- 18,872
- 27,548
Intro
So, I recalc'd my Yama passive aura calc, based around this discussion. Basically, the reference feat page of vaporizing Earth was more like vaporizing + ripping Earth beyond it's GBE, but with Yama it's more unknown so I just did the vaporizing portion. However, there is a point of conversation I'd like to get into.
Issue
If you click through my calc you'll see where I'm going, but I've found a few calcs accepted on wiki that use the heat equation (Q = M*C*change in T) and if there is a stated heat, they plug in that stated temperature as the final temperature (change in T = T_f - T_i). Basically, I'm curious if it's valid to plug that stated temperature in for T_f, or if you have to cap the T_f at the minimum temperature required to vaporize whatever substance. For example, let's say I vaporize water using 1000 degree C heat, is it valid to calc the heat change with the final temperature being 1000 degrees, or would I have to cap the final temperature at 100 degrees?
Conclusion
This thread is to A) re-evaluate the calc after I made the changes post-discussion with DT and B) comment on the heat equation and which temperature is valid to use.
So, I recalc'd my Yama passive aura calc, based around this discussion. Basically, the reference feat page of vaporizing Earth was more like vaporizing + ripping Earth beyond it's GBE, but with Yama it's more unknown so I just did the vaporizing portion. However, there is a point of conversation I'd like to get into.
Issue
If you click through my calc you'll see where I'm going, but I've found a few calcs accepted on wiki that use the heat equation (Q = M*C*change in T) and if there is a stated heat, they plug in that stated temperature as the final temperature (change in T = T_f - T_i). Basically, I'm curious if it's valid to plug that stated temperature in for T_f, or if you have to cap the T_f at the minimum temperature required to vaporize whatever substance. For example, let's say I vaporize water using 1000 degree C heat, is it valid to calc the heat change with the final temperature being 1000 degrees, or would I have to cap the final temperature at 100 degrees?
Conclusion
This thread is to A) re-evaluate the calc after I made the changes post-discussion with DT and B) comment on the heat equation and which temperature is valid to use.