| @tsneller 1) In chemistry n = number of moles and capital N = number of molecules so they are two different variables and this equation only works with the number of moles. 2) Well, work and heat are the two forms of energy, but each of them has their own variable in the sciences, and that equation is for finding the heat associated with warming up an object. So it isn't energy unless you can prove that that process also involves no work, and that would then be another equation. 3) Once again, work is a from of energy, but it is not total energy, and that equation is specifically for finding the work as a force is applied to a lever-arm. And to end I'll quote the chemistry version of the Law of Conservation of Energy: ΔE = q + w. So, for a given process, work and heat sum to the total energy change, but neither is the energy for the process, just a form of energy. Sorry to nitpick back, but this is what I do. |