For the nonspontaneous reactions are they not still possible when forced by a battery? Did you mean not going to happen just to make it simpliar for this video or am I understanding electrolysis wrong? Also thank you for making these videos your explanations and examples are extremely helpful :)
I should have been more specific in stating that nonspontaneous reactions do not happen on there own without work being done (like by a battery) on the system by the surroundings. Hope this helps!
Many will agree with your sentiment Martin! Determining who gains and loses electrons is based upon oxidation states. But if you look at the foundation of oxidation states, they kind of treat every bond as being an ionic bond. To this end the 'shared' electrons in a covalent bond are assigned to whichever atom is more electronegative. This is obviously not a perfect reflection of reality for molecular compounds and hence the confusion. But it does have its utility and is worth the confusion. Using a more accurate reflection of reality would likely involve complex mathematical equations to better approximate true 'charges' on atoms and this would suck so much more. So accept that it is a little nonsensical, but invest the time to learn the rules for assigning the oxidation states as it will prove useful more than once in this course. Happy Studying!
Thanks a bunch, Chad! To us, you'll always be the best-looking metal there is!
You're welcome and Thanks!
You’re so amazing. Thank you so much you deserve so much more recognition!
Thanks for saying so, Jane!
chad! you are a lifesaver!!!! you explain so well.
Glad the channel is helping you!
thankyou thankyou thankyou💛💛💛
You're welcome x3!
Thank you Chad!!
You're welcome!
Chad , you are the best.I am an international student ,and i really want to be your student in real life.Are you teaching in ASU?
Strictly teaching from home now.
@@ChadsPrep Understood , thank you for your lessons !
@@simplekanal4339 You're welcome.
For the nonspontaneous reactions are they not still possible when forced by a battery? Did you mean not going to happen just to make it simpliar for this video or am I understanding electrolysis wrong? Also thank you for making these videos your explanations and examples are extremely helpful :)
I should have been more specific in stating that nonspontaneous reactions do not happen on there own without work being done (like by a battery) on the system by the surroundings. Hope this helps!
THANK YOU
You're welcome!
❤❤❤❤
Thanks!
Hello, i hope you are fine @Chad's Prep needed a little favour, can you expain born haber cycle and lattice energy please???
Hello Dashing Planet! Let me see what I can do...
ua-cam.com/video/LfXxULb-Ues/v-deo.html
Just created this this afternoon. Hope it helps Dashing Planet!
One loses one gains electrons - but they SHARE electrons in covalent bond so who has gained and lost?
I'm so sick of Ox Red ionic - makes no sense.
Many will agree with your sentiment Martin! Determining who gains and loses electrons is based upon oxidation states. But if you look at the foundation of oxidation states, they kind of treat every bond as being an ionic bond. To this end the 'shared' electrons in a covalent bond are assigned to whichever atom is more electronegative. This is obviously not a perfect reflection of reality for molecular compounds and hence the confusion. But it does have its utility and is worth the confusion. Using a more accurate reflection of reality would likely involve complex mathematical equations to better approximate true 'charges' on atoms and this would suck so much more. So accept that it is a little nonsensical, but invest the time to learn the rules for assigning the oxidation states as it will prove useful more than once in this course. Happy Studying!
@@ChadsPrep I'll try - thx
@@BR-hi6yt You're welcome!