@Zerix Yes,it is wrong in general,because what may look like a big barrier in the graph I linked above,may actually turn out to be a small value.That's why I said naming a certain reaction might help.But as far as the question you have linked above is concerned,the answerer is talking about the forward and backward reactions of the same equilibrium, which will trace out similar potential energy curves there,so here,you can say that for the same barrier,endothermic is going to increase with temp.
I wondered how small a mole could be, so I started with carbon, which would need 12 grams. That's 60 carats, and there happens to be a famous 60 carat diamond.
If my density/atomicmass calculations are correct, the smallest moles would be comprised of nickel, carbon, beryllium, and boron, wit...
I wondered how small a mole could be, so I started with carbon, which would need 12 grams. That's 60 carats, and there happens to be a famous 60 carat diamond.
If my density/atomicmass calculations are correct, the smallest moles would be comprised of nickel, carbon, beryllium, and boron, wit...
The Periodic Table
The Periodic Table