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Transcript of POF_Week_9_SB (2)
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PD Hahn 2
Topics Covered
• Introduction to Hedging Tools
• Forwards, Futures, Swaps
• Calls, Puts and Shares• Derivative Securities
• Financial Alchemy with Options
• What Determines Option Values?
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PD Hahn 3
Hedging with Forwards andFutures
All Businesses Have Risk (for example)
Intrinsic Risk (of the firm/industry) - variable costs
Extrinsic (Market) Risk - Interest rate changes
Goal = Eliminate risk
HOW?
Hedging & Forward Contracts» What i f you cou ld know and commit to a pr ice for
buying and sell ing in 3 month s or 3 years from
now?
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PD Hahn 4
Hedging with Forwards and Futures
For example….Kellogg produces breakfast cereal. A majorcomponent and cost factor is sugar. Imagine YOU ARE Kellogg
• Tesco and Sainsbury can order cereal for the next 6 months attoday’s list price.
• However, sugar prices could go up next week increasing costs andlowering Kellogg’s profit margin when producing cereal to meetorders.
• To fix your profit margin, you would ideally like to purchase all yoursugar today, since you like today’s price, and set your price forcereal based on it. But, you cannot.
• You can, however, sign a contract to purchase sugar at variouspoints in the future for a price negotiated today.
• This contract is called a “Forward” or a “Futures” Contract.
• Kellog’s managing it’s sugar costs is Hedging.
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PD Hahn 5
Hedging with Forwards and Futures
1- Spot Contract - A contract for immediate sale & delivery of an
asset.
2- Forward Contract - A contract between two people for the
delivery of an asset at a negotiated price on a set date in the future.
3- Futures Contract - A contract similar to a forward contract,
except there is an intermediary that creates a standardized
contract. Thus, the two parties do not have to negotiate the terms
of the contract.
The intermediary in a Futures contract is a an Exchange and it
guarantees all trades & “ provides” a secondary market for the
trading in Futures.
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PD Hahn 6
Types of Futures
Commodity Futures
-Sugar -Corn -OJ
-Wheat -Soy beans -Pork bellies
Financial Futures
-T-bills -Yen -GNMA
-Stocks -Eurodollars
Index Futures
-S&P 500 -Value Line Index
-Vanguard Index
SUGAR
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PD Hahn 9
Futures Contract Concepts
Not an actual sale
Always a winner & a loser (unlike stocks)
K are “settled” every day. (Marked to Market)
Hedge - K used to eliminate risk by locking in prices
Speculation - K used to gamble
Margin - not a sale - post partial amount (use leverage)
Hog K = 30,000 lbs ( “K ” is a contract )
T-bill K = $1.0 mil
“Valueline” Index K = $index x 500
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PD Hahn 10
Futures and Spot Contracts
yieldDividendratefreeRisk
pricespotsToday'
lengthtof contracton pricefutures
)1(
0
0
yr
S
F
yr S F
f
t
t
f t
The basic relationship between futures prices and spot prices for equity securities.
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PD Hahn 11
Futures and Spot Contracts
ExampleThe DAX spot price is 5,952.38. The interest rate is 3.6% and thedividend yield on the DAX index is 2.0%. What is the expected priceof the 6 month DAX futures contract?
000,6
)01.018.1(38.952,5
)1(0
t
f t yr S F
Adjusted for 6 months
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PD Hahn 12
Futures and Spot Contracts
yieldeConvenienc NetcoststorageExpresssc
yieldeConvenienc
ratefreeRisk
pricespotsToday'
lengthtof contracton pricefutures
)1(
0
0
sccyncy
cy
r
S
F
cy scr S F
f
t
t
f t
The basic relationship between futures prices and spot prices for commodities.
N.B. – ncy can
sometimes be positive(negative effect) if
supply/demand is
changing.
F t = S
0 (1 + r
f - ncy)
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PD Hahn 13
Futures and Spot ContractsExample
In December the spot price for coffee was $1.234 per pound. Theinterest rate was 5.32 % per year. The net convenience yield was5.6%. What was the price of the 9 month futures contract?
2141.1
)056.00399.1(234.1
)1(
r adjustedtimewith)1(
)1(
0
0
0
ncyr S F
ncyr S F
or
cy scr S F
f t
f t
t
f t
One changed, why?
Because the ncy (orbenefit to the owner) ishigher than the interestrate, the future price islower than the Spot
price.
