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What is the conceptual meaning of "reaction orders greater than 1 reactions conversion increases in given time as concentration increases?
Welcome to the PF.DURGAPRASAD said:What is the conceptual meaning of "reaction orders greater than 1 reactions conversion increases in given time as concentration increases?
Reactions with orders greater than 1 have a higher conversion rate because they involve multiple reactant molecules colliding with each other simultaneously. This increases the chances of successful collisions and therefore increases the rate of reaction.
The reaction order directly affects the rate of conversion. A higher reaction order means that the rate of reaction is more dependent on the concentration of the reactants, resulting in a faster conversion rate.
Yes, a reaction with a low order can still have a high conversion rate. This can occur if the reaction has a high concentration of reactants or if the reaction has a high activation energy, meaning it requires a lot of energy to occur.
The reaction order is directly related to the rate law. The rate law is an equation that describes the relationship between the concentration of reactants and the rate of reaction. The reaction order is the exponent in the rate law equation that determines how the concentration of the reactants affects the rate of reaction.
No, the reaction order is a constant value for a specific reaction at a specific temperature. It does not change during the course of the reaction, but it can change if the temperature or concentration of reactants is altered.