose is to keep the portfolios close to their intended benchmark exposure during the transition period.

• Hedging would reduce or offset an existing risk exposure; here the desk is adding temporary equity exposure to cash.
• Speculation would depend on a directional market view; the investment committee has no short-term bullish view.
• Arbitrage would require an identified mispricing between related instruments; no such price discrepancy is given.

The futures provide market exposure to the equity index without immediately buying all the underlying shares.

Question 3

Topic: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

A UK wealth manager is reviewing short-term protection for an equity portfolio.

Case extract:

• Portfolio: £12m UK large-cap equity exposure closely tracking the FTSE 100.
• Risk view: concern that the index may fall sharply over the next three months.
• Constraint: the portfolio should remain invested, as selling holdings would disrupt the mandate.
• Objective: establish protection if the index falls, while retaining participation if the index rises.
• Implementation preference: the manager is willing to pay an upfront premium for asymmetric protection.

Which derivative type best matches the stated objective?

• A. Buy a FTSE 100 index put option.
• B. Sell a FTSE 100 index future.
• C. Enter an equity total return swap receiving FTSE 100 total return.
• D. Buy a FTSE 100 index call option.

Best answer: A

What this tests: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

Explanation: A protective put is the natural derivative structure where an investor already owns, or remains exposed to, the underlying market and wants protection against a fall. The premium buys the right, but not the obligation, to benefit from a put payoff if the index falls below the strike. Because the underlying equity portfolio remains in place, gains from a rising market are still available, reduced only by the premium paid. This matches the stated preference for asymmetric protection. Linear derivatives such as futures or forwards can hedge market exposure, but they typically offset both losses and gains. A call option would support a bullish view but does not protect an existing long equity portfolio from a fall.

• Selling an index future can hedge downside, but it creates a linear short exposure that offsets upside as well as downside.
• Buying an index call gives leveraged upside exposure, but it does not protect the existing portfolio against a market fall.
• Receiving total return on an equity swap increases exposure to the index rather than transferring downside risk away from the portfolio.

A purchased index put provides downside protection below the strike while preserving upside participation in the retained equity portfolio.

Question 4

Topic: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

A UK wealth manager is reviewing a proposed switch of part of a client’s equity exposure into a structured product.

Client objective and facts:

• The client has £600,000 in a FTSE 100 tracker and is concerned about a sharp 12-month fall after a surprise rise in policy rates.
• The client does not want to leave equities completely, but can accept a cap on returns if severe downside is reduced.
• A bank offers a one-year FTSE 100-linked note with 95% capital protection at maturity, 60% participation in any index rise, no dividend entitlement, and limited secondary-market liquidity.
• The note’s payoff is created using bonds and equity options, and the capital protection depends on the issuing bank meeting its obligations.

Which explanation is most appropriate?

• A. The note removes equity risk entirely because capital protection means the client receives the original investment back at any time, regardless of market conditions or issuer solvency.
• B. The derivative element is unsuitable for risk transfer because options are speculative instruments and cannot be used to reduce market risk in a wealth portfolio.
• C. The client could achieve the same objective by selling FTSE 100 futures, because a futures hedge preserves all equity upside while eliminating downside and has no margin implications.
• D. The note uses derivatives to transfer a defined part of the one-year equity downside to the issuer, but the client pays for that protection through partial upside, no dividends, liquidity constraints, and issuer credit exposure.

Best answer: D

What this tests: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

Explanation: Derivatives can be used defensively as well as speculatively. In a structured product, options can be embedded to reshape the payoff so that a client gives up some potential return in exchange for a defined degree of downside protection. Here, the proposed note may reduce the client’s exposure to a large FTSE 100 fall over the one-year term, but the protection is not free or absolute. The client gives up dividends, receives only 60% participation in gains, may face poor liquidity before maturity, and relies on the issuing bank to honour the payoff. A suitable explanation should therefore frame derivatives as tools for hedging or risk transfer, not as instruments that automatically eliminate risk.

• Capital protection is contractual, maturity-specific, and subject to issuer credit risk; it is not the same as risk-free cash available at any time.
• A futures hedge can reduce market exposure, but it normally offsets both losses and gains and may require margin or collateral management.
• Treating all options as speculative ignores their use in protective puts, collars, and structured-product payoffs.