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Futures and Spot Contracts
ExampleIn January the spot price for oil was $41.68 barrel. The interest ratewas 0.44 % per year. Given a one year futures price of $58.73,what was the net convenience yield?
F t = S 0 (1 + r f + sc - cy)t
58.73 = 41.68 (1 + 0.0044 - ncy)
ncy = -0.405
14
-0.405 = -40.5% , in otherwords, it wasn’t very valuableto hold oil during this period.
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Net Convenience Yield
A n n u a l i z e d N e t C o n v e n i e
n c e Y i e l d ,
%
-60.00
-50.00
-40.00
-30.00
-20.00
-10.00
0.00
10.00
20.00
30.00
40.00
0 1 / 0 1 / 1 9 9 5
0 1 / 0 8 / 1 9 9 5
0 1 / 0 3 / 1 9 9 6
0 1 / 1 0 / 1 9 9 6
0 1 / 0 5 / 1 9 9 7
0 1 / 1 2 / 1 9 9 7
0 1 / 0 7 / 1 9 9 8
0 1 / 0 2 / 1 9 9 9
0 1 / 0 9 / 1 9 9 9
0 1 / 0 4 / 2 0 0 0
0 1 / 1 1 / 2 0 0 0
0 1 / 0 6 / 2 0 0 1
0 1 / 0 1 / 2 0 0 2
0 1 / 0 8 / 2 0 0 2
0 1 / 0 3 / 2 0 0 3
0 1 / 1 0 / 2 0 0 3
0 1 / 0 5 / 2 0 0 4
0 1 / 1 2 / 2 0 0 4
0 1 / 0 7 / 2 0 0 5
0 1 / 0 2 / 2 0 0 6
0 1 / 0 9 / 2 0 0 6
0 1 / 0 4 / 2 0 0 7
0 1 / 1 1 / 2 0 0 7
0 1 / 0 6 / 2 0 0 8
0 1 / 0 1 / 2 0 0 9
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PD Hahn 16
SWAPS
Definition - An agreement between two firms, in which eachfirm agrees to exchange the “interest ratecharacteristics” of two different financial instruments ofidentical principal
Key points
Credit Spread inefficiencies (markets price risk differently)Same notation principal (the basis of deal size)
Only interest payments exchanged
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PD Hahn 17
SWAPS
• Fixed rate payer (ABC), S&P rated A
• Floating rate payer (XYZ), Moody’s rated Aaa
• Counterparties
• Settlement dates (in our example, once peryear)
• Swap Benefit = reduction in borrowing cost
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PD Hahn 18
SWAPSexample (annually settled) - Borrowing Options for XYZ & ABC
XYZ ABCFixed rate (Bond YTM) 10% 11.5%
Floating rate (Bank Loan) LIBOR + .25 LIBOR + .50
Assume LIBOR = 7%, do a swap (assume $1mil face value loans)
XYZ issues bond for $1mil @ 10% fixed
ABC borrows from bank $1mil @ 7.5% floating
The Swap: XYZ pays (ABC) floating (LIBOR) @ 7.00% ABC pays (XYZ) fixed @ 10.25%
We say the ‘ swap rate ’ is 10.25%
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Swap Curves(similar to the term structure)
SWAP Curves for three currencies during March 2009
5-year swap rate in dollars
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PD Hahn 20
WHY SWAP?
example - cont
Benefit to XYZ Net position
floating +7.25 -7.00 +.25
fixed +10.25 -10.00 +.25Net gain +.50%
Benefit ABC Net Position
floating +7.00 - 7.50 -.50fixed -10.25 + 11.50 +1.25
net gain +.75%
XYZ has loweredits floating rateborrowing cost by0.50%, effectivelypaying 7.25-0.50 =6.75% (or L-0.25)
ABC has loweredits fixed rateborrowing cost by0.75% to 10.75%.
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PD Hahn 21
SWAPS
example - cont
Settlement date (assuming LIBOR doesn’t change)
ABC pmt 10.25% x 1mil = 102,500
XYZ pmt 7.00% x 1mil = 70,000
net cash pmt by ABC = 32,500
i f Libor r ises to 9%
settlement date
ABC pmt 10.25 x 1mil = 102,500XYZ pmt 9.00 x 1mil = 90,000
net cash pmt by ABC = 12,500
XYZ which haschanged its costto floating willpay more
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An Easier Way…..
