Chemical Kinetics gives us perhaps hundreds of reactions, many of which are very short timeframe, but the ultimate outcome may be said to be the same as II above. Similarly, the main polluting components, NOx and SOx, may be said to have an ultimate outcome. Above, we said time is a factor, in controlling pollution, why might this be so (in terms of energy conversion rate)?

        Chemical kinetics is one of the most important parts of the chemical reaction. The reason is that if there is no movement of the molecules so that no reaction will take place. The movement of chemical molecules mostly depends upon the catalyst of the chemical that is reacting. The next condition is that the temperature of the chemical molecules. If the temperature is moderate so in that case, chemical movement will be ideal according to that condition. As according to the discussion, there are about two main polluting components named as nitrogen oxide and the Sulfuric oxide. According to the chemical movement of the nitrogen oxide in the air is relatively fast as compared with the Sulfuric oxide components in the air. But the sulfuric oxide components are heavy, and they are extremely dangerous when they are acting as the pollutants. Yes, it is true that time is the ultimate factor in controlling the rate of pollution, the reason is that when the catalyst is weak and temperature condition is not fulfilled, so the rate of energy conversation will be low.