Abstract

 
 

References (63)



 
 

Citations (5)



 


 



A Multibeta Representation Theorem for Linear Asset Pricing Theories


Sanjay K. Nawalkha


University of Massachusetts at Amherst - Isenberg School of Management

February 1997

American Finance Association Meeting, Chicago, January 1998

Abstract:     
This paper derives a multibeta representation theorem for pricing assets using arbitrary reference variables that are not necessarily the true factors. Under this theorem, the upper bound on pricing deviations depends upon the correlations not only between the reference variables and the factors but also between the reference variables and the residual risks. A new concept of a well-diversified variable is introduced, which though free of residual risk, may be less than perfectly correlated with the true factors. Well diversified variables correlated with the factors play a key role in the pricing of assets, since these variables can replace the factors without any loss in pricing accuracy under all linear asset pricing theories.

Number of Pages in PDF File: 34

Keywords: Asset pricing, APT, Multibeta CAPM, Factor models, Fama and French

JEL Classification: G1, G10, G11, G12

working papers series


Download This Paper

Date posted: April 30, 2007  

Suggested Citation

Nawalkha, Sanjay K., A Multibeta Representation Theorem for Linear Asset Pricing Theories (February 1997). American Finance Association Meeting, Chicago, January 1998. Available at SSRN: http://ssrn.com/abstract=983243 or http://dx.doi.org/10.2139/ssrn.983243

Contact Information

Sanjay K. Nawalkha (Contact Author)
University of Massachusetts at Amherst - Isenberg School of Management ( email )
Amherst, MA 01003-4910
United States
413-687-2561 (Phone)
Feedback to SSRN (Beta)


Paper statistics
Abstract Views: 459
Downloads: 107
Download Rank: 128,985
References:  63
Citations:  5

© 2013 Social Science Electronic Publishing, Inc. All Rights Reserved.  FAQ   Terms of Use   Privacy Policy   Copyright
This page was processed by apollo3 in 0.391 seconds