i was a tad off on the molecular weight of testoerone.. It's 288.. And the molecular weight of T-enanthate is 400. So T-enanthate is 72% testosterone.. So, when 250mg of t-enanthate is injected, you are getting 180mg of test. So you've got the molecular weight calculation down.
I was lazy and on some of these graphs I didn't take molecular weight into consideration.. It's fine when we're dealing with graphs of the same ester but can make a difference when you graph more than one ester at a time... For instance, when I did the sustanon graphs and took the molecular weight into consideration, the graph was very indicative of a graph of a single ester testosterone with a half life of between 4-6 days. I give the range of 4-6 days since there seems to be some debate on the acutal half lives of the esters.. But sustanon can deffinetly be regarded as a single ester testosterone with a half life of 4-6 days.
Mathematically, the esters in sustanon cannot be grouped together.. However once graphed, it does look very much like a single ester testosterone..
"So, I calculate that the initial dosage of test from a 250mg shot of enanthate is 179mg. However, this is more than an order of magnitude off from the graphs that are posted. Am I doing this wrong? Please correct me, if I am...
-Diver"
Sorry, let me clarify. When I did the graphs, I used the expontial function and then subtracted it from the next day. That way the graph reads mg-released/day. If you only graphed the exponential function, you would have the amount of esterified, inactive test in your system.. which WOULD be an order of a magnitude off.
So, sorry.. about that little detail..
Aside, I forgot to add.. I think a step funtion would work great with this.. But the results will be the same.. It would save some time on a graphics calculator but not really on the almighty Excel!!
Andy