There can't be an explanation better than this! I've always wondered where the extra electron on Oxygen came from since hydrogen has dissociated. Thank you
@@DrDExplainsStuff Ben Best, who has an interesting website, talks about carbonylation [in his section on theories of aging] as one of the major factors in pathological-but avoidable-physical deterioration. His discussion on non-enzymatic glycosylation [glycation; the Maillard reaction] and carbonylation are subjects of importance, but the latter receives very little press! Your video was, and is, a big help to get me back up to speed on this and other subjects. You can be certain that I'll be viewing many more of your videos henceforward. Much gratitude.
actually you deserve millions of subscribers 👏 I was struggled with the concept of functional groups and the ways it work Your content and your explanations so understandable 💙 MUCH APPRECIATED💙
You are so helpful; this really helps break down things for my Bio 150 class at college. I don't know how you don't have more people watching these videos. Thank you so much. Out of curiosity, do you teach? If so, where? You're incredible at explaining things in a simple way. It's a very rare quality to possess.
My biology book says that the ionized version of the carboxyl group is COO+ for some reason, didn't make sense. Glad I found this video, must just be a typo.
Great video! Why is it that when carboxyl is placed in water the hydroxyl group loses a proton on the hydrogen leaving an ionised oxygen to become carboxylate instead of the OH forming hydrogen bonds with the water like we see in alcohols?
I think that we can have a better explaination. In fact hydrogen bonded to the oxygen in carboxylic acid, cannot seperated from oxygen in the form of cation. Why? Because OH bond is covalent. Of course this hydrogen can exchange with hydrogens presented in water molecules. This exchange cause the pH of the solution reduce toward acidic situation.
Wow... what an explanation...!
I'm a medical doctor... Just watched your video, and astonished why you don't have subscriber in millions...?
There can't be an explanation better than this! I've always wondered where the extra electron on Oxygen came from since hydrogen has dissociated.
Thank you
Glad to help!
The way you explain things is great : ) I'm glad I found your channel, subscribed!
THANK U SO MUCH, i have an AP bio test tomorrow and this helped
What a big help! Thank you very much for sharing your talent as a teacher. MUCH appreciated.
You’re very welcome! Thank you for the kind words!
@@DrDExplainsStuff Ben Best, who has an interesting website, talks about carbonylation [in his section on theories of aging] as one of the major factors in pathological-but avoidable-physical deterioration.
His discussion on non-enzymatic glycosylation [glycation; the Maillard reaction] and carbonylation are subjects of importance, but the latter receives very little press! Your video was, and is, a big help to get me back up to speed on this and other subjects.
You can be certain that I'll be viewing many more of your videos henceforward. Much gratitude.
Your teaching style is very subtle. I hope you get millions of subscribers
actually you deserve millions of subscribers 👏
I was struggled with the concept of functional groups and the ways it work
Your content and your explanations so understandable 💙
MUCH APPRECIATED💙
Wow, thank you!
Thank you so much, I've been struggling with Chemistry and this channel helped me
Thank you for your video it was very helpful in studying for my cell bio final!
Thank you so much. You explain things so well and make it all seem so clear!
You are so welcome!
You are so helpful; this really helps break down things for my Bio 150 class at college. I don't know how you don't have more people watching these videos. Thank you so much.
Out of curiosity, do you teach? If so, where? You're incredible at explaining things in a simple way. It's a very rare quality to possess.
Thanks for explaining and introducing the concept in a great way, again thank you
Thank you!
Thank you so much!!!! Helped me to understand this, I was so confused, you explained it really well!
theoritically it gives more satisfaction if it is true even practivally you are very good teacher .
Thank you. Off to watch the one on PH next.
You’re so welcome!
Wow! Everything is so clear now. I love learning this way! Your videos are addicting! Thank you!
Thank you so much!
a great simple way of teaching
Thank u soo much... it is the perfect video!!! Exactly what u was looking for
you. are. so. awesome!!! thank you so much, you're a hero!
I wish I had your knowledge.Thanks
Nice Video, Thank you Dr. D
Hey Sir please demonstrate How to cary out amine functionalized graphene method with recipe & thanks for explaining in a simple way
My biology book says that the ionized version of the carboxyl group is COO+ for some reason, didn't make sense. Glad I found this video, must just be a typo.
Nice explanation😊
Great video! Why is it that when carboxyl is placed in water the hydroxyl group loses a proton on the hydrogen leaving an ionised oxygen to become carboxylate instead of the OH forming hydrogen bonds with the water like we see in alcohols?
Great instruction
Thanks it was useful 👍🏻
very helpful, thanks so much. well explained video!
May I ask what breaks the OH bond and releases H+ and why the O does not pick another free H+ from the solution? (I’m a complete beginner)
Thank you 🙏 ❤️
Hey doctor, can you please post examples of different types of amino acids and the way the carboxyl group is positioned? I will appreciate it :')
Fire video
What is the reaction between the OH group and water that causes the H to come away?
How does a proton leave the hydrogen? I thought valence electrons left
Thank you so much
You're most welcome
How does ethane (gas) turn into an acid that you can put in water?
Why does the carboxyl group lose the hydrogen proton? That's what I don't understand about pH...
perfect, ty
thank you for explanation
nice explanation
No problem! Thanks for watching!
So in other words, when a hydrogen leaves the oxygen is like fine leave! But im keeping the electron!
?is this accurate?
for any who dont know, protons is basically hydrogen atoms
Thx for your heeelp
damn your channel is underrated
Thank you! I'm glad the channel helps!
Thanx
You're very welcome!
greattt
I think that we can have a better explaination. In fact hydrogen bonded to the oxygen in carboxylic acid, cannot seperated from oxygen in the form of cation. Why? Because OH bond is covalent. Of course this hydrogen can exchange with hydrogens presented in water molecules. This exchange cause the pH of the solution reduce toward acidic situation.
perfect
There are no tutorials in Swedish, so hard
vvell explained
acid smoke.
Thank you !
Thanks you so much
Most welcome