[LON-CAPA-cvs] cvs: loncom /html/adm/help/tex Numerical_Response_Advanced_Example.tex

[vandui11]

vandui11		Tue Feb 15 09:59:30 2005 EDT

  Modified files:              
    /loncom/html/adm/help/tex	Numerical_Response_Advanced_Example.tex 
  Log:
  example made impersonal to fit with the tone of the rest of the manual
  
  
Index: loncom/html/adm/help/tex/Numerical_Response_Advanced_Example.tex
diff -u loncom/html/adm/help/tex/Numerical_Response_Advanced_Example.tex:1.2 loncom/html/adm/help/tex/Numerical_Response_Advanced_Example.tex:1.3
--- loncom/html/adm/help/tex/Numerical_Response_Advanced_Example.tex:1.2	Thu Jul 18 11:52:27 2002
+++ loncom/html/adm/help/tex/Numerical_Response_Advanced_Example.tex	Tue Feb 15 09:59:30 2005
@@ -11,11 +11,11 @@
  Problem Parameters'' figure. 
 
 When creating randomized problems, you want to make sure that the problems
-always have an answer. Consider what might happen if I had chosen the two
-slopes \emph{both} with the expression \texttt{\&random(-1.0,1.0,.2)}. One
+always have an answer. Consider what might happen if two
+slopes are chosen, \emph{both} with the expression \texttt{\&random(-1.0,1.0,.2)}. One
 out of ten students would get a problem where both slopes were equal, which
 has either no solution (for unequal y-intercepts) or an infinite number of
 solutions (for equal slopes and y-intercepts). Both of these cause a division-by-zero
 error on the division that computes the answer. There are many ways to avoid
 this, one of the easiest of which is picking one slope negative and one positive.
-This same problem can show up in many other places, too, so be careful.
+This same problem can show up in many other places as well, so be careful.