00:01
Hi everyone.
00:01
So in these questions enter the balanced net ionic and complete equation for the following reaction.
00:09
So in the first reaction we are given potassium sulfate aquas plus calcium iodide aquas that will produce calcium sulfate solid plus potassium iodide.
00:22
So we can balance this equation by using this tachometric coefficient 2 in potassium iodide.
00:27
So this equation is the balanced molecular equation.
00:32
So coming to the ionic equation.
00:37
So in the ionic equation, so let's see, first of all, we see about the reactant side.
00:44
So in the reactant side we have twice of potassium ion aquas plus sulphate ion aquas, plus calcium to positive ion aquas, plus twice of iodide ion aquas.
00:53
So that will produce calcium sulphate solid.
00:55
So that means this calcium sulfate is insoluble in water and which means it will not dissociate into ions the another product is twice of potassium ion aqueous plus twice of iodide ion aquas so let us see the spectator ion so we have potassium ion and iodide ion so these are the spectator ion so now the net ionic equation so the net ionic equation become calcium 2 positive ion plus sulfate ion aquas that will form calcium sulfate solid.
01:34
So this equation is basically the net ionic equation of the above reaction.
01:40
In the part b, so the molecular equation is ammonium chloride aquas plus sodium hydroxide aquas that will produce water liquid ammonia gas plus sodium chloride aquas.
01:54
So let us see the ionic equation.
01:57
Can say the total ionic equation of the above reaction, ammonium ion aquas plus chloride ion equest, plus sodium ion aquas plus hydroxide ion aquas...