Enthalpy and Entropy Driven

[@WeebmanExe]

Less than 2 minutes in and already explained better than in the lecture videos I was given by my class. Thank you so much 🙏

[@OldSchoolChemistry]

Hi WeebmanExe, I am so glad it was helpful. Thank you for sharing:) I hope you class goes well!

[@someone-fq4hr]

forever a legend! just went through the whole playlist and I can never thank you enough!! your amazing thanks again!! :)

[@OldSchoolChemistry]

Hi Someone-f14hr, The whole playlist??? I am so proud of you! I am glad it was helpful. I hope your class goes well:)

[@kevinjones1298]

Thanks for helping with my chem lab!

[@gauravbhardwaj2912]

Oh! This is that I am looking for.

[@swp9999]

That was awesome Mam. Loved your clarity of thoughts.

[@OldSchoolChemistry]

Hi Swp9999, I am so glad it was helpful. Thank you for your comment!

[@aman-kr]

thanks exactly what I was looking for.

[@chromersv]

Isn’t melting an increase an entropy because the particles become less ordered as a liquid, such that delta S should be positive?

[@OldSchoolChemistry]

Hi AJ. YES! I made a mistake and apologize. I described FREEZING! The word Freezing should be written on the board, not melting. Thank you for catching my mistake. And you are correct, melting is entropy driven (Order to Disorder, spontaneous + S and absorbs energy, non spontaneous + H). Thanks again!

[@ntenduilunga8610]

exactly what i was looking for, thanks

[@OldSchoolChemistry]

Hi Ntendu, wonderful! I hope your class goes well😊

[@catherinenguyen383]

FINAL IN 3 HOURS THANK U BB

[@OldSchoolChemistry]

Good luck!! You’ll do great🎉🎉

[@juliegermaine2031]

Thank you! Super helpful video

[@OldSchoolChemistry]

Hi Julie, I am so glad! I hope your class goes well:)

[@seemakatore9655]

Thanks mam

[@jasonlove8733]

👍🏻

[@SimranKaur-hw4hx]

THANK YOU!!!!

[@OldSchoolChemistry]

You’re welcome. Good luck in your class😊

[@Krishnakd24]

Thanks mam

[@OldSchoolChemistry]

Hi Mr. K, you are very welcome:) Thank you for your comment!