Carbonyl Compound | Lecture -5 | Hindi | IIT JEE ADVANCED | OC | MS Chouhan Sir

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Previous Lectures 👇
Carbonyl Compound Lecture-01 Link 👉 • Carbonyl Compound | Le...
Carbonyl Compound Lecture-02 Link 👉 • Carbonyl Compound | Le...
Carbonyl Compound Lecture-03 Link 👉 • Carbonyl Compound | Le...
Carbonyl Compound Lecture-04 Link 👉 • Carbonyl Compound | Le...
"Discover the key methods for converting carbonyl compounds into alkanes, a crucial topic in organic chemistry for IIT JEE aspirants. This lesson covers important reduction techniques like the Clemmensen reduction, Wolff-Kishner reduction, and Mozingo reduction, breaking down their mechanisms, conditions, and reagent choices. We’ll explain when to use acidic or basic conditions, the role of hydrazine, zinc amalgam, and Raney nickel, and how to predict the products of these transformations. Mastering these reactions is vital for both competitive exams and a deeper understanding of organic synthesis."
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[@drecode198]

Aldol and cannizaro videos pls

[@vedanthamseshubabu3539]

Sir if you don't mind can you teach in english I can,t understand Hindi sir please your way of teaching was amazing

[@robertpattinsonbatmanisthe8537]

Sir how many total lectures for this chapter?

[@ahaanshaurya]

Sir carboxylic acid ko carbonyl Maan sakte h kya

[@mschauhan558]

Carbonyl + alcohol

[@ahaanshaurya]

@@mschauhan558 Sir down the group, acidic character decrease krta h toh HI apne group me best acid kaise h

[@nadimsirmerityard]

In group acidic nature decided by size factory (1) As we move down the group size increase so stability of conjugate base increase so acidic nature increase​ (2) Hydrogen is common for all halide but size of halide increases from top to bottom so bond strength between hydrogen and halide decreases so iodine can easily donate H+ ion so we can say that acidic strength increases@@ahaanshaurya

[@ahaanshaurya]

@@nadimsirmerityard Thank you sir...so conjugate base stability is the factor.