Activation Energy Diagrams

[@MariachristinalouisaAnnejoymae]

The best explanation I found on YT thank you😊❤🙏👍

[@OldSchoolChemistry]

Hi Krueger, I am so glad. Thank you for your comment:)

[@hoanhtrinh4863]

Thank you for the knowledge you've imparted

[@OldSchoolChemistry]

cr7, My pleasure. I hope your class goes well!!

[@AbarJames]

Thank you for helping understanding 🙏God bless you I really appreciate that

[@OldSchoolChemistry]

Hi Abar, Think you for the blessing! I am proud of your hard work. God bless you in your efforts:)

[@asisababun7543]

Thanks for the video great apron explanation

[@OldSchoolChemistry]

Hi Asis, I am so glad you liked the apron example. I think the contextualizations helps students. Please subscribe if you have not already. Thanks!

[@roxanneal-nimri8534]

You are sooooo helpful! Thank you

[@OldSchoolChemistry]

Hi Roxanne, I’m so glad. Thank you for your comment!!😊

[@roxanneal-nimri8534]

@@OldSchoolChemistry of course! I have a question though. If you have a 3 step mechanism and you have 2 fast ones, do you solve for the intermediate in both of them and then plug that in to the slow step rate law?

[@OldSchoolChemistry]

@@roxanneal-nimri8534 Hi Roxanne, you only use the fast step that occurs before the slow step. Only fast steps that precede the slow step will go into equilibrium. There is usually only one fast step before the slow step. If there are multiple fast steps before the slow step then you are correct. When finding the overall rate law you can ignore the fast steps that happen after the slow step. I hope that helps!