Wolff Kishner Reduction Mechanism
HTML-код
- Опубликовано: 26 авг 2024
- This organic chemistry video tutorial provides a basic introduction into the Wolff Kishner reduction mechanism which occurs under basic conditions. Heat is needed to increase the rate of the reaction facilitating the gas evolution of N2 which is the driving force for this reaction.
The Organic Chemistry Tutor never lose motivation to teach, amazing stuff!
Lol taking my final in a few hours and the Orgo Tutor coming through..... What a G!! Thank you!
me now
Hey I know it's been two years, but I just came across your comment and was curious. How'd your final go?
@PunmasterSTP lmao same but it's now 3 and 1 year for me
Like I said I could watch this all day long.
Thank you for taking the time to make this!
A huge thanks to you
It's really helpful
Thank you once again.
Your voice is 🖤🖤🖤
I really really loved this ❤️
Can you please make a video on woodward fiesar rules ☺☺
Can you do videos about chimecal engineering..
Thanks sir
❤️❤️❤️💕💕💕
Celemansen reagent do the same thing what's the difference
CLEMENSEN we convert aketone or aldehyde into an alkane using a catalyst /amalgamate zinc/using a stongly acidic conditon
w KISHNER to convert a carbonyl functionel grp into a methylen grp/no catalyst /using a stg basic cond
Hope u understand that 😁🌼
Clemmenson reaction doesn't work for high molecular weight compounds and acid sensitive compounds
3rd?
The *heat*