Forwards and Futures

Similar documents
In honour of the Nobel laureates, Robert C Merton and Myron Scholes: A partial differential equation that changed the world

Matematisk statistik Tentamen: kl FMS170/MASM19 Prissättning av Derivattillgångar, 9 hp Lunds tekniska högskola. Solution.

The Mathematics Of Stock Option Valuation - Part Four Deriving The Black-Scholes Model Via Partial Differential Equations

INSTITUTE OF ACTUARIES OF INDIA

Tentamen i 5B1575 Finansiella Derivat. Måndag 27 augusti 2007 kl Answers and suggestions for solutions.

Bond Prices and Interest Rates

May 2007 Exam MFE Solutions 1. Answer = (B)

MORNING SESSION. Date: Wednesday, October 31, 2018 Time: 8:30 a.m. 11:45 a.m. INSTRUCTIONS TO CANDIDATES

Computations in the Hull-White Model

Origins of currency swaps

Final Exam Answers Exchange Rate Economics

MAFS Quantitative Modeling of Derivative Securities

Economic Growth Continued: From Solow to Ramsey

Extended One-Factor Short-Rate Models

DEBT INSTRUMENTS AND MARKETS

Financial Econometrics (FinMetrics02) Returns, Yields, Compounding, and Horizon

A pricing model for the Guaranteed Lifelong Withdrawal Benefit Option

Forecast Response Variable

Jarrow-Lando-Turnbull model

Swaps & Swaptions. by Ying Ni

UCLA Department of Economics Fall PhD. Qualifying Exam in Macroeconomic Theory

Stock Market Behaviour Around Profit Warning Announcements

Ma 093 and MA 117A - Exponential Models. Topic 1 Compound Interest

Brownian motion. Since σ is not random, we can conclude from Example sheet 3, Problem 1, that

Equivalent Martingale Measure in Asian Geometric Average Option Pricing

Unemployment and Phillips curve

Tentamen i 5B1575 Finansiella Derivat. Torsdag 25 augusti 2005 kl

= 1.8% =.018 = 3.1% =.031 = 3.6% =.036 = 3.9% =.039 = 4.3% =.043

Lecture: Autonomous Financing and Financing Based on Market Values I

ECON Lecture 5 (OB), Sept. 21, 2010

t=1 C t e δt, and the tc t v t i t=1 C t (1 + i) t = n tc t (1 + i) t C t (1 + i) t = C t vi

CHAPTER 3 How to Calculate Present Values. Answers to Practice Questions

(1 + Nominal Yield) = (1 + Real Yield) (1 + Expected Inflation Rate) (1 + Inflation Risk Premium)

Alexander L. Baranovski, Carsten von Lieres and André Wilch 18. May 2009/Eurobanking 2009

On the Edge of Completeness

Spring 2011 Social Sciences 7418 University of Wisconsin-Madison

Math 373 Fall 2016 Test 3 November 15, 2016

CHAPTER CHAPTER18. Openness in Goods. and Financial Markets. Openness in Goods, and Financial Markets. Openness in Goods,

Elton, Gruber, Brown, and Goetzmann. Modern Portfolio Theory and Investment Analysis, 7th Edition. Solutions to Text Problems: Chapter 21

Principles of Finance CONTENTS

Introduction to Black-Scholes Model

Market Models. Practitioner Course: Interest Rate Models. John Dodson. March 29, 2009

Macroeconomics. Part 3 Macroeconomics of Financial Markets. Lecture 8 Investment: basic concepts

Mathematical methods for finance (preparatory course) Simple numerical examples on bond basics

Lecture Notes to Finansiella Derivat (5B1575) VT Note 1: No Arbitrage Pricing

Models of Default Risk

MA Advanced Macro, 2016 (Karl Whelan) 1

Foreign Exchange, ADR s and Quanto-Securities

FINAL EXAM EC26102: MONEY, BANKING AND FINANCIAL MARKETS MAY 11, 2004

a. If Y is 1,000, M is 100, and the growth rate of nominal money is 1 percent, what must i and P be?

Erratic Price, Smooth Dividend. Variance Bounds. Present Value. Ex Post Rational Price. Standard and Poor s Composite Stock-Price Index

ANSWER ALL QUESTIONS. CHAPTERS 6-9; (Blanchard)

Macroeconomics II A dynamic approach to short run economic fluctuations. The DAD/DAS model.

Economics 301 Fall Name. Answer all questions. Each sub-question is worth 7 points (except 4d).

