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5J.11

Posted: Wed Jan 15, 2020 8:08 pm
by Kyle Rex 1K
for part b what is the importance of "x" being a halogen? also how would you go about solving part b

Re: 5J.11

Posted: Wed Jan 15, 2020 8:12 pm
by Alexis Webb 2B
In the solutions, it says that it takes energy to break an X-X bond, so processes with halogens will be endothermic and increased temperatures favors the formation of products.

Re: 5J.11

Posted: Wed Jan 15, 2020 8:38 pm
by claudia_1h
It's not especially important. Focus on the fact that energy is required to break bonds, and since we can clearly see the breakage of bonds (and no formation of new ones), we know the reaction will be endothermic.

Re: 5J.11

Posted: Wed Jan 15, 2020 8:42 pm
by Andrew Liang 1I
I think the key idea is that bond is being broken during the reaction, and it takes energy (heat) to break bonds. In this case the reaction is endothermic; therefore, increasing the temperature will favor product formation.

Re: 5J.11

Posted: Thu Jan 16, 2020 2:10 am
by Morgan Carrington 2H
I am assuming that due to the strong bonds between diatomic molecules it would require heat in order to be broken. That would mean that the reaction is endothermic, and therefore an addition of heat would push the reaction towards the products.