The derivative payoff reshapes the client’s market exposure while leaving important costs and residual risks that must be understood.

Question 5

Topic: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

An investment analyst is preparing a note for a professional-client investment committee. The committee asks whether a cryptoasset-linked derivative is “just the same risk as buying the cryptoasset”.

Proposed exposure:

• Alternative A: buy £40,000 of the cryptoasset outright and hold it in custody.
• Alternative B: take a long cash-settled cryptoasset future referencing the same cryptoasset index.
• Futures notional: £40,000.
• Initial margin posted: 15% of notional.
• The future is marked to market in cash; no cryptoasset is delivered or held.
• The reference index then falls by 6%.

Ignoring fees and funding, which interpretation is most appropriate?

• A. The future is structurally equivalent to buying £40,000 of the cryptoasset because both positions reflect the same reference price movement.
• B. The future avoids cryptoasset price risk because it is cash-settled and does not require custody of the cryptoasset.
• C. The future produces only a £360 loss because the 6% fall applies to the margin posted rather than to the notional exposure.
• D. The future produces a £2,400 loss, equal to 40% of the £6,000 initial margin, so it is leveraged, margined, cash-settled exposure rather than simple spot ownership.

Best answer: D

What this tests: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

Explanation: A cryptoasset-linked derivative gives exposure to a cryptoasset price or index, but it is not the same as owning the cryptoasset. Here, the long future has a £40,000 notional exposure and the reference index falls by 6%, giving a £2,400 loss. Initial margin is 15% of £40,000, or £6,000, so the loss equals 40% of the cash initially posted. That illustrates leverage: a relatively small move in the underlying can consume a much larger proportion of margin and may require further cash. The cash-settled future also has derivative-specific features such as margining, settlement rules, and clearing or counterparty arrangements. Spot ownership has direct asset and custody exposure, but it is not a margined derivative unless borrowing is separately used.

• Applying the 6% fall only to margin understates the exposure; derivative profit or loss is based on notional value.
• Matching the same reference price movement does not make spot ownership and a cash-settled, margined future structurally equivalent.
• Cash settlement removes delivery of the cryptoasset, but it does not remove exposure to the reference price.

The loss is calculated on the £40,000 notional, not the margin, and cash settlement with margining makes the exposure structurally different from holding the asset.

Question 6

Topic: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

A wealth manager is comparing a structured note with direct market exposures.

Structured note terms:

• Issuer: A-rated investment bank; the note is an unsecured obligation of the issuer.
• Term: 5 years; no interim coupon.
• Underlying: FTSE 100 price index; investors do not receive index dividends.
• Maturity payoff: if the index is at or above its initial level, repay 100% of principal plus 32%; if the index is below its initial level but at least 65% of its initial level, repay 100% of principal; if the index is below 65%, capital is reduced one-for-one with the index fall.
• Liquidity: issuer quotes a secondary-market price, but the note is not exchange-traded.

Which statement gives the best market comparison of the note with direct bonds, equities or funds, and listed options exposure?

• A. It is economically equivalent to a conventional fixed-rate bond because capital is repaid at maturity unless the issuer defaults.
• B. It removes counterparty risk in the same way as a listed option because the payoff is standardised and guaranteed by an exchange clearing house.
• C. It is equivalent to holding a FTSE 100 tracker fund because both provide the same dividends, voting rights, and uncapped participation in the index.
• D. It is an unsecured bank debt instrument with an embedded equity derivative, offering capped and conditional index-linked returns while adding issuer credit and secondary-market liquidity risk.

Best answer: D

What this tests: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

Explanation: A structured product is commonly built as issuer debt plus one or more embedded derivatives. Here, the investor has credit exposure to the issuing bank and a payoff linked to the FTSE 100 price index. That is not the same as a conventional bond, because capital repayment is conditional if the index breaches the loss condition at maturity. It is also not the same as a direct equity or tracker fund holding, because the investor does not own the underlying shares, receive dividends, or have uncapped upside. The option-like exposure is packaged inside the note, but it is not the same as buying an exchange-traded listed option with clearing-house protections and transparent secondary-market trading. The note’s return profile is engineered, capped, conditional, and dependent on both market performance and issuer solvency.

