Important external links

Cornell Notes

Guide to the SoA written exams

Link to the Sample SoA problems and solutions - Part I

MFE Exam, Spring 2007: Problems

MFE Exam, Spring 2007: Solutions

MFE Exam, Spring 2009: Problems

MFE Exam, Spring 2009: Solutions

Link to the Measures of Investment Risk, Monte Carlo Simulation, and Empirical Evidence on the Efficient Markets Hypothesis.

Link to the Actuarial Applications of Options and Other Financial Derivatives.

Link to the Sample SoA problems and solutions - Part II

Link to the IFM exam tables


On R and RStudio

I will be using R to demonstrate in class. Graduate homework will also (partially) be required to be completed in R. I created some resources for Applied Statistics. They are linked here in case anyone is interested.

R (main website)

RStudio (main website)

The instructions slideshow

The basic R slideshow

The basic R “cheatsheet”

If … else

A tutorial on functions in R


Extra-credit homework

The purpose of these six assignments is for you to review prerequisite material.

Each assignment will contribute up to 1 percentage point to your final score in this course.

Extra-Credit Homework #1 – due on Thursday, September 1st

Extra-Credit Homework #2 – due on Thursday, September 8th

Extra-Credit Homework #3 – due on Thursday, September 15th

Extra-Credit Homework #4 – due on Thursday, September 22nd

Extra-Credit Homework #5 – due on Thursday, September 29th

Extra-Credit Homework #6 – due on Thursday, October 13th


Class 1: August 22nd
Orientation. The binomial asset pricing model [review].

A role model

First-Day Handout

M339D Class Notes on dividend-paying-stocks for review

Lecture Sixteen: The binomial asset-pricing model.

Class notes: Basic prerequisite material. Review of the binomial asset pricing model.

Quiz #1 – due on Wednesday, August 24th

Homework #1 – due on Monday, August 29th


Class 2: August 24th
Random number generation. The inverse transform method.

Wikipedia: Random number generation

Wikipedia: Mersenne twister

An atmospheric RNG

Class notes: The inverse transform method.

Problem set #1: Problems

Problem set #1: Solutions

Quiz #1 – solutions

Quiz #2 – due on Friday, August 26th


Class 3: August 26th
SLLN. Monte Carlo simulation.

Class notes: SLLN. Monte Carlo.

Problem set #2: Problems

Problem set #2: Solutions

Quiz #2 – solutions

Quiz #3 – due on Wednesday, August 31st


Class 4: August 29th
Binomial option pricing [review].

Class notes: Binomial option pricing.

Lecture Seventeen: Binomial option pricing.

Problem set #3: Problems

Problem set #3: Solutions

Homework #1 – solutions

Extra class notes: More on binomial option pricing.

Binomial pricing of currency options. (review)

Class notes: Currency options (the binomial model). (review)

Binomial pricing of futures options. (review)

Class notes: Futures options (the binomial model). (review)

Homework #2 – due on Tuesday, September 6th


Class 5: August 31st
Binomial pricing of American options [review].

Class notes: Binomial pricing of American options.

Old class notes: Binomial pricing of American options [problems].

Extra-Credit Homework #1 – solutions

Quiz #3 – solutions

Quiz #4 – due on Friday, September 2nd


Class 6: September 2nd
Real options.

Investopedia: Real options.

Problem

Class notes: Real options.

Quiz #4 – solutions

Quiz #5 – due on Wednesday, September 7th


Class 7: September 7th
Subjective expectations and forward contracts.

Class notes: Subjective probabilities.

Problem set #4: Problems

Problem set #4: Solutions

Graduate Homework #1 – due on Wednesday, October 5th

Homework #2 – solutions

Homework #3 – due on Monday, September 12th

Open Intro Stats Video: The normal approximation to the binomial.

Quiz #6 – due on Friday, September 9th


Class 8: September 9th
Binomial trees proceeding to the limit. The normal approximation to the binomial. Realized returns.

Class notes: Binomial trees proceeding to the limit. The normal approximation to the binomial. Realized returns.

Mathematica Code: One Random Walk

YouTube: One Random Walk

Mathematica Code: Binomial model limit

Quiz #5 – solutions

Extra-Credit Homework #2 – solutions


Class 9: September 12th
More on realized returns.

Class notes: Realized returns.

Quiz #6 – solutions


Class 10: September 14th
Moment generating functions. The log-normal distribution. Jensen’s inequality.

Lecture notes: The lognormal distribution

Class notes: mgf. The log-normal distribution. Jensen’s inequality.