FAIR VALUATION OF INSURANCE LIABILITIES. Pierre DEVOLDER Université Catholique de Louvain 03/ 09/2004

LIDSTONE IN THE CONTINUOUS CASE by. Ragnar Norberg

Chapter 3. Time Value of Money

Roger Mercken 1, Lisette Motmans 2, Ghislain Houben Call options in a nutshell

Provide a brief review of futures markets. Carefully review alternative market conditions and which marketing

SHB Brent Crude Oil. Index Rules. Version as of 22 October 2009

Evaluating Projects under Uncertainty

FIXED INCOME MICHAEL MONOYIOS

MARKET MODELS OF FORWARD CDS SPREADS

Aggregate Demand Aggregate Supply 1 Y. f P

Option pricing and hedging in jump diffusion models

Modeling of Tradeable Securities with Dividends

The Market for Volatility Trading; VIX Futures

Black-Scholes and the Volatility Surface

Financial Markets And Empirical Regularities An Introduction to Financial Econometrics

Pricing FX Target Redemption Forward under. Regime Switching Model

Objectives for Exponential Functions Activity

The Binomial Model and Risk Neutrality: Some Important Details

Black-Scholes Model and Risk Neutral Pricing

HEDGING SYSTEMATIC MORTALITY RISK WITH MORTALITY DERIVATIVES

Financial Econometrics Jeffrey R. Russell Midterm Winter 2011

Change of measure and Girsanov theorem

CHAPTER CHAPTER26. Fiscal Policy: A Summing Up. Prepared by: Fernando Quijano and Yvonn Quijano

Interest Rate Products

An Analytical Implementation of the Hull and White Model

Dynamic Programming Applications. Capacity Expansion

Appendix B: DETAILS ABOUT THE SIMULATION MODEL. contained in lookup tables that are all calculated on an auxiliary spreadsheet.

Exponential Functions Last update: February 2008

STOCHASTIC METHODS IN CREDIT RISK MODELLING, VALUATION AND HEDGING

Section 4 The Exchange Rate in the Long Run

Fundamental Basic. Fundamentals. Fundamental PV Principle. Time Value of Money. Fundamental. Chapter 2. How to Calculate Present Values

Risk-Neutral Probabilities Explained

CURRENCY TRANSLATED OPTIONS

Proceedings of the 48th European Study Group Mathematics with Industry 1

Loss Functions in Option Valuation: A Framework for Model Selection

4452 Mathematical Modeling Lecture 17: Modeling of Data: Linear Regression

Description of the CBOE S&P 500 2% OTM BuyWrite Index (BXY SM )

Problem Set 1 Answers. a. The computer is a final good produced and sold in Hence, 2006 GDP increases by $2,000.

Available online at ScienceDirect

Finance Solutions to Problem Set #6: Demand Estimation and Forecasting

CENTRO DE ESTUDIOS MONETARIOS Y FINANCIEROS T. J. KEHOE MACROECONOMICS I WINTER 2011 PROBLEM SET #6

Chapter Outline CHAPTER

INSTITUTE OF ACTUARIES OF INDIA

Modeling of Tradeable Securities with Dividends

Volatility and Hedging Errors

Session 4.2: Price and Volume Measures

Transcription:

Handou #6 for 90.2308 - Spring 2002 (lecure dae: 4/7/2002) orward Conrac orward and uure A ime (where 0 < ): ener a forward conrac, in which you agree o pay O (called "forward price") for one hare of he ecuriy a delivery ime. A ime : exchange O for one hare of he ecuriy. Remark: () I co nohing o ener a forward conrac. (2) O i no he price for he forward conrac. (3) O i no a coningen claim. ind O uch ha he price of he forward conrac i zero. * he "fair" forward price a ime i: Proof: O = [ / ] S = S * Mehod : ime price S O = = 0 Mehod 2: Wha aumpion are required for hi o be he fair price?