• Treating the note as a fixed-rate bond ignores the equity-linked capital-loss condition.
• Treating it as a tracker fund ignores the absence of dividends, ownership rights, and uncapped index participation.
• Treating it as a listed option ignores that the note is an issuer obligation with no stated clearing-house guarantee.

The payoff combines issuer debt with derivative exposure, so it differs from a conventional bond, direct equity or fund ownership, and exchange-traded option exposure.

Question 7

Topic: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

After a sharp fall in UK equities, an investment manager’s short FTSE 100 futures hedge generates a large daily variation margin receipt that must be processed before the clearing cut-off.

Operations extract:

• The order was executed on a regulated derivatives exchange by an agency broker.
• The trade was given up to a general clearing member.
• The clearing member clears through the exchange’s clearing house.
• Portfolio cash and eligible gilts are held with an independent global custodian.
• Cash movements for margin are made through the custodian’s accounts on instruction.

Which description best identifies the parties and their roles?

• A. The clearing house/CCP manages margin at clearing level between clearing members; the clearing member passes margin obligations to the manager; the custodian safekeeps assets and processes cash or collateral movements.
• B. The agency broker remains the main derivatives counterparty after execution and calculates all clearing-house margin directly for the portfolio.
• C. The custodian clears the futures trade with the exchange and becomes the buyer to every seller and seller to every buyer.
• D. The index provider issues the futures contract and sends daily margin calls, while the clearing house only records completed settlement entries.

Best answer: A

What this tests: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

Explanation: For exchange-traded derivatives, the main operational roles are split. The exchange is the trading venue, while the clearing house or central counterparty becomes counterparty at clearing level to clearing members and manages clearing-house margin. The clearing member is the party that faces the manager operationally for margin calls and receipts, even though the manager may not be a direct member of the clearing house. The custodian’s role is different: it holds the portfolio’s cash and securities and processes instructed cash or collateral movements. It does not become the central counterparty to the futures contract merely because margin cash passes through its accounts.

• Treating the agency broker as the continuing derivatives counterparty confuses trade execution with post-trade clearing.
• Treating the custodian as the central counterparty confuses safekeeping and collateral processing with novation and clearing.
• Treating the index provider as the issuer and margining party confuses the index reference source with the exchange-traded derivatives clearing structure.

Exchange-traded derivatives separate central clearing by the CCP, client-facing margining by the clearing member, and safekeeping or collateral processing by the custodian.

Question 8

Topic: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

A trading desk wants three-month upside exposure to the FTSE 100 while limiting the maximum loss to the amount paid upfront.

Payoff terms to match:

• Strike level: 8,000
• Contract multiplier: £10 per index point
• Upfront premium paid: £2,000
• If the index finishes at 7,700, the required net result is a loss of £2,000.
• If the index finishes at 8,300, the required gross payoff is 300 points × £10 = £3,000, giving a net gain of £1,000 after the premium.

Which derivative position best matches this payoff profile?

• A. Buy a FTSE 100 put option with a strike of 8,000
• B. Enter a short FTSE 100 futures contract
• C. Sell a FTSE 100 call option with a strike of 8,000
• D. Buy a FTSE 100 call option with a strike of 8,000

Best answer: D

What this tests: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

Explanation: A purchased call option gives the holder the right, but not the obligation, to benefit from a rise in the underlying above the strike. Its gross payoff is \(\max(S_T-K,0)\times\text{multiplier}\). At 8,300, the call is 300 points in the money, so the gross payoff is £3,000 and the net result after the £2,000 premium is a £1,000 gain. At 7,700, the call is out of the money, so it is not exercised and the loss is limited to the premium. That matches the required asymmetric payoff: capped downside and participation in upside.

• Selling a call would generate premium income but creates losses if the index rises above the strike.
• Buying a put would protect against or profit from a fall in the index, not provide upside exposure.
• A short futures contract profits from falling index levels and has symmetrical gains and losses rather than a premium-limited loss profile.

A long call gives upside participation above the strike while limiting the loss to the premium paid.

Question 9

Topic: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

A wealth manager is illustrating an option collar that could be used within a structured solution for a client with a concentrated quoted equity holding. The client wants to reduce severe downside risk for six months but is willing to give up gains above a set level to reduce hedge cost.

