Library/CFA (Chartered Financial Analyst)/Derivatives (CFA Program Curriculum 2026 • Level I • Volume 7)/Learning Module 3 Derivative Benefits, Risks, and Issuer and Investor Uses

Learning Module 3 Derivative Benefits, Risks, and Issuer and Investor Uses

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Overview and Benefits of Derivatives5 min
This chapter explains the main benefits and risks of derivative instruments and compares how issuers and investors use them. Benefits: Derivatives permit allocation, transfer, and management of exposure without trading the cash underlying; creation of exposures not available in the cash market; operational advantages such as lower upfront cash, lower transaction costs, easier short positions, and increased liquidity; and informational/price discovery functions (for example, futures and options reveal market expectations). Risks: Derivatives introduce implicit leverage (small initial outlays amplify gains and losses), reduced transparency for some structured products, basis risk (mismatch between derivative reference and hedged exposure), liquidity risk (timing mismatch and margin calls due to daily MTM), counterparty credit risk (OTC exposures) and potential systemic risk from excessive leverage or interconnections. Issuer use: Corporates commonly hedge commercial exposures (FX, commodities, interest rates) to stabilize assets, liabilities, earnings, and borrowing costs. Hedge accounting classifications are described: cash flow hedges (lock variable cash flows), fair value hedges (offset fair value changes), and net investment hedges (foreign subsidiary equity). Issuers typically prefer customized OTC hedges to match specific dates and notional for accounting. Investor use: Investors use derivatives to replicate positions, gain exposure efficiently, hedge portfolio items (including currency hedges), and implement overlays or enhanced-return strategies (e.g., covered calls). Investors mark positions to NAV and often prefer standardized ETDs.

Key Points

  • Derivatives enable exposure management without transacting the cash underlying.
  • Operational advantages include lower upfront cash, easier shorts, and liquidity.
  • Derivatives contribute to price discovery for underlying markets.
  • Issuers use derivatives for hedging and often seek hedge accounting.
  • Investors use derivatives for replication, overlay strategies, and hedging.
Risks of Derivatives and Market Structure5 min
This chapter explains the main benefits and risks of derivative instruments and compares how issuers and investors use them. Benefits: Derivatives permit allocation, transfer, and management of exposure without trading the cash underlying; creation of exposures not available in the cash market; operational advantages such as lower upfront cash, lower transaction costs, easier short positions, and increased liquidity; and informational/price discovery functions (for example, futures and options reveal market expectations). Risks: Derivatives introduce implicit leverage (small initial outlays amplify gains and losses), reduced transparency for some structured products, basis risk (mismatch between derivative reference and hedged exposure), liquidity risk (timing mismatch and margin calls due to daily MTM), counterparty credit risk (OTC exposures) and potential systemic risk from excessive leverage or interconnections. Issuer use: Corporates commonly hedge commercial exposures (FX, commodities, interest rates) to stabilize assets, liabilities, earnings, and borrowing costs. Hedge accounting classifications are described: cash flow hedges (lock variable cash flows), fair value hedges (offset fair value changes), and net investment hedges (foreign subsidiary equity). Issuers typically prefer customized OTC hedges to match specific dates and notional for accounting. Investor use: Investors use derivatives to replicate positions, gain exposure efficiently, hedge portfolio items (including currency hedges), and implement overlays or enhanced-return strategies (e.g., covered calls). Investors mark positions to NAV and often prefer standardized ETDs.

