deletions | additions       diff --git a/Temperature [1].tex b/Temperature [1].tex  index 9508f0b..5c37c4c 100644  --- a/Temperature [1].tex  +++ b/Temperature [1].tex 
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\end{equation}  (Bourke et al. 1997)  The temperature of excitation is generally assumed to some constant. For example in Bourke, it was assumed We used the simulation  tobe 11K. However, as we have simulations, we can  determine reasonable values for  theaverage  temperature of excitation at each time. excitation.  We would hope found that the technique employed in Bourke of assuming a constant 11 K was fairly accurate. However, we could improved slightly upon  this would provide by using temperatures calculated in the simulation. There is  a more accurate correlation with systematic bias to overestimating  the physical system descibed by mass, which we attribute to the fact that temperature is not constant through  the density mdoel. object.  The following graphs show the mass calculated over time for various assumptions about the temperature of excitation.