Holding and collar:

• Shares held: 50,000
• Current share price: £20
• Buy six-month put options with strike £18; premium £0.60 per share
• Sell six-month call options with strike £24; premium £0.40 per share
• Option quantities match the shares; hold the collar to expiry; ignore dealing costs and interest.

Expiry scenario: The share price is £14.

Which statement best explains the hedge outcome and risk transfer?

• A. The sold call causes an expiry loss because the share price is below £24; the collar therefore increases the client’s downside exposure at £14.
• B. The shares remain economically worth £1,000,000 because the put restores the original £20 price; the call simply reduces the hedge cost without changing upside.
• C. The shares plus put payoff are £900,000 before premiums and £890,000 after the net premium cost; the collar transfers loss below £18 but caps gains above £24.
• D. The derivatives make a £190,000 gain after net premium, so the strategy is best viewed as speculation rather than a hedge against the share fall.

Best answer: C

What this tests: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

Explanation: An option collar combines a long put with a short call. In the fall to £14, the call expires out of the money. The put pays (£18 minus £14) multiplied by 50,000, or £200,000. The shares are worth £700,000, and the premiums create a net cost of (£0.60 minus £0.40) multiplied by 50,000, or £10,000. The effective expiry value is therefore £700,000 plus £200,000 minus £10,000, giving £890,000. The collar has reduced the loss versus an unhedged holding worth £700,000, transferring severe downside risk below the put strike. The trade-off is the premium cost and the written call, which would cap gains above £24.

• Preserving the original £1,000,000 ignores that the put strike is £18, not £20, and that the net premium cost is £10,000.
• Treating the sold call as a loss at £14 confuses option moneyness; a £24 call expires worthless when the share price is below the strike.
• Viewing the £190,000 derivative gain in isolation misses the £300,000 fall in the shares; the purpose is loss mitigation, not standalone return enhancement.

At £14, the shares are worth £700,000, the put pays £200,000, the net premium cost is £10,000, and the short call expires worthless.

Question 10

Topic: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

A wealth client holds a £1.2 million FTSE 100 tracker position and wants protection for the next nine months while a separate liquidity event is awaited.

Case extract:

• The client is worried about a sharp equity-market fall but does not want to sell the holding now.
• The client is willing to give up gains above about 7% to reduce or avoid an upfront hedging premium.
• The client does not want leveraged losses or daily margin calls.
• The FTSE 100 is currently 8,000.

Bank proposal: a nine-month OTC cash-settled collar referencing the FTSE 100:

• Client buys a 7,600 put.
• Client sells an 8,560 call.
• No upfront premium is payable.
• Settlement is bilateral with the bank at maturity.

Which conclusion best explains how the derivative supports the client’s objective?

• A. It increases the client’s upside because the sold call requires the bank to pay the client if the FTSE 100 rises above 8,560.
• B. It mainly improves liquidity because OTC collars are exchange-traded contracts with clearing-house settlement and daily tradability.
• C. It transfers much of the downside below 7,600 to the bank, funded by giving up gains above 8,560, while leaving counterparty and any basis risk.
• D. It removes the client’s equity-market risk completely because the hedge has no upfront premium and settles only at maturity.

Best answer: C

What this tests: Derivatives, Structured Products, Margin, Clearing, and OTC or Exchange-Traded Markets

Explanation: A collar can be a suitable risk-transfer tool when the client understands the payoff trade-off. The bought put gives protection if the FTSE 100 falls below the put strike, helping offset losses on the equity holding. The sold call helps pay for that protection, which is why no upfront premium is needed, but it caps gains above the call strike. The hedge therefore reshapes the risk rather than eliminating it. Because the contract is OTC and bilaterally settled with the bank, the client also has counterparty exposure. There may also be basis risk if the tracker and the derivative reference do not match perfectly after fees, tracking error, or portfolio differences.

• A zero-premium hedge is not risk-free; the cost is paid through capped upside.
• A sold call benefits the bank when the index rises above the strike, not the client.
• OTC bilateral settlement is not the same as exchange trading or clearing-house protection.

The collar uses a bought put for downside protection and a sold call to finance the hedge by capping upside.

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