Key Points

  • Implicit leverage can magnify gains and losses dramatically.
  • Basis risk arises when the derivative reference differs from the exposure.
  • Liquidity risk can force offsetting trades or default if margin cannot be met.
  • Counterparty credit risk differs between ETD (clearinghouse margining) and OTC.
  • Central clearing of OTC derivatives narrows cash-flow differences vs. ETDs.
Forwards, Futures, Options, Swaps, and CDS: Uses and Mechanics6 min
This chapter explains the main benefits and risks of derivative instruments and compares how issuers and investors use them. Benefits: Derivatives permit allocation, transfer, and management of exposure without trading the cash underlying; creation of exposures not available in the cash market; operational advantages such as lower upfront cash, lower transaction costs, easier short positions, and increased liquidity; and informational/price discovery functions (for example, futures and options reveal market expectations). Risks: Derivatives introduce implicit leverage (small initial outlays amplify gains and losses), reduced transparency for some structured products, basis risk (mismatch between derivative reference and hedged exposure), liquidity risk (timing mismatch and margin calls due to daily MTM), counterparty credit risk (OTC exposures) and potential systemic risk from excessive leverage or interconnections. Issuer use: Corporates commonly hedge commercial exposures (FX, commodities, interest rates) to stabilize assets, liabilities, earnings, and borrowing costs. Hedge accounting classifications are described: cash flow hedges (lock variable cash flows), fair value hedges (offset fair value changes), and net investment hedges (foreign subsidiary equity). Issuers typically prefer customized OTC hedges to match specific dates and notional for accounting. Investor use: Investors use derivatives to replicate positions, gain exposure efficiently, hedge portfolio items (including currency hedges), and implement overlays or enhanced-return strategies (e.g., covered calls). Investors mark positions to NAV and often prefer standardized ETDs.

Key Points

  • Forward/futures: firm commitments; forward is OTC, futures are standardized and daily MTM.
  • Options: contingent claims with asymmetric payoffs; buyer limited loss to premium.
  • Swaps: series of exchanges (pay-fixed/receive-floating) used to transform liabilities/assets.
  • CDS: protection buyer pays a spread; seller pays contingent LGD at credit event.
  • Hedge accounting designation affects timing of P&L recognition for issuers.
Replication, Pricing, and Cost of Carry7 min
This chapter explains the main benefits and risks of derivative instruments and compares how issuers and investors use them. Benefits: Derivatives permit allocation, transfer, and management of exposure without trading the cash underlying; creation of exposures not available in the cash market; operational advantages such as lower upfront cash, lower transaction costs, easier short positions, and increased liquidity; and informational/price discovery functions (for example, futures and options reveal market expectations). Risks: Derivatives introduce implicit leverage (small initial outlays amplify gains and losses), reduced transparency for some structured products, basis risk (mismatch between derivative reference and hedged exposure), liquidity risk (timing mismatch and margin calls due to daily MTM), counterparty credit risk (OTC exposures) and potential systemic risk from excessive leverage or interconnections. Issuer use: Corporates commonly hedge commercial exposures (FX, commodities, interest rates) to stabilize assets, liabilities, earnings, and borrowing costs. Hedge accounting classifications are described: cash flow hedges (lock variable cash flows), fair value hedges (offset fair value changes), and net investment hedges (foreign subsidiary equity). Issuers typically prefer customized OTC hedges to match specific dates and notional for accounting. Investor use: Investors use derivatives to replicate positions, gain exposure efficiently, hedge portfolio items (including currency hedges), and implement overlays or enhanced-return strategies (e.g., covered calls). Investors mark positions to NAV and often prefer standardized ETDs.

Key Points

  • No-arbitrage links spot and forward via risk-free rate and cost of carry: F = (S - PV(dividends) + PV(costs))*(1 + r)^T.
  • Replication: long forward = buy spot financed by borrowing; value comparisons prevent arbitrage.
  • FX forwards reflect interest-rate differentials: F_f/d = S_f/d * e((r_f - r_d)T).
  • Convenience yield and storage costs affect commodity carry and forward/futures prices.
  • Futures and forwards differ in MTM timing; daily MTM in futures can change pricing due to interest-rate correlation.
Valuation, Term Structure, and Swaps7 min
This chapter explains the main benefits and risks of derivative instruments and compares how issuers and investors use them. Benefits: Derivatives permit allocation, transfer, and management of exposure without trading the cash underlying; creation of exposures not available in the cash market; operational advantages such as lower upfront cash, lower transaction costs, easier short positions, and increased liquidity; and informational/price discovery functions (for example, futures and options reveal market expectations). Risks: Derivatives introduce implicit leverage (small initial outlays amplify gains and losses), reduced transparency for some structured products, basis risk (mismatch between derivative reference and hedged exposure), liquidity risk (timing mismatch and margin calls due to daily MTM), counterparty credit risk (OTC exposures) and potential systemic risk from excessive leverage or interconnections. Issuer use: Corporates commonly hedge commercial exposures (FX, commodities, interest rates) to stabilize assets, liabilities, earnings, and borrowing costs. Hedge accounting classifications are described: cash flow hedges (lock variable cash flows), fair value hedges (offset fair value changes), and net investment hedges (foreign subsidiary equity). Issuers typically prefer customized OTC hedges to match specific dates and notional for accounting. Investor use: Investors use derivatives to replicate positions, gain exposure efficiently, hedge portfolio items (including currency hedges), and implement overlays or enhanced-return strategies (e.g., covered calls). Investors mark positions to NAV and often prefer standardized ETDs.

