thank youUuU, omg so clear, I love it. you are amazing, we need more vids like this. we always see many vids on math and physics but not many on imp topics like these.
I really like your videos, I use them a lot to show my students how things work in a work different way. But I have a doubt regarding the graph (around 10-11'). Isn that just what you get with any reaction? It results form the kinetics, with time we reach equlibrium and the velocity decreases. I do not see how this points to a first fast and a second slow step. Which of the steps is fast is determined by how the catalysis takes place, SN1 or SN2 or elimination. I don't think this graph supports y that the first step is fast. Or do I miss the point. Thx!
This shit is amazing , but as english is not my mother-tongue I find it hard to follow you. Do you have any notes or so that you could post in the description?
In Pharmacy School. Can honestly say our better than my biochem professor
You helped me through genetics and now biochem, thank you so much
Absolutely Amazing lecture Sir. Thank you so much for this! Exactly what I needed!
Thank you Thank you Thank you for making things super clear and easy to follow!!!
These videos literally save my life. Is this what NYU undergrad is like or are you in medical school?
he is in medical school but went to NYU. This is identical to the material covered in my NYU biochem class.
i think every teacher should have learn from you that how to teach the content.
Awesome lectures! Extremely helpful for my MCAT study. Thank you!
thank youUuU, omg so clear, I love it. you are amazing, we need more vids like this. we always see many vids on math and physics but not many on imp topics like these.
Woah it's weird seeing him clean shaven after seeing so many videos with the whiskers
I really like your videos, I use them a lot to show my students how things work in a work different way. But I have a doubt regarding the graph (around 10-11'). Isn that just what you get with any reaction? It results form the kinetics, with time we reach equlibrium and the velocity decreases. I do not see how this points to a first fast and a second slow step. Which of the steps is fast is determined by how the catalysis takes place, SN1 or SN2 or elimination. I don't think this graph supports y that the first step is fast. Or do I miss the point. Thx!
Hello sir ..you r so good ..may I know from where r you 🙂
thank you so much
You are showing everything in a single white board only you should present it through good slides it will be clear and better
This shit is amazing , but as english is not my mother-tongue I find it hard to follow you. Do you have any notes or so that you could post in the description?
you are cool! :D
looking so handsome
👏🏻👏🏻👏🏻👏🏻👏🏻👏🏻👏🏻