I don't fcuking know. That's why I asked this fcuking question.
The mechanism of catalysis involves the I- ion only. The mechanism is: H2O2 + I- --> IO- + H2O H2O2 + IO- --> I- H2O O2 Second step regenerates the I- ion (thus acts as a catalyst). This reaction is first order wrt to both H2O2 and I-. Notably exothermic reaction. Must be in a medium which allows formation of I-, ie dissociation of KI. Water is a wonderful example.
NaCl-----------------Na+ + Cl-is a dissociation reaction.
Heating of calcium carbonate (and the transformation in calcium oxide and carbon dioxide) is not a synthesis; it is a reaction of thermal dissociation.
It starts a reaction
A reaction when a free element or ion takes the place of and element or ion in a compound is called a single replacement reaction
due to we do this reaction in acidic condition here the formation of anilinium ion takesplace which is deactivating group then if we add nitration mixture substitution takes place at meta position means we don't get 4-nitroaniline
An anilinium is the cation formed by protonating the amino group of aniline.
The reaction is:FeS2 + H2O + 3,5 O2 --------------- FeSO4 + H2SO4It is not a dissociation reaction.
Since tha pka of the aniline ion is equal to 4.6, the anilinium ion is a stronger acid than the methylaminium ion, and aniline (c6h5nh2) is a weaker base than methylamine (ch3nh2).
Another way to describe the dissociation of water is as follows where two water molecules form a hydronium ion (essentially a water molecule with a proton attached) and a hydroxide ion
That depends on the reaction. If you just want the general reaction you can consider the dissociation of water: H2O ------> H+ (acid) and OH- (base) or H2O + H2O --------> H3O+ (acid) and OH- (base)
NaCl-----------------Na+ + Cl-is a dissociation reaction.
Sodium chloride is a compound not an ion; after dissociation of NaCl ions are obtained: Na+ and Cl-.
Sodium ion exist in water as the product of a dissociation; sodium (metal) react violently with water
because the reaction of dissociation is At any one time virtually 100%
The reaction would shift to balance the change
The reaction would shift to balance the change