Key Points

  • Swap pricing: par swap rate equates PV of floating vs PV of fixed legs; swap initially value zero.
  • Zero rates and discount factors are bootstrapped from bond prices; implied forward rates link different maturities.
  • FRAs are single-period forward interest contracts; interest-rate futures use 100 - yield convention and have convexity differences.
  • Swap valuations change with forward curve shifts; receiving fixed benefits when forward rates fall.
  • Central clearing has reduced bilateral credit exposure and made OTC margining more similar to ETD margining.

Questions

Question 1

Which of the following is NOT typically an operational advantage of trading futures rather than the equivalent cash underlying?

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Question 2

An issuer wants to lock in the future EUR proceeds it will receive in 75 days for a KRW-denominated export contract. Which derivative best directly hedges the issuer's currency risk and helps achieve hedge accounting for forecasted cash flows?

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Question 3

Which risk describes the possibility that a derivative’s cash flows settle at different times than the hedged cash flows, potentially causing liquidity pressure from margin calls?

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Question 4

An investor buys a six-month European call option on an index with strike X and pays premium c0. Under which condition at maturity does the option buyer achieve a positive profit ignoring time value of money?

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Question 5

A put option seller receives premium p0 on an option with strike X = 30. What is the seller's maximum possible profit and maximum possible loss (assume underlying cannot be negative)?

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Question 6

Which of the following best describes basis risk in hedging?

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Question 7

A one-year forward on a non-dividend stock has forward price F0(T) = S0(1 + r)^T. If today S0 = 50 and the annual risk-free r = 4% (discrete), what must be the forward price for T = 1 year to prevent arbitrage?

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Question 8

Procam can store gold at no cost. Spot gold S0 = 1,770; annual r = 2%; forward price for 3 months is observed at 1,792.13. Is there an arbitrage? If so, what action creates a riskless profit?

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Question 9

How does a convenience yield affect commodity forward prices compared with spot prices?

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Question 10

Which statement correctly contrasts counterparty credit risk for a long forward versus a purchased call option?

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Question 11

Which is the correct no-arbitrage relationship for an equity index forward with continuous dividend yield i and continuous risk-free rate r?

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Question 12

An equity investor holds stock and writes a call at strike X for income (covered call). Which payoff best describes the covered call relative to a naked long stock position at maturity?

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Question 13

Which factor tends to increase the forward price of a commodity all else equal?

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Question 14

An FX forward quote uses S0_f/d = units of foreign currency per 1 unit domestic. If rf > rd (foreign rate higher than domestic), what happens to F0_f/d(T) versus S0_f/d under no-arbitrage?

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Question 15

Which best explains why futures and forwards might have different prices even for the same underlying and maturity?

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Question 16

If interest rates are constant over the life of a contract, how do forward and futures prices compare for that underlying?

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Question 17

Which market participant is most likely to prefer exchange-traded derivatives (ETDs) over OTC derivatives?

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Question 18

A six-month equity futures contract on a non-dividend stock has S0 = 100 and r = 3% (annual, discrete). Compute the fair futures price at inception.

