3. Alternative Investments and Derivatives Flashcards
A. Derivatives (page 2)
Derivatives are widely used in investment management and by fund managers of collective investment vehicles.
A1. Characteristics (page 2)
A1A. The development of derivatives (page 2)
Derivatives first used in agriculture in 1848.
Then used in financial markets in the 1970s.
Now mainly used on derivatives markets for speculative or hedging purposes.
A1B. What are derivatives? (page 3)
A derivative is a financial instrument based on some other asset (known as the underlying asset or an ‘underlying’).
Examples of underlying asset:
- equities
- bonds
- interest rate movements
- commodities
Key Difference: when buying a derivative (rather than buying the asset itself), the cost of the derivative is a fraction of what it would cost to buy the actual asset.
A2. Types and methods of investing (page 3)
Financial derivatives are traded on:
- derivatives exchanges
- directly between counterparties on the over-the-counter (OTC) market
Main types of derivatives:
- FUTURES
- OPTIONS
- SWAPS
These allow traders and hedgers to make profits on upward or downward movements un the underlying asset.
A2A. Futures (pages 3, 4, 5, 6, 7 & 8)
A futures contract is:
A LEGALLY BINDING OBLIGATION between two parties for one party to buy, and the other to sell:
- a pre-specified amount
- at a pre-specified price
- on a pre-specified future date
The terms and conditions are standardised so that the futures can be traded on a derivatives exchange. This is known as ‘Contract Specifications’.
A2A. Futures (page 4) - TERMINOLOGY
LONG - refers to the buyer of the future (who is committed to buying the underlying asset at the pre-agreed price at the pre-agreed specified future date
SHORT - refers to the seller (who is committed to delivering the asset on the pre-agreed specified future date in exchange for the pre-agreed price)
OPEN - this is when a market participant first enters into futures (entering into a ‘long’ position for buyers and ‘short’ position for sellers)
UNDERLYING - the asset that drives the value of the future
BASIS - quantifies the difference between the cash price of the underlying asset and the future price
DELIVERY DATE - the date on which the agreed future transaction takes place (represents the end of the future’s life)
CLOSE - most futures are opened and do not end up actually being delivered; they are ‘closed out’ instead by making a closing sale before the delivery date
A2A. Futures (pages 4, 5 & 6) - RISK REWARD PROFILE OF FUTURES
The buyer of the future is described as ‘going long’.
They hope that the underlying asset will increase in price over time (as they will then be buying it at a discount).
Buyer makes money in a rising market and loses money in a falling market.
The seller of the future is taking the ‘short position’.
They hope that the underlying asset will decrease in price.
Seller makes money in a falling market and loses money in a rising market.
A2A. Futures (page 6) - USES OF FUTURES CONTRACTS
Futures can be used to hedge portfolios against adverse market conditions:
- the portfolio manager’s mandate may require equities to be held within the portfolio regardless of market conditions
- selling a large portfolio of shares would move the price of the shares against the portfolio manager, taking time and resulting in high dealing costs
- Futures markets, being more liquid, would not move the shares against the portfolio manager and would be completed swiftly
- Future incur lower dealing costs
A2A. Futures (pages 6 & 7) - FTSE 100 INDEX FUTURE
The FTSE 100 Index Future is based upon the FTSE 100 Index.
The number of contracts needed to hedge a portfolio is known as the hedging ratio.
The future is priced in index points with a tick value of £10 per index point.
A2A. Futures (page 7) - LONG GILT FUTURE
These can be used in exactly the same way as FTSE 100 index futures contracts.
Differences include:
- based on a notional gilt with a £100,000 nominal value and a 7% coupon
- each contract had a tick value of £10 per 0.01 movement in the contract price
- each 0.01 is known as a basis point
A2A. Futures (page 7) - SHORT-TERM INTEREST RATE FUTURES
These are based on short-term interest rates such as three-month sterling deposits.
Each contract has a notional value of £500,000 and a tick value of £12.50 per 0.01 movement.
Can be used for hedging:
- if a speculator believes that short-term interest rates are increasing then they will sell the contract because higher interest rates will cause the price of the contract to fall
- hedgers will buy the contract to guard against falling interest rates
A2A. Futures (page 7) - STOCK FUTURES
These allow a manager to hedge the price risk associated with individual stocks held within a portfolio (rather than an entire portfolio).
They are currently limited to a selection of larger multinational companies.
Each position take in a contract is for 1,000 UK company shares, or 100 US or European.
A2A. Futures (pages 7 & 8) - CONTRACTS FOR DIFFERENCE
Contracts for difference are where the futures are settled between the counterparties by cash on the monetary gain or loss.
A2B. Options (pages 8, 9 & 10)
Options GIVE BUYS THE RIGHT BUT NOT THE OBLIGATION to buy/sell a specific underlying asset at a specified time (like a Future).