XYZ ABC-10%
-10
+10.25
-L
-(L-.25%)
10.25%
L%
-.50%
-L
-L
-.50
+L
-10.25
-10.75
BOND
ISSUE
BANK
BORROW
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PD Hahn 23
SWAPS
A Forward or a Future?• rarely done direct
• banks = middleman
• bank profit = part of “swap gain”
example - same continued with a bank in betweenXYZ & ABC go to bank separately
XYZ term = SWAP floating @ LIBOR for fixed @ 10.25%
ABC terms = swap floating LIBOR + for fixed 10.50%
(was 10.25%)
Bank gets 0.25% p.a. (or $2500) for taking each side risk
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Changes…
PD Hahn 24
New global banking regulation requires interestrate swaps to done outside of banks in coming
years and on financial exchanges with centralclearing parties (CCPs). Thus, the majority ofinterest swaps will become _________ fromtoday’s ________.
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PD Hahn 25
Speculation
Example - You are speculating in Hog Futures. You thinkthat the Spot Price of hogs will rise in the future. Thus, yougo Long on 10 Hog Futures. If the price drops .17 centsper pound ($.0017) what is total change in your position?
Long ± Own or Buy
and willbenefit fromprice rise
Short ± Sell or willbenefit fromprice fall
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PD Hahn 27
Commodity Hedging1) In June, farmer John Smith expects to harvest
10,000 bushels of corn during the month of August. – He knows the cost of seed and fertilizer ($2.60 per
bushel or $26,000), but can’t be sure of his sale price, itcould go up or down.
2) In June, September corn futures are selling for$2.94 per bushel (1K = 5,000 bushels). FarmerSmith wishes to lock in this price (and his profit, hedoes not want to risk selling at a loss,
2K=$29,400).Show the futures transactions if the Sept spot price
rises to $3.05.
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PD Hahn 28
Commodity HedgeIn June, farmer John Smith expects to harvest 10,000
bushels of corn during the month of August. In June, theSeptember corn futures are selling for $2.94 per bushel(1K = 5,000 bushels). Farmer Smith wishes to lock inthis price.
Show the transactions if the Sept spot price rises to $3.05.
Revenue from Crop: 10,000 x 3.05 30,500
June: Short 2K @ 2.94 = 29,400
Sept: Long 2K @ 3.05 = 30,500 .
Loss on Position------------------------------- ( 1,100 )
Total Revenue $ 29,400
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PD Hahn 29
Commodity Speculation
You have lived in London your whole life and areindependently wealthy. You think you know everythingthere is to know about pork bellies (uncured bacon)because your butler fixes it for you every morning.
Because you have decided to go on a diet, you think
the price will drop over the next few months.
On the CME, each PB K is 38,000 lbs (pounds weight).Today, you decide to short three May Ks @ 44.00 cents
per lbs. In Feb, the price rises to 48.5 cents and youdecide to close your position. What is your gain/loss?
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PD Hahn 30
The Market Needs Speculators
-----Why?Nov: Short 3 May K (.4400 x 38,000 x 3 ) = + 50,160
Feb: Long 3 May K (.4850 x 38,000 x 3 ) = - 55,290
Loss of 10.23 % = - 5,130
If you w ere Farmer Smith, and you on ly planted
one of two f ie lds , and you saw that speculators
had pushed the price of Sept co rn to $3.50,what wou ld you do?
Speculators can influence (provide information to) producers
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PD Hahn 31
Margin
• The amount (percentage) of a Futures Contract Valuethat must be on deposit with a broker (the exchange).
• Since a Futures Contract is not an actual sale, you needonly pay a fraction of the asset value to open a position =margin.
• CME margin requirements are 15%
• Thus, you can control $100,000 of assets with only
$15,000.
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PD Hahn 32
Nov: Short 3 May K (.4400 x 38,000 x 3 ) = + 50,160Feb: Long 3 May K (.4850 x 38,000 x 3 ) = - 55,290
Loss = - 5,130
Loss 5130 5130
Margin 50160 x.15 7524------------ = -------------------- = ------------ = 68% loss
Our wealthy London friend now buys….On the CME, each PB K is
38,000 lbs. Today, you decide to short three May Ks @ 44.00 cents perlbs. In Feb, the price rises to 48.5 cents and you decide to close yourposition. What is your gain/loss?
Commodity Speculation with margin
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PD Hahn 34
Option Obligations
Buyer Seller
Call option Right to buy asset Obligation to sell asset
Put option Right to sell asset Obligation to buy asset
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PD Hahn 35
Options
TerminologyDerivatives - Any financial instrument that is derived from
another. (e.g.. options, warrants, futures, swaps, etc.)