The Log Normal Distribution from the Wolfram Demonstrations Project by Chris Boucher

Mathematica demonstration: Modeling return distributions

Homework #3 – solutions

Quiz #7 – not to be handed in


Class 11: September 16th
Log-normal stock prices: Parameter interpretation.

Class notes: Lognormal stock prices: Mean. Median.

Problem set #5: Problems

Problem set #5: Solutions

Lecture notes: On pricing in the Black-Scholes model.

Extra-Credit Homework #3 – solutions

Quiz #7 – solutions

Quiz #8 – not to be handed in

Homework #4 – not to be handed in


Class 12: September 19th
Measures of risk: variance, semi-variance, VaR.

Wikipedia: Variance. Semi-variance.

Wikipedia: Value at Risk (VaR).

Problem

Class notes: VaR.

Quiz #8 – solutions


Class 13: September 21st
Log-normal stock prices: Tail probabilities.

Class notes: Tail probabilities.

Quiz #9 – not to be handed in

Homework #4 – solutions

Homework #5 – not to be handed in

Lognormal “confidence” intervals.(optional material)

Class notes: Lognormal “confidence” intervals (optional).


Class 14: September 23rd
Tail probabilities and VaR.

Class notes: Tail probabilities and VaR.

Quiz #9 – solutions

Quiz #10 – not to be handed in

TVaR. Coherent risk measures.

Class notes: Tail Value-at-Risk (TVaR). Coherent risk measures.

Wikipedia: Tail Value at Risk (TVaR).

Wikipedia: Coherent risk measures.

Extra-Credit Homework #4 – Solutions


Class 15: September 26th
Partial expectation. Conditional expectation.

Class notes: Partial expectation. Conditional expectation.

Quiz #10 – solutions

Quiz #11 – not to be handed in

In-Term One: Topics

Practice for In-Term One – problems

Practice for In-Term One – solutions


Class 16: September 28th
The Black-Scholes pricing formula.

Problem packet

Class notes: Black-Scholes.

Wikipedia: Black-Scholes

The original article by Black and Scholes

Mathematica Code: Black-Scholes price

Homework #5 – solutions

Homework #6 – due on Monday, October 10th

Graduate Homework #2 – due on November 4th


Class 17: September 30th
Black-Scholes pricing: Puts. Forward start options.

Problem packet

Class notes: Black-Scholes pricing: Puts. Forward start options.

Extra-Credit Homework #5 – solutions

Quiz #11 – solutions

Quiz #12 – due on Wednesday, October 12th

In-Term One – problems


Class 18: October 3rd
Black-Scholes pricing: The rolling insurance strategy. Gap options.

Lecture Twelve: Gap options (prerequisite material)

Class notes: The rolling insurance strategy. Gap options.

The “master” Black-Scholes pricing formula (optional) Black-Scholes prices: Currency options. Futures options (optional)

Class notes: Black-Scholes pricing: Currency options (optional). Futures options (optional).

Black-Scholes prices: Discrete-dividend-paying stocks. (optional)

Class notes: Black-Scholes pricing: Discrete-dividend-paying stocks (optional).


Class 19: October 5th
Option Greeks in the Black-Scholes model.

Class notes: Option Greeks.

Wikipedia: Greeks

Old Slides: Option Greeks.


Class 20: October 7th
Focus on the delta.

Problem

Class notes: Focus on the Delta.

Quiz #13 – due on Friday, October 14th


Class 21: October 10th
Option elasticity and volatility.

Problem packet

Class notes: Option elasticity.

Suggested Problem: MFE Exam Spring 2007: Problem #5 (option volatility)

Quiz #12 – solutions

Quiz #14 – due on Wednesday, October 19th

In-Term One – solutions


Class 22: October 12th
More on option elasticity. Focus on the gamma.

Class notes: Option elasticity [cont’d]. Gamma.

Homework #6 – solutions


Class 23: October 14th
Other Greeks.

Mathematica Code: Black-Scholes Greeks

YouTube Video

Homework #7 – due on Monday, October 17th, 2022

Implied volatility.

Problem

Class notes: Implied volatility.

Extra-Credit Homework #6 – solutions

Quiz #13 – solutions


Class 24: October 17th
Implied-volatility practice. The delta-gamma-theta approximation.

Problem packet

Class notes: The delta-gamma-theta approximation.

Quiz #14 – solutions

Quiz #15 – due on Friday, October 21st


Class 25: October 19th
Delta-hedging.

Wikipedia: Market maker.

Problem

Class notes: Delta-hedging.

Homework #7 – solutions

Quiz #16 – due on Wednesday, October 26th

Homework #8 – due on Monday, October 24th


Class 26: October 21st
Delta-hedger’s profit. Delta-gamma hedging.

Class notes: Delta-hedger’s profit. Delta-gamma hedging.

