@JaraB, post #1
@JaraB, post #1
@Kilos, post #11
@TechNineWonder, post #3
It is this, along with the UV light, that allows us to destabilise the Bromine / Oxygen bond, break it and and attach a Hydrogen atom to the Bromine, removing the yellowing.
We are breaking apart hydrogen peroxide (H2O2) into O, H and water (H2O). Water dissociates into H and OH naturally. We are taking the oxygen away from the bromine using TAED and UV light, then replacing it with a hydrogen. The removed O links up with the O from the broken up peroxide and becomes O2 and is given off as bubbles.
@RAL, post #14
@Duracel, post #15
@Duracel, post #7
@Duracel, post #15
@lekarz_med, post #22
@Duracel, post #23
@Krashan, post #26
@Krashan, post #26
Istnieje prawo zwane regułą van 't Hoffa, które mówi, że większość reakcji chemicznych przyspiesza od 2 do 4 razy przy podniesieniu temperatury o 10°C.