When we discuss arrow pushing patterns, we really don't worry too much about equilibrium. In the case of the Proton Transfer (PT), that one is most likely to be in equilibrium, the proton can go back to where it was in the starting material. For this video, the goal was just to learn the patterns, and not worry about equilibrium at this time.
![I.N "HALLUCINATION" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/n5B5q1Hwt_U/mqdefault.jpg)
Please turn up the volume and make the graphics a little larger so I can see it on my cell phone thanks
When you make products side, is there a way to determine the side of equilibrium or something like that?
When we discuss arrow pushing patterns, we really don't worry too much about equilibrium. In the case of the Proton Transfer (PT), that one is most likely to be in equilibrium, the proton can go back to where it was in the starting material. For this video, the goal was just to learn the patterns, and not worry about equilibrium at this time.
Just the explanation Ive been looking for days now 🙏💖
This is good video!
This is a great video
Thanks!
Great! 😂