University of Colorado at Boulder – Leeds School of Business – FNCE4030
FNCE4030 – Investments and
Portfolio Management
Introduction on Derivatives
University of Colorado at Boulder – Leeds School of Business – FNCE4030
What is a Derivative?
• A derivative is an instrument whose value
depends on, or is derived from, the value of
another asset.
• Examples:
– Futures
– Forwards
– Swaps
– Options
– Exotics
– …
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Why Derivatives Are Important
• Key role in transferring risks in the economy
• Underlying assets include stocks, currencies,
interest rates, commodities, debt instruments,
electricity, insurance payouts, weather, etc.
• Many financial transactions have embedded
derivatives
• The real options approach to assessing
capital investment decisions has become
widely accepted
University of Colorado at Boulder – Leeds School of Business – FNCE4030
How Derivatives Are Traded
• On exchanges such as the Chicago Board
Options Exchange
• In the over-the-counter (OTC) market where
traders working for banks, fund managers
and corporate treasurers contact each other
directly
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Size of OTC & Exchange-Traded Markets
Source: Bank for International Settlements. Chart shows total principal amounts for
OTC market and value of underlying assets for exchange market
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Growth of OTC Market by Product
0
100
200
300
400
500
600
700
Jun.98 Jun.99 Jun.00 Jun.01 Jun.02 Jun.03 Jun.04 Jun.05 Jun.06 Jun.07 Jun.08 Jun.09 Jun.10 Jun.11 Jun.12
Commodity
Equity-linked
Credit default swaps
Interest rate
FX
$ trilli
ons
University of Colorado at Boulder – Leeds School of Business – FNCE4030
How Derivatives are Used
• To hedge risks – e.g. you are a producer of oil or a consumer of
soy beans, or are paid in a different currency
• To speculate (take a view on the future
direction of the market)
• To lock in an arbitrage profit
• To change the nature of a liability
• To change the nature of an investment
without incurring the costs of selling one
portfolio and buying another
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Forwards
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Forward Price
• DEFINITION: the delivery price that
would be applicable to the contract if
negotiated today
(i.e. the delivery price that would make
the contract worth exactly zero today)
• The forward price may (and will likely)
be different for contracts of different
maturities
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Some Terminology (more to come)
• The party that has agreed to buy has a long
position
• The party that has agreed to sell has a short
position
• Selling a derivative is sometimes referred to
writing a derivative (forwards, options, etc.)
• The contract delivery date is sometimes
referred to expiration date, or maturity date
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Forward Example
• On Jan 10, 2013 the treasurer of a
corporation enters into a long forward
contract to buy £1 million in six months at an
exchange rate of 1.6115
• This contract obligates the corporation to pay
$1,611,500 for £1 million on the maturity date
(July 10, 2013)
• What are the possible outcomes?
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Profit from a Long Forward
• K = delivery price = forward price at time
contract is entered into
Profit
Price of Underlying at
Maturity, ST K
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Profit from a Short Forward
• K = delivery price = forward price at time
contract is entered into
Profit
Price of Underlying at
Maturity, ST K
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Futures Contracts
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Futures Contracts
• Agreement to buy or sell an asset for a
certain price at a certain time
• Similar to forward contract, but there are
• Differences:
– A forward contract is traded OTC, a futures
contract is traded on an exchange
– A futures contract requires daily settlement of the
value of the contract, a forward contract has a
cash flow only a maturity
• WARNING– This is what the book says but it is not
strictly true. More on this later.
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Exchanges Trading Futures
• CME Group (formerly Chicago Mercantile
Exchange and Chicago Board of Trade)
• NYSE Euronext
• BM&F (Sao Paulo, Brazil)
• TIFFE (Tokyo)
• and many more (see list at end of Hull book)
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Examples of Futures Contracts
• You think gold will appreciate during the year:
Buy 100 oz. of gold @ 1662 $/oz in Dec.
