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Transcript of Forward and Future
7/27/2019 Forward and Future
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FORWARD AND FUTURE
CONTRACT
Prepared by:
JANAK
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WHAT IS FORWARD AND FUTURE
CONTRACT?
forward contract or simply a forward is a non-standardizedcontract between two parties to buy or to sell an asset at aspecified future time at a price agreed upon today. This is incontrast to a spot contract, which is an agreement to buy or sell an
asset today.
futures contract is a standardized contract between two parties to buy or sell a specified asset of standardized quantity and quality
for a price agreed upon today (the futures price) with delivery and payment occurring at a specified future date, the delivery date.The contracts are negotiated at a futures exchange, which acts asan intermediary between the two parties.
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PAYOFF CHART
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PRICING OF FORWARD AND FUTURE
We can find fair futures price by adding cost of carrying the
asset into the current market price (spot price) and then
converting this resultant Present Value (PV) into Future Value
(FV).
F = (S + C) erT
F = (Fair) Futures price
S = Spot price C = Cost of carrying
e = Euler’s number
r = Risk free interest rate
T = Life of the contract
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Example:
A trader enters into a 6 months contract to buy 500
quintal of barley. Barley is selling in the spot market
for Rs.13 per kg. The risk free interest is 4 % and costof storing barley is 50 paisa per kg. What should be
the fair futures price for this deal?
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Solution:
S = Spot price = Rs. 13
C = Cost of carrying = Rs. 0.50
r = Risk free interest rate = 4 %
T = Life of the contract = 6 months
F = (S + C) erT
= (13 + 0.50) × e0.04 × 0.5
= 13.50 × 1.02020
= 13.7727
The fair futures price for this deal should be Rs. 13.7727 per kgor fair contract value of Rs. 688635 (13.7727 × 500 × 100).
The prices of these contract depend upon the spot prices of the
underlying asset, cost of carrying assets into the future and
relationship with spot prices.
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VALUATION OF FORWARDS AND FUTURE
While creating forward contracts, delivery price of a futuredate is derived in such a way that both the parties (long &short) have no profit-no loss situation. At this stage the valueof the contract remains zero to both the parties. On a laterstage, there may be a positive value or negative value of the
contract due to change in market conditions. This situationarises because while entering into contract there was no profitno loss situation but as the time passes, one of the party to thecontract will be in gain and the other will be in loss. So it isimportant for the businesses to value the forward contract
daily or on periodic basis.
Valuation of forward contract is find out by finding the present value of the difference between new forward contract price and the old forward contract price.
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Formula:
flong = (F0 – K) e-rT fshort = (K - F0) e-rT
f = Forward value of the contract (long or short)
F0 = Forward price of the asset if it is created today K = Delivery price
r = Risk free rate of interest
T = Life of the forward contract
While entering a forward contract, the delivery price (K) is set equal to theforward price (F0) and the value of the contract (f) comes at zero.
Delivery price (K) remains constant with the time but the forward price (F0)changes and so the value of the contract also changes.
So to find out K on the date of contract and F0 for a later date, we need tofind out F0 because even K= F0 on the date of contract.
F0 = (S0) erT
F0 = Forward price of the asset if it is created today
S0 = Spot price of the asset on day “0”
r = Risk free rate of interest
T = Life of the forward contract
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Example:
Mr. A has entered into 1 year forward contract to purchase an
asset (non- income generating) when the spot price was Rs.
120 and the interest rate at 10% p.a. After 6 months the interestrate rise to 11% and spot price falls to Rs. 110 What is the
value of the forward contract in present?
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Solution:
First we need to find out value of K and then we can proceed to find thevalue of F0 and then we can find the value of the forward contract by taking
the Present Value of the difference between F0 and K. Valuation ofForwards.
As we know K = F0 on the date of contract, we find K with theformula of F0
F0 = S0 × erT
F0 = 120 × e0.10 × 1 = 132.62
After six months, the forward prices of the same asset will be:
F0 = 110 × e0.11 × 0.5 = 116.21
Value of the contract will be: flong = (F0 – K) e-rT
flong = (116.21 – 132.62) × e.-0.11 × 0.5 = -15.53
The present value of the contract is -15.53 or a loss of Rs. 15.53 for Mr. A
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EQUITY FORWARD WITH DIVIDEND YIELD
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Example:
A portfolio manager expect to purchase a portfolio of stock in90 days in order to hedge against a potential price increase overthe next 90 days. She decide a take long position on a 90 dayforward contract on the S&P 500. the index is currently at1145rs. The continuously compounded dividend yield is
1.75%. The risk free rate is 4.25%
A. Calculate the no arbitrage forward price on this contract
B. If is now 28 days seen a portfolio manager enter the forwardcontract the index value at 1225.Calculate the value of thecontract . 28 days in the contract.
C. See at expiration index value 1233 . calculate the value of theforward contract.
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Solution:
A. e^rc = (1+r)n
= In( 1+r)= In (1+0.0425)
= In(1.04162)
= 4.16%
No Arbitrage
Ft-0 = STe^-d(T-t) * e^r(T-t)
F0= SOe^(r-d)t
=1145*e^(0.0416-0.0175)90/365=1145*e^1.0059
=1151.83
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B.Ft = st*e^(r-d)(T-t)
F28 = 1225*e^(0.0416-0.0175)(90/365- 28/365)
= 1230.03
Vt= (ft-k)*e^-r(T-t)
= (1230.03- 1151.83)*e^-0.0416(90/365-28/365)
= 77.65
C.Vt= (st-k)
=(1235-1151.83)
= 83.81
Benefit to long because answer is Positive.
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PRICING OF CURRENCY
FORWARD
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Example:
Suppose you are the US based importer , a good you import
from UK you expect the value of the pound to increase theagainst the US dollar over the next 30 days. You will be
making the payment within 30 days and want to hedge
currency hedge us risk free rate 5.5%, UK risk free rate =
4.5%. current spot rate is $1.5%
A. Present your hedging strategy
B. Calculate no arbitrage price at day 0
C. Moving forward 10 days the spot rate is 1.53$. interestrate are unchanged. Calculate the value of your forward
position.
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Solution:
A. Hedging Strategy
If we Import Long strategy
If we Export Short strategy
B. Compounding Interest rate:
US UK
RC= In (1+r) RC= In(1+r)= In(1+0.055) =In( 1+0.045)
=0.0535 = 0.0440
= 5.35% = 4.40%
Fto= ste^(r-d)(T-t)= So*e(rus-ruk)*t
= 1.5e(0.0535-0.0440)30/365
=1.5*1.0008
=1.50117
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C.
Ft= st.e(r-d)(T-t)
F10= 1.53*e^(0.0535-0.0440)(30/365- 10/365)
=1.53*1.0005
= 1.5308
Value at maturity
Vt=(ft-k)*e^-r(T-t)
= (1.5307-1.50117)*e^-0.535(30/365-10/365)
= 0.0295
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