SSRN Home Search and Download Papers Browse Abstract and Paper Submission Subscribe to Networks View Briefcase Top Papers Top Authors Top Institutions

 

Abstract

 


 


Download | Share | Email | Add to Briefcase | Buy Hard Copy

Synthesis and Synergy: Building Your Case and Your Credibility with the Help of Adverse Authority

Kathryn A. Sampson
University of Arkansas School of Law



Arkansas Lawyer, Vol. 35, p. 17, Fall 2000

Abstract:     
Accessible models of advocacy (at the end of this paper), using the same group of cases, to make arguments for a plaintiff on the one hand and a defendant on the other, show how case law can be interpreted broadly and narrowly. Preceding the models are tools for understanding the case law as well as some narrative discussion of the rationales for including "bad news" in the argument. A separate narrative appears in the footnotes, with a focus on Clarence Darrow's defense of himself in a bribery prosecution - this narrative illustrates the gravity of "bad facts" and "bad law" as well as an expert litigator's approach to addressing them.

Keywords: legal writing, legal research, advocacy, bad facts, bad law, adverse facts, adverse law, distinguishing, analogizing, advocacy, Clarence Darrow, synthesis, synthesis grid

Accepted Paper Series

Date posted: July 29, 2008 ; Last revised: May 17, 2009

Suggested Citation

Sampson, Kathryn A., Synthesis and Synergy: Building Your Case and Your Credibility with the Help of Adverse Authority (August 20, 2000). Arkansas Lawyer, Vol. 35, p. 17, Fall 2000. Available at SSRN: http://ssrn.com/abstract=1180962


Export to: Export Citation What's this?

Contact Information

Kathryn A. Sampson (Contact Author)
University of Arkansas School of Law ( email )
260 Waterman Hall
Fayetteville, AR 72701
United States
Feedback to SSRN (Beta)


Paper statistics
Abstract Views: 215
Downloads: 60
Download Rank: 108,688

© 2009 Social Science Electronic Publishing, Inc. All Rights Reserved. Terms of Use  Privacy Policy
This page was served by apollo2 in 0.109 seconds.