A2B. Options (page 8) - TERMINOLOGY
CALL OPTION - see below
PUT OPTION - see below
HOLDER - the buyer of the option
WRITER - the seller of the option
PREMIUM - price paid for an option
STRIKE PRICE - price at which the underlying asset may be bought or sold
AT-THE-MONEY - call option where the strike price is the same price as the underlying asset
IN-THE-MONEY - strike price below the current asset price which could be exercised for a profit
OUT-OF-THE-MONEY - opposite to in-the-money
EXPIRY DATE - last day of the option’s life
EUROPEAN STYLE - options that can only be exercised on their expiry date
AMERICAN STYLE - options that may be exercised at any time during their life including on the expiry date
A2B. Options (pages 8 & 9) - ROLES OF THE OPTION WRITER AND OPTION HOLDER
WRITER:
- confers the right (rather than the obligation) to the holder (they cannot say no)
- to either buy or sell an asset
- at a pre-specified price
- in exchange for the holder paying a premium for this right
- is required to make initial and variation margin payments to the clearing house
HOLDER:
- does not have to exercise the right if the transaction does not work in their favour
- the only loss to them is the premium paid for the right
A2B. Options (page 9) - CALL OPTIONS (HOLDER/BUYER)
Call Options:
- the holder (buyer) takes the long position
- the writer (seller) takes the short position
HOLDER/BUYER: the holder (buyer) pays a premium for the right to buy the underlying asset at the expiry date
- the higher the value of the underlying asset the more profit is made
- profits can be unlimited
- losses (risk) limited to the price of the premium paid
A2B. Options (page 9) - CALL OPTIONS (WRITER/SELLER)
WRITER/SELLER: they receive the premium
- they want the value of the underlying asset to not rise
- this is so the holder abandons the option and the writer retains the premium and asset
- the higher the value of the underlying asset the more loss is made
- losses can be unlimited
- gain (profit) limited to the price of the premium paid
A2B. Options (pages 9 & 10) - PUT OPTIONS
- the holder (buyer) takes the long position
- the writer (seller) takes the short position
HOLDER/BUYER: the holder (buyer) pays a premium for the right to sell the underlying asset at the expiry date if they wish
- the more the price of the underlying asset falls the more profit is made
- profits limited to the strike price less the premium paid
- losses (risk) limited to the price of the premium paid
WRITER/SELLER: takes on the obligation to buy the underlying asset at expiry.
- hope that the share price will not fall and that the holder will abandon the asset
- maximum profit is the premium
- maximum loss is the strike price minus the premium paid
A2B. Options (page 10) - PREMIUMS AND INTRINSIC VALUE
Options premiums are affected by many factors:
UNDERLYING ASSET PRICE
- higher the price, the more valuable call options are and the less valuable put options are
EXERCISE PRICE
- higher the price, the less valuable call options are and the more valuable put options are
TIME TO MATURITY
- longer the term to maturity, more chance that the option will expire in-the-money
- higher the time value and higher the premium
VOLATILITY OF THE UNDERLYING ASSET PRICE
- more volatile the higher the chance of the option expiring in the money
- therefore the greater the premium
A2B. Options (page 10) - PREMIUMS AND INTRINSIC VALUE
CONTINUED
Premium = instrinsic value + time value
Instrinsic value: value of the option is exercised now
Time value: difference between the premium and the instrinsic value
A3. Uses of derivatives (pages 10 & 11)
Derivatives can be used to increase or decrease risk within a portfolio:
ASSET ALLOCATION - it is possible to move within markets quickly using futures over using physical stocks
CAPTURING VOLATILITY - derivatives can capture gains every time an index moves by more than a pre-set parameter. Physical stocks may have to sit tight during volatility
CURRENCY & INTEREST RATE PLAYS - derivatives allow managers to capture gains on an equity index without being exposed to that index’s base currency or interest rate structure
ANTICIPATING CASH FLOWS - using cash to buy futures or options whilst managers are changed
INCREASING RETURNS BY INCREASING RISK
INCREASING RETURNS BY INVESTING IN CASH
PORTFOLIO INSURANCE USING PUT OPTIONS - put options produce a profit when markets fall. Stops managers having to sell to cash
WRITING OPTIONS - manager may increase income by writing options and receiving the options premium
B. Derivative products (page 11)
Structured products now use derivatives.
The products available to retail investors are detailed over the next few cards.
B1. Characteristics (page 11)
The versions of derivative product available to retail investors allow them to trade on the LSE or through special intermediaries.
Investors can make significant gains or losses.
B2. Types and methods of investing (pages 11 & 12)
- Traditional warrants
- Covered warrants
- Specialised collective investment vehicles (SCIV)
- Contracts for difference
- Spread betting
With the exception of SCIVs, these require the establishment of a dealing account with a stockbroker or specialised firm.
B2A. Warrants (page 12)
- Issues by companies, such as Investment Trusts (IT)
- Traded on the LSE
- Investors in new ITs usually receive one ‘free’ warrant for every five shares purchased as an incentive
- Warrant is a long-term call option (have the right, but not the obligation, to buy shares at a fixed price and pre-determined date in the future)
- Warrants produce no income
- Warrants are geared so have high risk and reward
- Investors can sell the warrants, or exercise them
- Not worth exercising if the exercise price exceeds the market price of the shares
B2B. Covered warrants (page 12)
- is a type of call options
- issued by investment banks
- described as ‘covered’ because the writer will often hedge its exposure by buying the underlying asset
- traded on the LSE
- always cash settled
B2C. Collective investment vehicles (page 12)
Three main types of OEIC set up to deal in futures and options:
- Futures and options funds (FOFs): permit managers to invest in derivatives providing the transactions are covered by the underlying assets
- Geared FOFs: allows managers to invest in up to 20% of the funds in the derivatives market
- Capital protected UTs and OEICs: these offer up to 80% of the rise in the FTSE 100 over a fixed term, with full capital protection if the index falls
B2D. Contracts for difference (page 13)
- can be used for trading shares
- are geared investments so only a proportion of the value of the trade is needed to fund a trade
- markets they trade in are very liquid so appeal to stock market traders rather than investors
B2E. Spread and binary betting (page 13)
- requires an account with a spread betting firm
- they quote on a wide range of indices, equities and commodities
- high levels of gearing can be used