Question

identify the reaction type for each unrelated, radical reaction as either initiation, propagation, or termination. reaction a. a chlorine chlorine bond splits into two chlorine radicals. what type of reaction is reaction a? initiation propagation termination reaction b. a radical carbon reacts with a bromine radical to form a new carbon bromine bond. what type of reaction is reaction b? initiation propagation termination reaction c. a radical carbon reacts with a bromine bromine bond to form a new carbon bromine bond and a bromine radical. what type of reaction is reaction c? initiation propagation termination

Answer 1

Step-by-step explanation:

Let's identify the reaction types for each of the reactions:

Reaction a: a chlorine-chlorine bond splits into two chlorine radicals.

Reaction type: Initiation

In an initiation reaction, a bond is broken to produce radicals, which are highly reactive species with unpaired electrons.

Reaction b: a radical carbon reacts with a bromine radical to form a new carbon-bromine bond.

Reaction type: Propagation

In a propagation reaction, radicals react with stable molecules to form new chemical bonds while generating new radicals, which continue the chain reaction.

Reaction c: a radical carbon reacts with a bromine-bromine bond to form a new carbon-bromine bond and a bromine radical.

Reaction type: Termination

In a termination reaction, two radicals react with each other, effectively stopping the chain reaction. The reactants' radicals are used up, and no new radicals are generated.

So, to summarize:

Reaction a: Initiation

Reaction b: Propagation

Reaction c: Termination