* When he inere rae are deerminiic O = S (+ r + ) (+ r ) (if conan rae r hen, O = S (+ r) - * Relaion o "Pu-Call Pariy": for a pair of uropean call and pu wih he ame expiraion ime and rike price e c - p = S - e [ / ], where = 0,,, If he rike price i he ame a he forward price a ime, hen he call and pu have he ame price a ime, ha i e = O c = p for any = 0,,,. Sock Pay Dividend Holder of he forward conrac doe no ge any dividend before ime * +. If he ock pay dividend hen he dicouned ock price S i no a maringale. Recall ha ock pay dividend a ime given by D whoe D dicouned value i equal o. he cumulaive dividend paymen: D = = D he cumulaive dicouned dividend paymen: D * = = D. hu, he um, * * D S + i a -MG. 2

ind he forward price O a ime uch ha he ime price of he forward conrac i zero. Aume ha he marke i complee. Claim: Proof: * D O = S = + Special cae: Inere rae i r and dividend i δ. Wha happen if he underlying i an ae ha can no be hored? xample: 4.4 Conider a wo period model wih Ω ={ω, ω 2, ω 3, ω 4 } and an ae wih ime 0 price A 0 = 00. a) If he bank accoun proce i deerminiic according o = (.05) for = 0,,2, and if he ae can be old hor hen wha i he ime 0 forward price O 0 of he ae for delivery a ime 2? b) If he bank accoun proce i random wih =.05, 2 (ω )= 2 (ω 2 ) =.2, 2 (ω 3 )= 2 (ω 4 )=.0, hen wha i he ime 0 forward price O 0 of he ae for delivery a ime 2? ind an expreion in erm of ({ω,ω 2 }). (Or eaier aume ha ({ω,ω 2 }) = 0.. c) Same a par (b) bu he ae can no be old hor. Wha can you ay abou he forward price a ime 0? d) Same a par (c), only now he ae incur a carrying charge of $5 per period. 3

uure Conrac uure conrac are ame a forward conrac excep: () raded on organized exchange (e.g., CO, NYMX) (2) a fuure conrac can be cloed ou by aking an oppoie poiion of he ame conrac in fuure marke. (3) uure price are adjued a he end of each rading day (marking o marke). Raionale Model You are given, and γ he price of he underlying ae a ime. 0 = iniial ime U = fuure price a ime If U > U - buyer receive he amoun U - U from he eller If U - > U eller receive he amoun U - - U from he buyer (for laer reference, wlog, buyer alway receive he amoun U - U from he eller) A ime, afer paying he U - - U o he eller and he underlying price γ receive he ae. Noice ha ideally U equal γ oherwie here i arbirage. How o compue U? 4

hink of fuure a a ecuriy ha ha oday price = 0 and pay a dividend of U - U - a ime. hu, wha we need i: = U U i a -MG. hi require: U U = 0 for = 0,,2,...,. hi i a difficul condiion o work wih. Suppoe inead ha i - meaurable -- ha i i known a ime (-). In uch a cae, we ay ha i predicable. Wha i he implicaion? hu, we obain ha he fuure price i a MG. hi i he fir iuaion in he coure where we ee ha an undicouned proce i a MG. Summary he fuure conrac i e up o ha i ha no value. We can cloe he accoun a any ime. If he underlying i he ock price and i predicable (r i known a ime -): U = ( S ). * he fuure price of a ecuriy a he delivery ime i he ame a he po price of he ecuriy, i.e., U = S. 5

6 * If inere rae are predicable hen he fuure price a ime (where 0 < ) i U = [U + ] * When he inere rae are deerminiic S U = (+ r + ) (+ r ) Remark: in uch cae, forward price and fuure price are he ame. * In general () U O when r and S are negaively correlaed ( ) U S S S O = = = (2) U O when r and S are poiively correlaed xample: 0 2 9 ω 8 6 ω 2 5 4 6 ω 3 3 ω 4 Suppoe =, 2 (ω,ω 2 ) = 7/6, 2 (ω 3,ω 4 ) = 9/8.

Opion on uure Price y reaing a fuure conrac of he underlying ecuriy a anoher (regular) ecuriy, uropean or American opion on he fuure price can be creaed and raded. he ame rik neural valuaion can be ued for pricing uch an opion, and a replicaing porfolio can be conruced uing he bank accoun and he underlying ecuriy (no he fuure conrac). ix ome ime : 0 < <=. ime- price: X, for all <=. Wha i he -meaure? Suppoe ha he fuure price follow a binomial model wih parameer, u, d, r. Le he CC be: (U - e) + hen: q = (-d)/(u-d), q ˆ = qu /( + r) (ame a before) ( + r) ( U e) + ~ e = U ~ 0 Pr{ X n } Pr{ Y n }; X ~ (, qˆ}, Y ~ (, q). ( + r) xample. N =, = 2, S 0 =, u =.2, d = 0.8, r = 0.04, r 2 = 0.02 if S =.2, and r 2 = 0.06 if S = 0.8. (a) Wha i he forward price proce wih delivery ime 2? (b) Wha i he fuure price proce wih delivery ime 2? (c) Wha i he ime 0 price of a call opion on he fuure price a in (b) wih expiraion ime and rike e =? 7

