Investment Valuation and Asset Pricing

This textbook is intended to fill a gap in undergraduate finance curriculums by providing an asset pricing text that is accessible for undergraduate finance students. It offers an overview of original works on foundational asset pricing studies that follows their historical publication chronologically throughout the text. Each chapter stays close to the original works of these major authors, including quotations, examples, graphical exhibits, and empirical results. Additionally, it includes statistical concepts and methods as applied to finance. These statistical materials are crucial to learning asset pricing, which often applies statistical tests to evaluate different asset pricing models. It offers practical examples, questions, and problems to help students check their learning and better understand the fundamentals of asset pricing., alongside including PowerPoint slides and an instructor's manual for professors.

Provides an asset pricing text that is accessible for undergraduate finance students Reviews the most significant works in asset pricing with statistical concepts and methods Includes an instructor's manual with problems and questions by chapter, lecture slides, and test bank of MCQs

Autorentext

James W. Kolari is the JP Morgan Chase Professor of Finance and Academic Director of the Commercial Banking Program in the Department of Finance at Texas A&M University, USA. Wei Liu is Senior Quantitative Analyst for USAA Bank with duties building and implementing models for bank stress tests, marketing programs, and credit risk analyses. Jianhua Z. Huang is a Professor of Statistics and Arseven/Mitchell Chair in Astronomical Statistics in the Department of Statistics at Texas A&M University, USA.

Inhalt
Chapter 1: Portfolio Theory and Practice.- Chapter 2: Capital Market Conditions.- Chapter 3: Capital Asset Pricing Model (CAPM).- Chapter 4: The Market Model.- Chapter 5: The Zero-Beta CAPM.- Chapter 6: Alternative CAPM Specifications.- Chapter 7: Arbitrage Pricing Theory.- Chapter 8: Multifactor Models.- Chapter 9: A Special Case of Zero-Beta CAPM.- Chapter 10: Event Studies.