Thank you, sir. This is very easy to understand. I hope you will upload other videos with harder NMR questions :) Every passer-by please check this out!
Hello, thanks for the great video, it was really helpful. However, I do have a query. At 16:10, where does the peak for the -OH go in the molecule? I didn't really understand that bit, could you please explain? Thank you again.
because there is supposed to be an alkyl chain but we dont know how long, since there are only 4 carbons, two of which are bonded and another one that is supposed to be in a double bond, that only leaves one carbon hence CH3
8:06 YOU NEED TO SORT THIS OUT. IN MY 23 YEARS OF LIVING AS A CHEMIST I HAVE NEVER, EVER, IN MY LIFE SEEN A CARBON "DOUBLE BONDED😱😱😨😰" TO A HYDROGEN 🤯🤯🤯🤯🤯🤯🤯 THIS MATTER IS NOT OVER SCIENCE SHORTS UNTIL ONE OF US DIES AND I HAVE NEVER DIED BEROFRE. EMBRARESING
just watched this 5 mins before chem paper 3 and I got the nmr right cuz of this
cold
it's an 18 min video 😂
@@michealadeleye74765 mins before the exam*
I've watched multiple videos for NMR and this is the only one which cleared my concepts, thank you so much!!
was helpful!!!
Im sitting my A levels finals 7 days from now hoping an easy nmr question to appear!!!!!
This is better explained in 18 minutes than what my chem lab prof spent 4 hours trying to say. Sheesh, and thank you.
Thank You for saving my physics preperation, your videos were the only thing I needed to prepare for my A levels.
what grade did you get?
HA, for a channel named Science Shorts, your explanation sure wasn't lacking in substance! Thanks so much for all that info
Thank you, sir. This is very easy to understand. I hope you will upload other videos with harder NMR questions :) Every passer-by please check this out!
Thanks so much for the great content! I really do think that you should delve into more chemistry in tandem with your amazing physics videos.
Sorry for the reupload!
your voice is so nice
Focus
8:06 bro said fairly simple, and its gonna get lot lot harder. brudda this was LOT LOT HARDER
Hello, thanks for the great video, it was really helpful. However, I do have a query. At 16:10, where does the peak for the -OH go in the molecule? I didn't really understand that bit, could you please explain? Thank you again.
it's meant to be 0 hydrogen atoms, not OH.
This is a really good video! Thank you.
7:46 how do u know that there’s another carbon to the right?!?!
because there is supposed to be an alkyl chain but we dont know how long, since there are only 4 carbons, two of which are bonded and another one that is supposed to be in a double bond, that only leaves one carbon hence CH3
is this for CAIE ? or AQA or something else
Thank you for the video, it is great!
great video thank you so much
Thank you so much ❤
Can't thank you enough 🙏🏻
good stuff brother.
Lovely. That's an excellent one. Try to prepare some more advanced NMR videos.
Great video keep it up!
nah I give up...this topic just doesn't make any sense
Same 😢😢
whyre there soo low views!
thank you daddy
What are you saying?!?!
8:06 YOU NEED TO SORT THIS OUT. IN MY 23 YEARS OF LIVING AS A CHEMIST I HAVE NEVER, EVER, IN MY LIFE SEEN A CARBON "DOUBLE BONDED😱😱😨😰" TO A HYDROGEN 🤯🤯🤯🤯🤯🤯🤯 THIS MATTER IS NOT OVER SCIENCE SHORTS UNTIL ONE OF US DIES AND I HAVE NEVER DIED BEROFRE. EMBRARESING
Sorry, where do I say that?
@@ScienceShorts Its written down
@@tomwormell3705 it’s not hydrogen double bonded, it’s C but he’s written H2 next to it because those two H are bonded to the first carbon
@Tom Wormell after spending 23 years as a chemist what are you doing watching an A levels chemistry video?
@@sabeenshahid2024 Clearly, he is looking out for future chemists studying from this channel.