In reaction CFCl3 + UV Light - > CFCl2 + Cl, there is only one reactant (CFCl3) and no collision

So, why did a reaction take place?

Question

Ryker David

Chemistry

11 August, 05:32

In reaction CFCl3 + UV Light - > CFCl2 + Cl, there is only one reactant (CFCl3) and no collision

So, why did a reaction take place?

+2

Answers (1)

Know the Answer?

Shawn Dickson · Answer 1

The reaction CFCl3 + UV Light - > CFCl2 + Cl does not need another reactant as with CFCl3 because the reaction itself is reactive to light. Note that there are reactions that are sensitive to light to form products and when this type of reaction are not exposed to light, no reaction occurs.

In reaction CFCl3 + UV Light - > CFCl2 + Cl, there is only one reactant (CFCl3) and no collisionSo, why did a reaction take place?

In reaction CFCl3 + UV Light - > CFCl2 + Cl, there is only one reactant (CFCl3) and no collision

So, why did a reaction take place?