00:01
We are going to see for the given equations or the reaction, which type of reaction it will be forming.
00:08
So first reaction is fe2 -s -o -4 -hole 3 plus b -a -n -3 -3 -h -a -n -3 -2, it will produce b -a -s -o -4, which will be a solid with f -e -n -o -3, which is in the form of this.
00:30
Precipitated.
00:31
So, this one is a precipitation reaction.
00:35
The first reaction is a precipitation reaction.
00:40
Next reaction is no plus n -a -o -h.
00:46
It will give n -a -o -2 plus h2o plus n2o.
00:56
As we see from the reactant side and the product side there will be changed in the oxidation state.
01:02
Hence, this type of reaction we will call as oxidation reduction reaction.
01:18
Another reaction is b -e -f -2 plus n -g, which will produce n -gf -2 plus b -e.
01:30
Here this one is also one type of oxidation and reduction reaction.
01:37
Or we can make that oxidation reduction.
01:43
One more reaction is aloh whole 3 plus h2 so4 which produce al2so3 plus water h2o.
02:00
Here this reaction is acid -based neutralization reaction.
02:14
Next coming to the reaction sodium hydroxide n -a -o -h plus z -n -o -3 -4 -2, which will give n -a -n -o -3 plus j -n -o -h -2, which one will be in the form of the precipitate, hence this one is a precipitation reaction.
02:39
As we see there is the formation of the precipitate.
02:46
When hcl reacts with k2 -co -3, it will produce k -sel plus h -2o plus co2.
02:59
And this reaction will be an acid -based neutralization reaction.
03:10
Neutralization reaction.
03:16
If f.
03:18
F .e .2 .o .3 reacts with carbon monoxide co, it will form f .e.
03:25
Plus c .o .2, where we can see the change in the oxidation state, hence it will be an oxidation reduction reaction...