Hello 👋 there are a few reasons (1) There are other bits of information in the question that lead me towards the correct functional groups. Make sure to use all the data together. (2) The range we have on the data sheet for C=C is much more narrow and so the peak appears ‘slimmer’ and is less elongated. Check out this video for an example of C=C ruclips.net/video/DQsxEPpBzmA/видео.htmlsi=s4JcQmoTiitj37cH
Once you've finished - check out volume 2 here = ruclips.net/video/DLz8Bt_w3bI/видео.html
This video is underrated. Brilliant!
This was much needed especially with exams so soon ;)
Thank you so much 😊
Thank you so much, it made NMR much easier
I’m really glad! Volume 2 coming soon 👍🏻
you are fuxking goated. soooo underrated! thank you so much sir
Glad I could help 👍🏻
screamed for joy when I got it right
Great work!
How can you tell that the CH2 is bonded to an oxygen straight away?
Using the ppm values on your data sheet
made nmr easy! thank you:)
absolute hero🙌🙌
how do you know the peak on the infrared spectrum is C=O and not a C=C ?
Hello 👋 there are a few reasons (1) There are other bits of information in the question that lead me towards the correct functional groups. Make sure to use all the data together. (2) The range we have on the data sheet for C=C is much more narrow and so the peak appears ‘slimmer’ and is less elongated. Check out this video for an example of C=C ruclips.net/video/DQsxEPpBzmA/видео.htmlsi=s4JcQmoTiitj37cH
thank you so much for this!!
You're so welcome!
Thank you:)
Thank you
You're welcome