# HG changeset patch
# User bhanu
# Date 1289503761 -19800
# Node ID de1998c3791eeb8a4919eee9d1b1d70b84dc0aed
# Parent  ebfe3a67588236e833491d7130e73d303de1d130
language check done for `getting started with symbolics`

diff -r ebfe3a675882 -r de1998c3791e getting-started-with-symbolics/script.rst
--- a/getting-started-with-symbolics/script.rst	Fri Nov 12 00:40:47 2010 +0530
+++ b/getting-started-with-symbolics/script.rst	Fri Nov 12 00:59:21 2010 +0530
@@ -41,11 +41,11 @@
 * Defining symbolic functions.  
 * Simplifying and solving symbolic expressions and functions.
 
-Amongst a lot of other things, Sage can do Symbolic Math and we shall
+In addtion to a lot of other things, Sage can do Symbolic Math and we shall
 start with defining symbolic expressions in Sage. 
 
-Hope you have your Sage notebook open. If not, pause the video and
-start you Sage notebook. 
+Have your Sage notebook opened. If not, pause the video and
+start you Sage notebook right now. 
 
 On the sage notebook type::
    
@@ -64,7 +64,7 @@
 Sage simply returns the expression.
 
 Sage treats ``sin(y)`` as a symbolic expression. We can use this to do
-symbolic maths using Sage's built-in constants and expressions.
+symbolic math using Sage's built-in constants and expressions.
 
 Let us try out a few examples. ::
    
@@ -287,7 +287,7 @@
 as we can see when we substitute the value the answer is almost = 0 showing 
 the solution we got was correct.
 
-Following is an (are) exercise(s) that you must do. 
+Following are a few exercises that you must do. 
 
 %% %% Differentiate the following.