00:02
In this question, given that a substitution reaction, which is ch3cn, in the gaseous state reacts with chlorine, in the aqua state in equilibrium, it gives ch3cl in the aqua state plus cn negative in the aqua state.
00:34
We have to tell that what will be the direction of this reaction after adding chlorine.
00:52
So here coming on to the solution here the rate law for the forward reaction is given as so here we will write rate for the forward that will be equal to the concentration of c h3cn multiplied by the concentration of cl negative.
01:33
And the rate law for the reverse reaction is given as, so we will write as rate.
01:51
Rate of reverse reaction is equal to the concentration of ch3cl multiplied by the concentration of cn negative.
02:07
So here when the chlorine is added in the reaction so the reaction will shift forward this is because the rate of the forward is equal to the concentration of ch3cn multiply by the concentration of cl negative.
02:52
So that means the increase in the concentration of cl negative...