Opt ion - Gives the holder the right to buy or sell a security at aspecified price during a specified period of time.
Call Optio n - The right to buy a security at a specified pricewithin a specified time.
Put Option - The right to sell a security at a specified price withina specified time.
Opt ion Premium - The price paid for the option, above the price
of the underlying security.Intr ins ic Value - Diff between the strike price and the stock price
Time Prem ium - Value of option above the intrinsic value
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PD Hahn 36
OptionsTerminology
Exercise Price - (Striking Price) The price at which you buy orsell the security.
Expirat ion Date - The last date on which the option can beexercised.
American Option - Can be exercised at any time prior to and
including the expiration date.European Option - Can be exercised only on the expiration
date.
Al l opt ions “usual ly ” act l ike Europ ean op t ions because you
make mo re money i f y ou sell the opt ion b efore expiration
(vs . exerc ising it) .
3 vs. 70-68=2
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Google StockSelected prices for puts and calls September 2008
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PD Hahn 38
Colgate-Palmolive StockSelected prices for puts and calls June 2011
Shareprice is$80.00
Exercise Date or Exercise Price of Call Price of Put
Option Maturity Price Option Option
September 2011 $70 $14.30 $0.75
75 9.90 1.40
80 6.50 2.75
85 3.70 5.10
90 1.90 8.70
December 2011 $70 $15.10 $2.20
75 12.20 2.65
80 9.00 4.60
85 6.20 7.70
90 4.10 9.46
March 2012 $70 $20.50 $4.3075 18.00 5.70
80 14.90 7.30
85 12.00 10.40
90 9.90 12.70
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PD Hahn 39
Option Value
• The value of an option at expiration is afunction of the stock price and the exerciseprice.
Example - Option values given an exercise priceof $80
00001020ValuePut
302010000ValueCall
110100908070$60PriceStock
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PD Hahn 40
Option Value
Call option value (position diagram) given a $80 exercise price, for the buyer of the call option.
Share Price
C
a l l o p t i o n v a
l u e
80 95
$15
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PD Hahn 42
Option Value
Call option payoff (to seller or writer) given an $80 exercise price.
Share Price
C a
l l o p t i o n $ p a
y o f f
80
$0
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PD Hahn 43
Option Value
Put option payoff (to seller) given a $80 exercise price.
Share Price
P u t o p t i o n $ p a
y o f f
80
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PD Hahn 44
Option ValueCall buyer profit – assume strike of $80 and
option price of $9.00 (a profit diagram)
Share Price
P o s i t i o n V a l u e
Long call
80 89
- 9.00
Break even
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PD Hahn 45
Option ValuePut seller profit – assume strike of $80 and
option price of $4.60
Share Price
P o s i t i o n V a l u e
Short put
75.40 80
+4.60
Break even
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PD Hahn 46
Option Value
Protective Put - Long stock and long put
Share Price
P o s i t i o n V a l u e
Protective Put
Long Put
Long Stock
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PD Hahn 47
Option ValueStraddle - Long call and long put
- Strategy for profiting from high volatility
Share Price
P o s i t i o n V a l u e
Straddle
Long put Long call
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PD Hahn 48
Option Value
Components of the Option Price
1 - Underlying stock price = Ps
2 - Striking or Exercise price = S
3 - Volatility of the stock returns (standarddeviation of annual returns) = v
4 - Time to option expiration = t = days/3655 - Time value of money (discount rate) = r
6 - PV of Dividends = D = (div)e-rt
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PD Hahn 49
Time Decay Chart
OptionPrice
Stock Price
Option prices decline, ceribus paribus, when
the time to expiration declines.
90 days to expiration
60 days to expiration
30 days to expiration
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PD Hahn 50
Option Value
The greater the distribution ofpossible outcomes, relative tothe final price of the stock, thehigher the value of the option.This is due to the greater
potential for profit. Thus, Y willhave a higher option price,ceribus paribus. Share Y hasa higher σ or has more risk(volatility).
Option value goes up withvolatility. Why?
T i C d
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PD Hahn 51
Topics Covered
– Introduction to Hedging Tools
– Forwards, Futures, Swaps
– Calls, Puts and Shares
– Derivative Securities
– Financial Alchemy with Options
– What Determines Option Values?We l l review next week