Soluion o xample: 4.4 Conider a wo period model wih Ω ={ω, ω 2, ω 3, ω 4 } and an ae wih ime 0 price A 0 = 00. a) If he bank accoun proce i deerminiic according o = (.05) for = 0,,2, and if he ae can be old hor hen wha i he ime 0 forward price O 0 of he ae for delivery a ime 2? O 0 = A 0 (+r) 2 = 00 (.05) 2 = 0.25 b) If he bank accoun proce i random wih =.05, 2 (ω )= 2 (ω 2 ) =.2, 2 (ω 3 )= 2 (ω 4 )=.0, hen wha i he ime 0 forward price O 0 of he ae for delivery a ime 2? ind an expreion in erm of ({ω,ω 2 }). (Or eaier aume ha ({ω,ω 2 }) = 0.. O 0 = A 0 / [/ ] = 00 0.x + 0.9x.2.0 = 0.97 c) Same a par (b) bu he ae can no be old hor. Wha can you ay abou he forward price a ime 0? d) Same a par (c), only now he ae incur a carrying charge of $5 per period. Carrying co i like he oppoie of dividend. So he forward price change o: * D O = S = + 5 5 5 = 00 + + 0. + 0.9x 0.90746.05.2.0 price hould be? x = 20.4452. hu he forward 8

xample on page 6: 0 2 9 ω 8 6 ω 2 5 4 6 ω 3 3 ω 4 Suppoe =, 2 (ω,ω 2 ) = 7/6, 2 (ω 3,ω 4 ) = 9/8. 5 = (w,w 2 ) 8 + (w 3,w 4 ) 4! (w,w 2 ) = ¼, (w 3,w 4 ) = ¾ 8 = [((w )/(w,w 2 )) 9 + ((w 2 )/((w,w 2 )) 6) 6/7! ((w )/(w,w 2 )) = 5/6! (w ) = 5/24 and (w 2 ) = /24 Similarly, 8 ( w ) 9 ( w3, w4 ) ( w ) ( w, w ) ( w ) ( w, w ) 3 4 3 4 = 6 + 3 ==> = 0. 5! (w 3 ) = (w 4 ) = 3/8. 3 4 uure Price 0 2 3 4 5/24 x 9 + /24x6 + 3/8x6 + 3/8x3 = 5.5 5/6 x 9 + /6x6 = 8.5 0.5 x6 + 0.5 x 3 = 4.5 9 ω 6 ω 2 6 ω 3 3 ω 4 9

orward Price 0 2 5/(/4 x 6/7 + ¾ x 8/9) = 5/(4/7 + 2/3) = 5/(46/5) = 255/46 = 5.543 8/(6/7) = 8.5 9 ω 6 ω 2 4/(8/9) = 4.5 6 ω 3 3 ω 4 0

Soluion o opion of fuure (page 7) Price proce for ock 0 2.44 q = 0.55.2 q = 0.6. 0.96 q = 0.65 0.8 0.64 Where, 0.60 = (+0.04-0.8)/(.2-0.8) 0.55 = (+0.02-0.8)/(.2-0.8) 0.65 = (+0.06-0.8)/(.2-0.8) a) orward price proce 0 2.44.224.077 0.96 0.848 0.64 Where:.224 =.2 x.02; 0.848 = 0.8 x.06.077 = /(0.6 x (/.02x.04) + 0.4 x (/.06x.04))

b) uure price proce 0 2.44.224.0736 0.96 0.848 0.64.224 = 0.55 x.44 + 0.45 x 0.96 0.848 = 0.65 x 0.96 + 0.35 x 0.64.0736 =.44 x 0.6 x 0.55 + 0.96 x 0.6 x 0.45 + 0.96 x 0.4 x 0.65 + 0.64 x 0.4 x 0.35 =.0736 (alo equal o:.224 x 0.6 + 0.848 x 0.4 ) c) Price proce of call opion, expiraion ime =, rike e = 0 0.2923 0.224 0.00 0.2923 = (0.224 x 0.6 + 0 x 0.4)/.04 he call opion i aainable. here are wo poible S. One uing bank accoun and ock. he oher uing bank accoun and fuure. S () H = (-0.4307, 0.56) co = -0.4307 + 0.56 = 0.292 S(2) H = ( 0.292, 0.5957) co = 0.292 (a fuure co nohing) 2