A "reaction" doesn't really occur, but the sodium chloride ionic crystal structure is broken down by the hydration energy fo the water in a process called "solution" (or dissolving). The NaCl then remains as dissociated Na+ and Cl- ions in solution (aqueous).
It is called subtracting reaction.
This is an example for the dissociation in water of a ionic compound.
I think there is no such reaction because both of the products are soluble. For one of these reactions to take place, one of the products should be a sediment or a gas.
Displacement scratch that it a single replacement
There is NO real chemical reaction when NaCl dissolves, it is only ionized (split into ions):NaCls + [H2Oliq] --> Na+aq + Cl-aq + [H2Oliq]
This is a dissociation reaction.
It is called subtracting reaction.
NaCl (s) + H2SO4 (l)-------> HCl (g) + NaHSO4 (s)
Yes.
This is an example for the dissociation in water of a ionic compound.
Basically,when they are treated,then the following reaction takes place: RCOOH+NaOH-------RCOONa+H2O
No. Sodium chloride in water dissolves into its individual Na+ ions and Cl- ions due to the polarity of the water molecule. This is not a bonding between water and sodium chloride. In fact there is no chemical reaction at all taking place. The dissolving of the sodium and chloride ions by water is a physical change, and can be reversed by letting the water evaporate.
Single-replacement
I think there is no such reaction because both of the products are soluble. For one of these reactions to take place, one of the products should be a sediment or a gas.
Displacement scratch that it a single replacement
The easiest and most common place to view sodium chloride is in a salt shaker. It's table salt.
There is NO real chemical reaction when NaCl dissolves, it is only ionized (split into ions):NaCls + [H2Oliq] --> Na+aq + Cl-aq + [H2Oliq]