How to determine reaction mechanism experimentally?

In order to check for a reaction mechanism, one has to check for a possible reaction pathway by using two or more isomer (or two or more chemical compounds with the same chemical structure but different physical properties). If there is a reaction pathway for one isomer, but not for the other isomer, the reaction is not a spontaneous reaction. Thus, each isomer should undergo a spontaneous reaction. If there is a reaction pathway for both isomers, then there is a spontaneous reaction. Thus,

How to determine reaction mechanism schemes?

The most direct way to decipher reaction mechanism involves monitoring how the reaction converts an initial reactant to a final product. If the reaction goes through a branched pathway, you’ll be able to observe the changes in intermediate species. When the reaction goes through a single pathway, however, you’ll have to look at the structural and electronic properties of the products, intermediates, and reagents instead. The proposed reaction mechanism should also take into account the thermodynamic data gathered so far

How to determine reaction mechanism by experiment?

In order to determine the reaction mechanism, you need to carry out a reaction with a specific catalyst to determine the reaction products and the catalyst. In the reaction conditions, the catalyst should show defined activity, and it would influence the reaction outcome. If the catalyst doesn’t have an effect on the reaction, it means that your catalyst is not active here. For example, if the catalyst is not active in the acidic medium, then it will not have an effect on the reaction.

How to determine reaction pathway experimentally?

The reaction mechanism is generally determined by the reaction pathway, which is the path along which the reaction proceeds. The reaction pathway is usually described by the number of reaction steps (or reaction pathways) involved. In the case of single step reaction, a single reaction step can describe the reaction mechanism. However, for multi-step reactions, the reaction pathway is usually described by the number of reaction steps. The “reaction mechanism” is not the same as the “pathway”.

How to determine the mechanism of a reaction experimentally?

In order to determine the reaction mechanism, different types of experiments can be performed. One of the most common techniques is kinetic isotope effect (KIE). The ratio of reaction rates of a specific reaction using heavy isotopes of an element (usually hydrogen, deuterium, or tritium) to the rates of the same reaction using the normal isotope (e.g. H2/D2 or H2/H2) is called the kinetic isotope effect. It can be