Buffers
Вставка
- Опубліковано 20 січ 2014
- MIT RES.TLL-004 Concept Vignettes
View the complete course: ocw.mit.edu/RES-TLL-004F13
Instructor: George Zaidan
In this video, Legos ¬ are used to create possible molecular level models of a buffer. This is done to better understand how a buffer works and the components a buffer must contain in order to be effective.
License: Creative Commons BY-NC-SA
More information at ocw.mit.edu/terms
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This is the best explaination of buffers I have ever heard, read or watched.
This may be the most lucid explanation of a concept I have ever seen and heard. Sets a new standard.
it took me 45min to watch this video! My brain didnt handle this much fast paced explanation
Merci Madame Sophie Demoustier de nous avoir fait découvrir cette incroyable vidéo
the best explanation ever..It's been 10 years since I have graduated from the school of Medicine with the same questions about Buffer system in the blood & this is the 1st time ever I could really comprehend it..
1. H+ reacts with A-, forming HA.
him: pause the video and discuss with a friend
Beautiful presentation and quality of video. Thank you for your efforts.
Finally, a good explanation! This was useful. Thanks.
I refreshed my browser at least three times because I thought that the momentary stop right after he added the NaOH was my computer...wait for it....buffering!
This video is very, very thorough. Thank you so much.
Thank you, tough material ... well explained with the lego.
Wow.. it's so amazing. Thanks a lot of your presentation in video. It is enough for understanding for me.
Thankyou very much. You have cleared my whole concept .Great!!!!!!!!
Thanks the explanation was really helpful.
Perfect! Thank you.
What happens if you add water to a buffert?
Brilliant video
So helpful! Thanks :)
if MIT is explaining it with legos it cant be that hard