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Question 19

Which of these best describes central clearing’s effect on OTC derivative counterparty credit risk?

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Question 20

An FRD (forward rate agreement) is initiated to lock a future three-month deposit rate starting in nine months. Which of the following statements is true about an FRA?

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Question 21

Which of the following best defines implicit leverage in derivative strategies?

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Question 22

A swap fixed rate is defined as the par swap rate. Which statement best describes how that fixed rate is determined at inception?

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Question 23

Which hedge accounting designation would most likely apply when an issuer uses an interest rate swap to convert floating-rate debt into a fixed-rate liability?

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Question 24

If an investor receives a net gain from widening CDS spreads on an issuer without owning the issuer's bond, what position has the investor taken in the CDS market?

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Question 25

An investor enters a long forward on 1,000 shares of a stock at F0(T) = 120 and the spot at maturity ST = 110. What is the forward buyer's payoff and what is the profit if the buyer paid no premium?

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Question 26

Which of the following statements about option sellers is correct?

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Question 27

A futures contract requires posting initial margin and is marked to market daily. How does this affect counterparty credit risk compared with an OTC forward that settles only at maturity?

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Question 28

An investor enters a long futures contract with initial margin 5,000. During day 1 futures price falls causing MTM loss 700 removed from margin. Which best describes the investor's position?

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Question 29

Which derivative is most directly equivalent (in cash flows) to simultaneously being long the underlying and short a forward on that underlying, ignoring financing costs?

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Question 30

An investor holds an equity position with expected cash dividend before forward maturity. How does the present value of dividends affect the forward price?

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Question 31

Which is the correct description of a net investment hedge?

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Question 32

Suppose zero rates are z1 = 2.4% for 1y and z2 = 3.42% for 2y. Compute the 1y1y implied forward rate (one-year forward rate starting in one year).

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Question 33

Which of the following best describes a covered call's payoff at maturity relative to strike X and premium c0?

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Question 34

A long forward and a long call with exercise price equal to forward price are compared. For which ST range will the option profit exceed the forward profit, assuming the option premium is c0?

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Question 35

Which of the following best characterizes systemic risk in derivatives markets as discussed in the chapter?

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Question 36

In Example 4 (Esterr Inc. swap to fixed), Esterr pays fixed 2.05% and receives floating MRR on CAD250 million. If MRR rises significantly after inception, what happens to the swap MTM from Esterr's perspective?

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Question 37

When bootstrapping zero rates from coupon bond prices, which principle ensures no-arbitrage pricing of a zero-coupon claim?

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Question 38

Which of these best characterizes the convexity bias between interest-rate futures and FRAs?

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Question 39

Which is true about the present value formula for the mark-to-market value of a forward contract on an underlying with known cash incomes and costs?

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Question 40

Which of the following most accurately describes a CDS protection seller?

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Question 41

An investor compares entering a forward sale of shares in 6 months vs buying a put option for protection. Which is true if the investor expects the stock to rise but wants downside protection?

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Question 42

Which of the following best captures the operational efficiency argument for why derivative markets improve market efficiency generally?

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Question 43

A structured note guarantees 80% principal protection plus upside linked to an index above a 5% threshold and is sold at 102% of par. Compared with buying a stand-alone call replicating the upside, what additional investor risks are highlighted?

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Question 44

Which of the following best explains why an issuer might prefer OTC forwards over exchange-traded futures for hedging a specific commercial exposure?

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Question 45

When would an investor prefer to buy a call option rather than enter a forward purchase on the same underlying?

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Question 46

Which statement best describes how futures price discovery can help cash market participants?

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Question 47

If a futures price is positively correlated with interest rates and interest rates rise, what is the likely relative attractiveness and price relationship between futures and forwards?

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Question 48

A portfolio manager will receive a large foreign currency cash inflow in three months and wants to lock the conversion rate now. Which derivative achieves this most precisely and why?

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Question 49

Which of the following is the most accurate description of margin calls in futures markets?

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Question 50

Consider a pay-fixed, receive-floating interest rate swap. Which cash-market position replicates this swap economically?

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