While examining radical halogenation reactions, we saw that different "reaction pathways" lead t

So here in this question we need to find out that while examining a radical halogenation reactio

answer is option C that is acting as a competitor to the radical that reacts that reacts more qu

radical inhibitors that means those who acts on free radicals in organic reactions free radicals

Hello everyone, my name is Arna Ali and now I'm going to answer you this question. He called in

So we have an energy profile, and we want to label it first as to the positions of reactants and

Question

While examining radical halogenation reactions, we saw that different "reaction pathways" lead to the formation of different products. How does the difference in energy between the activation barriers of rate-determining steps (??G‡) for these pathways affect the selectivity of the reactions and the products that are produced? A. The bigger the difference in energy between activation barriers results in a less selective reaction. The reaction is "messy" and produces a more equivalent mixture of products. B. The bigger the difference in energy between activation barriers results in a more selective reaction. The reaction is relatively "clean" and mostly produces one product. C. The smaller the difference in energy between activation barriers results in a less selective reaction. The reaction is relatively "clean" and mostly produces one product. D. The smaller the difference in energy between activation barriers results in a more selective reaction. The reaction is "messy" and produces a more equivalent mixture of products.

          While examining radical halogenation reactions, we saw that different "reaction pathways" lead to the formation of different products. How does the difference in energy between the activation barriers of rate-determining steps (??G‡) for these pathways affect the selectivity of the reactions and the products that are produced?

A. The bigger the difference in energy between activation barriers results in a less selective reaction. The reaction is "messy" and produces a more equivalent mixture of products.

B. The bigger the difference in energy between activation barriers results in a more selective reaction. The reaction is relatively "clean" and mostly produces one product.

C. The smaller the difference in energy between activation barriers results in a less selective reaction. The reaction is relatively "clean" and mostly produces one product.

D. The smaller the difference in energy between activation barriers results in a more selective reaction. The reaction is "messy" and produces a more equivalent mixture of products.

While examining radical halogenation reactions, we saw that different "reaction pathways" lead to the formation of different products. How does the difference in energy between the activation barriers of rate-determining steps (??G‡) for these pathways affect the selectivity of the reactions and the products that are produced?

A. The bigger the difference in energy between activation barriers results in a less selective reaction. The reaction is "messy" and produces a more equivalent mixture of products.

B. The bigger the difference in energy between activation barriers results in a more selective reaction. The reaction is relatively "clean" and mostly produces one product.

C. The smaller the difference in energy between activation barriers results in a less selective reaction. The reaction is relatively "clean" and mostly produces one product.

D. The smaller the difference in energy between activation barriers results in a more selective reaction. The reaction is "messy" and produces a more equivalent mixture of products.

Added by Gerald M.

Question

Please give Ace some feedback