Many reactions require that the initial reactant become 'activated'. This activation often comes from the transfer of energy from a wall or other gas molecule. After the molecule is activated, it then proceeds to a reaction, such as the following decomposition: What is the overall rate law for this process?

Question

Many reactions require that the initial reactant become 'activated'. This activation often comes from the transfer of energy from a wall or other gas molecule. After the molecule is activated, it then proceeds to a reaction, such as the following decomposition:  What is the overall rate law for this process?

Quizplus · Accepted Answer

The Answer of Many reactions require that the initial reactant become 'activated'. This activation often comes from the transfer of energy from a wall or other gas molecule. After the molecule is activated, it then proceeds to a reaction, such as the following decomposition:  What is the overall rate law for this process?

Many Reactions Require That the Initial Reactant Become 'Activated