Ok I have a question for you guys and others can chime in also:

If I have a cell that is 1.233v 438rt 1.8air@35A, what would that cell be close to at:

40A
30A
25A
20A
15A

I am looking at this just out of pure curiousity I have seen a couple different formulas when doing a search and just curious how and what that formula may be for real................

Once again, thanks

found this on the TQ site

How to convert runtime to mAh? ... Multiply runtime by discharged amps then divide by 3.6 ... 400s at 35A = 3889mAh
How to convert 40A runtime to 35A runtime? ... Multiply runtime by 40 then divide by 35 ... 380s at 40A = 434s at 35A
How to convert 40A AIR (actual internal resistance) to 35A AIR? ... Substract 0.1 from 40A AIR ... 1.6AIR at 40A = 1.5AIR at 35A
How to convert TQ Cells' 40A avgV (average voltage) to TQ Cells' 35A avgV? ... Add .007V to TQ Cells' 40A avgV ... 1.233V = 1.240V

Yeah Dave saw that but is that the same formula for all steps in the amperage levels? that is my question, LOL............... Its rough I know.