• You will receive GBP in March but want USD:
Sell £62,500 @ 1.661 US$/£ in March
• You are an oil producer and want to hedge:
Sell 1,000 bbl. of oil @ 92 $/bbl in April
• You are a soybean buyer looking to lock your
input costs:
Buy 1mm bushels of soybean in 6m
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Futures/Forwards vs. Options
• A futures/forward
contract gives the
holder the
obligation to buy
or sell at a certain
price
• An option contract
gives the holder
the right to buy or
sell at a certain
price
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Who Trades Derivatives?
• Hedgers use derivatives to mitigate the risk
they are already exposed to, coming from
their business or assets/liabilities
• Speculators use derivatives to express a
view – often with leverage – on a financial
sector/asset
• Arbitrageurs use derivatives to lock in a
specific payout for a risk-free profit
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Hedging Examples (pages 10-12)
• A US company will pay £10 million for imports
from Britain in 3 months and decides to
hedge using a long position in a forward
contract
• An investor owns 1,000 Microsoft shares
currently worth $26.88 per share. A two-
month put with a strike price of $27.00 costs
$1. The investor decides to hedge by buying
10 contracts
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Speculation Example
• You have $2,000 to invest
• You believe that a stock price will increase
over the next 2 months
• The current stock price is $20
• The price of a 2-month call option with a
strike of 22.50 is $1
• What are the alternative strategies?
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Arbitrage Example
• A stock price is quoted both in London and in
New York. The prices are:
– £100 in London
– $155 in New York
• The current exchange rate is 1.6100
• (ask your self what are the units of that figure)
• Is there an arbitrage opportunity?
• If so what is it?
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Dangers
• Traders can switch from being hedgers to
speculators or from being arbitrageurs to
speculators
• It is important to set up controls to ensure that
trades are using derivatives in for their
intended purpose
• SocGen is an example of what can go wrong (see Hull, Business Snapshot 1.3 on page 17)
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Hedge Funds (see Business Snapshot 1.2, page 11)
• Mutual Funds must
– disclose investment policies,
– makes shares redeemable at any time
– limit use of leverage
– take no short positions.
• Hedge Funds
– Are not subject to the same rules as mutual funds
– Cannot offer their securities publicly
– Use complex trading strategies are big users of
derivatives for hedging, speculation and arbitrage
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Swaps
C le an up s lid e sC le an up s lid e s
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Nature of Swaps
• A swap is an agreement to exchange
cash flows at specified future times
according to certain specified rules – Typically swaps have two legs as there are two
parties…swapping cash flows
Counterparty
A
Counterparty
B
Cash flow
Cash flow
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Vanilla Interest Rate Swap
• An agreement to swap fixed rate cash flows
for floating cash flows over a specified period
of time
– Tenor
• determines how often payments are made
• In the US
– floating payments are generally every 3 months
– Fixed payments are made every 6 months
– Floating cash flows reference a “trusted”
benchmark rate – e.g. LIBOR
• Generally the reference rate is fixed at the beginning of
a period and paid at the end
University of Colorado at Boulder – Leeds School of Business – FNCE4030
E.g. “Plain Vanilla” Int. Rate Swap
• An agreement by Microsoft to
– receive 6-month LIBOR
– pay a fixed rate of 5% per annum every 6 months
– Start date: 5 March 2012,
– Maturity: 5 March 2015
– Notional: $100m
• Next slide illustrates* cash flows that could
occur
* illustrative trade, day count conventions are not
considered, payment frequency not typical
University of Colorado at Boulder – Leeds School of Business – FNCE4030
A Possible Outcome for Cash Flows
Date LIBOR Floating Cash
Flow
Fixed Cash
Flow
Net Cash
Flow
Mar 5, 2012 4.20%
Sep 5, 2012 4.80% +2.10 −2.50 −0.40
Mar 5, 2013 5.30% +2.40 −2.50 −0.10
Sep 5, 2013 5.50% +2.65 −2.50 + 0.15
Mar 5, 2014 5.60% +2.75 −2.50 +0.25
Sep 5, 2014 5.90% +2.80 −2.50 +0.30
Mar 5, 2015 +2.95 −2.50 +0.45
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Typical Uses of an Int. Rate Swap
• Converting a liability from
– fixed rate to floating rate
– floating rate to fixed rate
• Converting an investment from
– fixed rate to floating rate
– floating rate to fixed rate
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Swap Fixed for Floating
• You enter an interest rate swap
– Notional: 100m
– Maturity: 5 March 2015
– Semi-annual payments
– Pay Fixed: 5%
– Receive Floating: 6 Month USD LIBOR
5 March
2013
5 Sep
2013
5 March
2014
5 Sep
2014
5 March
2015
2.5% 2.5% 2.5% 2.5% 2.5%
6M LIBOR 6M LIBOR 6M LIBOR 6M LIBOR 6M LIBOR
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Other types of swaps
• Credit Default Swaps (CDS)
• Currency Swaps
• Commodity Swaps
• Mortgage Swaps
• Equity Swaps (on price or dividends)
• Variance Swaps
• etc.