Quiz #15 – solutions

Quiz #17 – due on Friday, October 28th, 2022

Graduate Homework #3 – due on Monday, December 5th

In-Term Two: Topics


Class 27: October 24th
Exchange options.

Lecture Thirteen: Exchange options (for review from M339D)

Class notes: Exchange options.

Quiz #16 – solutions

Homework #9 – due on Friday, October 31st


Class 28: October 26th
My favorite problem.

Problem

Class notes: My favorite IFM problem.

Homework #8 – solutions


Class 29: October 28th
Analyzing the project. Break-even analysis.

Wikipedia: Cost of capital.

Wikipedia: Equity cost of capital.

Wikipedia: Capital budgeting.

Planet money: Spreadsheets!

Information, competition, and stock prices. The efficient market hypothesis. Historical returns of stocks and bonds.

Investopedia: Historical returns.

Wikipedia: Efficient-market hypothesis.

Problem packet

Class notes: Break-even analysis. Expected return of a portfolio.

Extra class notes: Expected return of a portfolio.

Quiz #17 – solutions

Quiz #18 – due on Wednesday, November 2nd

In-Term Two – due on Friday, November 4th


Class 30: October 31st
The volatility of a two-stock portfolio.

Problem packet

Class notes: The volatility of a portfolio.

Quiz #19 – due on Wednesday, November 9th


Class 31: November 2nd
The volatility of a large portfolio. Diversification.

Class notes: Diversification.


Class 32: November 4th
Feasible sets. Efficient portfolios. Effect of correlation.

Mathematica demonstration: A Two-Asset Markowitz Feasible Set

Mathematica demonstration: A Three-Asset Feasible Set and Efficient Frontier

Class notes: Efficient portfolios. Effect of correlation.

Extra class notes: More on the effect of correlation.

Homework #10 – due on Monday, November 7th

In-Term Two – solutions


Class 33: November 7th
Sharpe ratio.

Problem

Class notes: Sharpe ratio.

Quiz #18 – solutions

Quiz #20 – due on Friday, November 11th, 2022


Class 34: November 9th
Required returns. Betas of stocks.

Problem packet

Class notes: Required returns.

Extra class notes: More on required returns.

Homework #9 – solutions


Class 35: November 11th
The Capital Asset Pricing Model (CAPM).

Wikipedia: CAPM

Class notes: CAPM.

Quiz #19 – solutions

Quiz #21 – due on Wednesday, November 16th

Homework #11 – due on Monday, November 14th


Class 36: November 14th
Alphas of stocks.

Wikipedia: Linear regression.

Extra class notes: Alphas of stocks.

Problem

Class notes: Alphas of stocks.

Quiz #20 – solutions

Quiz #22 – due on Friday, November 18th

Quiz #23 – due on Wednesday, November 30th

Behavior of individual investors. Systematic trading biases.

Class notes: Alphas. Behavior of individual investors.

An article on familiarity bias.

Familiarity breeds investment.

Wikipedia: Overconfidence effect.

Wikipedia: Disposition effect.

Investopedia: Herd behavior.


Class 37: November 16th
The efficient market hypothesis.

Wikipedia: Efficient-market hypothesis.

Problem packet

Extra class notes: EMH.

Quiz #24 – due on Friday, December 2nd

Multifactor models.

Problem

Class notes: EMH. Multifactor models.

Extra class notes: More on multifactor models.

Wikipedia: Multifactor models.

Wikipedia: The Fama-French model.

Wikipedia: The Carhart four-factor model.

Homework #10 – solutions

Quiz #25 – due on Monday, December 5th, 2022


Class 38: November 18th
Modigliani-Miller I.

Problem packet

Class notes: Modigliani-Miller I.

Wikipedia: The Modigliani-Miller Theorem

Quiz #21 – solutions


Class 39: November 28th
Modigliani-Miller II.

Problem

Class notes: Modigliani-Miller II.

Quiz #22 – solutions


Class 40: November 30th
The effect of taxes on the capital structure.

Problem packet

Class notes: The effect of taxes.

Homework #11 – solutions


Class 41: December 2nd
The effect of taxes on the capital structure [practice].

Class notes: The effect of taxes (problems).

Quiz #23 – solutions


Class 42: December 5th
Options embedded in insurance products.

Problem packet

Class notes: GMDB.

Class notes: Other variable annuities.

Class notes: Some exotic options.

Homework #12 – will be solved in class

In-Term Three: Topics

Practice for In-Term Three – problems

Practice for In-Term Three – solutions

In-Term Three – problems

Homework #12 – solutions

Quiz #24 – solutions

Quiz #25 – solutions

In-Term Three – solutions