diff --git a/fmmd_design_aide/fmmd_design_aide.tex b/fmmd_design_aide/fmmd_design_aide.tex
index dc5fd36..700fcb5 100644
--- a/fmmd_design_aide/fmmd_design_aide.tex
+++ b/fmmd_design_aide/fmmd_design_aide.tex
@@ -275,8 +275,8 @@ and the reading is assumed to be valid.
 %% OK TR1 OFF
 TEST LINE ON  & TC:1 $R36$ SHORT      & No added resistance        &  NO TEST EFFECT       & XX 1.38  \\ \hline
 TEST LINE OFF  & TC:1 $R36$ SHORT     & dormant fault              &  NO SYMPTOM           & XX 1.38  \\ \hline
-TEST LINE ON  & TC:2 $R36$  OPEN      & open circuit              &  OPEN                & XX 12.42\\ \hline
-TEST LINE OFF  & TC:2 $R36$  OPEN     & open circuit              &  OPEN                & XX 12.42\\ \hline
+TEST LINE ON  & TC:2 $R36$  OPEN      & open circuit              &  OPEN CIRCUIT               & XX 12.42\\ \hline
+TEST LINE OFF  & TC:2 $R36$  OPEN     & open circuit              &  OPEN CIRCUIT               & XX 12.42\\ \hline
  \hline
 TEST LINE ON & TC:3   $TR1$  ALWAYS ON    &  dormant fault               &  NO SYMPTOM      & XX 1.38  \\ \hline
 TEST LINE OFF & TC:3   $TR1$  ALWAYS ON    & No added resistance         &   NO TEST EFFECT & XX 1.38  \\ \hline
@@ -288,14 +288,22 @@ TEST LINE OFF & TC:4 $TR1$  ALWAYS OFF    & dormant fault               &   NO S
 \end{table}
 
 For the FMMD analysis in table \ref{tab:testaddition} we have two failure modes for its derived component
-`no~test~effect' or `reading~out~of~range'.
+`no~test~effect' or `open~circuit'.
+%~out~of~range'.
 
 The next stage is to combine the two derived components we have made into
 a functional group. 
 
 \section{FMMD Hierarchy, with milli-volt amp and safety addition}
 
+The next stage is to take the two derived components 
+and place them into a functional group.
+We can now analyse this functional
+grou w.r.t the failure modes in the two derived compoennts.
+
+\vspace{20pt}
 Draw FMMD hierarchy diagram.
+\vspace{20pt}
 
 \subsection{Analysis of FMMD Derived component `added safety milli-volt amp'}