--- trunk/electrostaticMethodsPaper/electrostaticMethods.tex	2006/03/16 03:48:32	2629
+++ trunk/electrostaticMethodsPaper/electrostaticMethods.tex	2006/03/16 15:03:20	2630
@@ -359,14 +359,14 @@ and to incorporate their effect, a method like Reactio
 
 Group-based cutoffs neglect the surroundings beyond $R_\textrm{c}$,
 and to incorporate their effect, a method like Reaction Field ({\sc
-rf}) can be used.  The orignal theory for {\sc rf} was originally
+rf}) can be used.  The original theory for {\sc rf} was originally
 developed by Onsager,\cite{Onsager36} and it was applied in
 simulations for the study of water by Barker and Watts.\cite{Barker73}
 In application, it is simply an extension of the group-based cutoff
 method where the net dipole within the cutoff sphere polarizes an
 external dielectric, which reacts back on the central dipole.  The
 same switching function considerations for group-based cutoffs need to
-made for {\sc rf}, with the additional prespecification of a
+made for {\sc rf}, with the additional pre-specification of a
 dielectric constant.
 
 \section{Methods}