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Options
C le an up s lid e sC le an up s lid e s
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Basic Option Terminology
An option gives the holder the
right but not the obligation to
buy(sell) the underlying asset
at some time or times in the
future.
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Underlying Assets
• Stocks
• Currencies
• Stock Indices (not indexes)
• Futures
• Commodities (individual and index)
• Interest Rates (swaptions)
• Credit products (credit default swaptions)
• etc.
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Option Types
• A Call option is
an option to buy
a certain asset by
a certain date for
a certain price
(the strike price)
• A Put option is an
option to sell
a certain asset by
a certain date for
a certain price
(the strike price)
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Options Style
• An American
option can be
exercised at
any time
during its life
• A European
option can be
exercised only
at maturity
A Bermudan option can be
exercised only at fixed times
before maturity (e.g. monthly)
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Option Contracts Specs
• Expiration date
• Strike price (or Exercise price)
• European or American (option style)
• Call or Put (option class or type)
• Delivery details
– Cash or Physical delivery
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Mechanics of Options
Markets
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Payoff Diagrams
• A common technique for understanding
options is to draw a payoff diagram
• This will usually show the value of the option
at expiry
• Note – you will see payoff diagrams that
deduct the the premium paid from the payoff
– Many diagrams in the Hull book do this
– Generally this is frowned upon in the industry,
because you are adding values at different times
– The following slides will chart just payoffs
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Long Call Option
0
1
2
3
4
5
6
0 1 2 3 4 5 6 7 8 9 10
Payo
ff
Terminal Asset Price
Payoff for a European Call option with a strike of $5
𝑃𝑎𝑦𝑜𝑓𝑓 = 𝑀𝑎𝑥[0, 𝑆𝑇 − 𝐾]
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Short Call Option
-6
-5
-4
-3
-2
-1
0
0 1 2 3 4 5 6 7 8 9 10
Payo
ff
Terminal Asset Price
Payoff for a European Call option with a strike of $5
𝑃𝑎𝑦𝑜𝑓𝑓 = −𝑀𝑎𝑥[0, 𝑆𝑇 − 𝐾]
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Long Put Option
0
1
2
3
4
5
6
0 1 2 3 4 5 6 7 8 9 10
Payo
ff
Terminal Asset Price
Payoff for a European Put option with a strike of $5
𝑃𝑎𝑦𝑜𝑓𝑓 = 𝑀𝑎𝑥[0, 𝐾 − 𝑆𝑇]
University of Colorado at Boulder – Leeds School of Business – FNCE4030
Short Put Option
-6
-5
-4
-3
-2
-1
0
0 1 2 3 4 5 6 7 8 9 10
Payo
ff
Terminal Asset Price
Payoff for a European Put option with a strike of $5
𝑃𝑎𝑦𝑜𝑓𝑓 = −𝑀𝑎𝑥[0, 𝐾 − 𝑆𝑇]