Cannizaro reaction class 12 by Seema Makhijani.

[@alishasharma6826]

Your videos are really helpful!

[@ayushkumarnda5]

maam..i mean this from bottom of my heart..you just teach awesome!!!! your explanation is amazing..we need more of your videos mam. please make a playlist for d block elements. Thankyou so much mam.

[@hitserfarkum5260]

thanks for the video....
the concept is crystal clear now....

[@madhavagarwal2658]

Thank you very much mam😀

[@gyananayak6770]

Thank you mam, you analysis us a carrnizer reaction very well

[@bhawna5489]

Thankyou so much ma'am. This has helped me a lot.

[@kajalchaugule1255]

Plz make more vedios mam.

[@uptonogood300]

Wow! Thanks so much

[@shilpap.7741]

lovely explanation

[@alexfrancis6091]

Pls note that for cannizaro reaction it is 50% NaOH

[@yashsahu9280]

Thank you dear mam

[@pynthymmailangdkhar1403]

Thanks for explain in English mam that was amazing

[@seemamakhijani721]

Bless u
Thanks
Do share

[@fatymazulf2347]

Kindly make videos on other reactions as well 😭❤

[@kajalchaugule1255]

Same i also want.

[@nikunjsharma1805]

Yup

[@nikunjsharma1805]

Tysm🤗

[@rithul4438]

I HAVE A DOUBT ma'am, please correct me if I am wrong :
In the third example ,isn't the IUPAC name of the compound 3,3-Dimethyl proponal if the parent chain has 3 carbons?You have written 2,2-Dimethyl proponal.

[@ragaaabdelmoeen2906]

حلو اووي ❤❤

[@ayurnitadash6432]

can someone explain what would have happened if we used a dil. alkali instead of conc. alkali. ??

[@bait_used_to_be_believable]

Strongly alkaline medium assists in easy deprotonation of carbonyl hydrogen thus favouring the disproportionation reaction.
Had there been a dilute akali, I assume that either the reaction would not have happened at all or we would have gotten cannizaro products in traces/small yield. Latter is the more likely case.

[@Palaniv6786]

Sabash

[@ashvinimanjare7106]

Thx

[@rami1210]

Aldol Vs Cannizzaro reactions:
bit.ly/2XjI4Dp

[@AbdulQadeer-jc6wo]

love n respect from pakistan