You NAILED it!! Best Video on Mobile phases. Only request is voice in the video is distorted/noisy, Pl fix it for us. Thanks for making a informative video
Very good question! The reason is that the equilibrium between neutral form and anion is very-very fast in comparison to separation time. So each benzoic acid molecule will be about half of the time as neutral molecule and about half of the time as an anion. When the molecule is in the neutral form it will move slower but when it is anion it will move faster through the column. Therefore, it will show a retention behavior that is an average of the behavior of purely neutral form and purely anionic form.
Thank you it was very helpful hoping for a similar video on normalphase
What a great explanation! Clear and concise!
Thank you very much for your wonderful lecture.
You NAILED it!! Best Video on Mobile phases. Only request is voice in the video is distorted/noisy, Pl fix it for us. Thanks for making a informative video
Omg this is amazingly well-explained. Thanks!
I think you made me love cheistry again
Very helpful thank you:)
Just awesome
thank you
Likedddd it
This is amazing!! Can you tell me in which source I can find the images?
In effect of pH case at pH=5.0 there is almost equal concentration of benzoic acid and benzoic ion so why we didn't getting two peaks Plzzzzz ans
Very good question! The reason is that the equilibrium between neutral form and anion is very-very fast in comparison to separation time. So each benzoic acid molecule will be about half of the time as neutral molecule and about half of the time as an anion. When the molecule is in the neutral form it will move slower but when it is anion it will move faster through the column. Therefore, it will show a retention behavior that is an average of the behavior of purely neutral form and purely anionic form.
Okay but not understand because don't know English completely
this is a great video. clearly explained