diff --git a/docs/source/concepts/McStas.rst b/docs/source/concepts/McStas.rst
index 50ce95ec923033880714c033d297ca3762c15c32..b36e6db76ab00c6c13100a6866570850f37ae67e 100644
--- a/docs/source/concepts/McStas.rst
+++ b/docs/source/concepts/McStas.rst
@@ -63,18 +63,18 @@ and for Mac:
 
 `-DUSE_NEXUS -lNeXus -L/usr/local/lib -I/usr/local/include`
 
+With the configurations above, running a regular simulation will now produce a NeXus file with the .h5 extension which can 
+be loaded into Mantid using :ref:`LoadMcStas <algm-LoadMcStas>`__.
+
 
 Creating Instrument Definition Files
 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
-If we now load up our .instr file in McStas and select Run then unders Simulation set Simulation/Trace to Trace. 
+If we now load up our .instr file in McStas, select Run then under Simulation set Simulation/Trace to Trace. 
 When we start this simulation McStas should now automatically output an Instrument Definition File with a .xml extension containing the minimal information required by Mantid to lay out the instrument. If we want to include all components then we can run from the mcshell:
 
 * Windows: `mcdisplay-pl templateSANS_Mantid.instr --format=Mantid -n0 --complete`
 * Mac/Linux: `mccdisplay templateSANS_Mantid.instr --format=Mantid -n0 --complete`
 
-With the configurations above, running a regular simulation will now produce a NeXus file with the .h5 extension which can 
-be loaded into Mantid using :ref:`LoadMcStas <algm-LoadMcStas>`__.
-
 
 References
 ----------