Re: Cramer's V statistics

["Lucke, Joseph F" <LUCKE@uthscsa.edu>]

Oops, that should be V^2 = \chi^2/(n*(k-1))

-----Original Message-----
From: Lucke, Joseph F [mailto:LUCKE@uthscsa.edu]
Sent: Tuesday, September 30, 2003 4:33 PM
To: 'Gerald.Jean@spgdag.ca'; s-news@wubios.wustl.edu
Subject: Re: [S] Cramer's V statistics

Probably not.  V^2 = \chi^2/(n*k-1), where n is the sample size, and k is the smaller of the row size and column size.

-----Original Message-----
From: Gerald.Jean@spgdag.ca [mailto:Gerald.Jean@spgdag.ca]
Sent: Tuesday, September 30, 2003 2:44 PM
To: s-news@wubios.wustl.edu
Subject: [S] Cramer's V statistics

Hello S-users,

anyone aware of an implementation to calculate the Cramer's V statistics?

Thanks,

Gérald Jean
Analyste-conseil (statistiques), Actuariat
télephone            : (418) 835-4900 poste (7639)
télecopieur          : (418) 835-6657
courrier électronique: gerald.jean@spgdag.ca

"In God we trust all others must bring data"  W. Edwards Deming

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