Please do not stop making animations we are helped alot by your videos. These animations clear our concepts like crystal. It's a humble request to post more.
Very good explanation, but why does a substrate attach to an enzyme (catalyst)? Only a very specific substrate can attach to the 'active site' of an enzyme - is this because of electrical charge or something? Are they held together by opposite charges, or do they react chemically? And how does this fusion between catalyst and substrate lower the activation energy needed to break the bonds in the substrate? (Either way, the electrons in certain atoms that make up the substrate get 'less attached' to their protons, either because covalent/ionic bonds are formed with atoms of the catalyst, thus changing electrical properties, or because they just experience a 'pull' from some atoms of the catalyst, thus making the internal bonds in the substrate weaker to the point where they separate). I don't really know what I'm talking about, so I would certainly appreciate if someone could help me out here :)
Please do not stop making animations we are helped alot by your videos. These animations clear our concepts like crystal. It's a humble request to post more.
This channel is pure treasure😭😭😍
Clear Crisp Concise!
The animation was the cherry on the cake
This was very helpful Thank you.
we want more videos and quizzes based on biology ncert 🙏 ❤️ Love from India
I have a bio exam in the morning and this is more useful then whatever my professor gave me
Best animation and amazing explanation
hello I would like to point out something the theory of enzymes that says its like a key and lock is wrong it's now an induced fit
Wonderfully clear explanation. Thank you.
Hats off sir
Very Good Work!!
Who else thinks that this channel is too underrated...😞
Very good explanation, but why does a substrate attach to an enzyme (catalyst)? Only a very specific substrate can attach to the 'active site' of an enzyme - is this because of electrical charge or something? Are they held together by opposite charges, or do they react chemically? And how does this fusion between catalyst and substrate lower the activation energy needed to break the bonds in the substrate? (Either way, the electrons in certain atoms that make up the substrate get 'less attached' to their protons, either because covalent/ionic bonds are formed with atoms of the catalyst, thus changing electrical properties, or because they just experience a 'pull' from some atoms of the catalyst, thus making the internal bonds in the substrate weaker to the point where they separate). I don't really know what I'm talking about, so I would certainly appreciate if someone could help me out here :)
Sir please make a video on circulation
❤❤❤love all your stuff
thank you!
Thank you sir. I regular watch your videos.
Tq, so much by looking at this explaination all my dout are clear
how useful catalyst is👍👍👍👍👍
This was so clear... thank you... really helped
Watching and learning from India🇮🇳
Thank Our TEACHER . Where are you living right now???
Amazing ❤❤❤❤❤
Thanks a lot
That great !!! Thanks
I like this vid
I like it
My mind is not working in this chapter🙃🤕
Please!Sir......Can you make another animation video on this topic____
At 5:24 you got the pH scale is wrong. The PH of 1 isn't purple its red and the PH of 14 isn't red its purple.
please upload
Wowww I'm proud of you....
Sir please upload videos frequently
Love from pakistan
Nice but no proper ending 🤔
❤
ph scale is wrong 1to 6 is almost red and 8 to 14 is blue
You already cut the point
q pro
These are very helpful ☺