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CH2 , NH , O , COO , 3 degree alkyl , 2 degree alkyl , 1 degree alkyl , SiH3 , CT3 , CD3 , CH3 , NF3 , NR3 , NH3 , NO2 , CN , CHO , COOH , F, Cl , Br , I , OH , OR , C≡C−CH , phenyl ring , strained ring , H- , T , D , H+ inductive effects (I.E.), from strongest electron-withdrawing (-I) to weakest or electron-donating (+I):? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared
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the NEET exam syllabus. Information about CH2 , NH , O , COO , 3 degree alkyl , 2 degree alkyl , 1 degree alkyl , SiH3 , CT3 , CD3 , CH3 , NF3 , NR3 , NH3 , NO2 , CN , CHO , COOH , F, Cl , Br , I , OH , OR , C≡C−CH , phenyl ring , strained ring , H- , T , D , H+ inductive effects (I.E.), from strongest electron-withdrawing (-I) to weakest or electron-donating (+I):? covers all topics & solutions for NEET 2024 Exam.
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Here you can find the meaning of CH2 , NH , O , COO , 3 degree alkyl , 2 degree alkyl , 1 degree alkyl , SiH3 , CT3 , CD3 , CH3 , NF3 , NR3 , NH3 , NO2 , CN , CHO , COOH , F, Cl , Br , I , OH , OR , C≡C−CH , phenyl ring , strained ring , H- , T , D , H+ inductive effects (I.E.), from strongest electron-withdrawing (-I) to weakest or electron-donating (+I):? defined & explained in the simplest way possible. Besides giving the explanation of
CH2 , NH , O , COO , 3 degree alkyl , 2 degree alkyl , 1 degree alkyl , SiH3 , CT3 , CD3 , CH3 , NF3 , NR3 , NH3 , NO2 , CN , CHO , COOH , F, Cl , Br , I , OH , OR , C≡C−CH , phenyl ring , strained ring , H- , T , D , H+ inductive effects (I.E.), from strongest electron-withdrawing (-I) to weakest or electron-donating (+I):?, a detailed solution for CH2 , NH , O , COO , 3 degree alkyl , 2 degree alkyl , 1 degree alkyl , SiH3 , CT3 , CD3 , CH3 , NF3 , NR3 , NH3 , NO2 , CN , CHO , COOH , F, Cl , Br , I , OH , OR , C≡C−CH , phenyl ring , strained ring , H- , T , D , H+ inductive effects (I.E.), from strongest electron-withdrawing (-I) to weakest or electron-donating (+I):? has been provided alongside types of CH2 , NH , O , COO , 3 degree alkyl , 2 degree alkyl , 1 degree alkyl , SiH3 , CT3 , CD3 , CH3 , NF3 , NR3 , NH3 , NO2 , CN , CHO , COOH , F, Cl , Br , I , OH , OR , C≡C−CH , phenyl ring , strained ring , H- , T , D , H+ inductive effects (I.E.), from strongest electron-withdrawing (-I) to weakest or electron-donating (+I):? theory, EduRev gives you an
ample number of questions to practice CH2 , NH , O , COO , 3 degree alkyl , 2 degree alkyl , 1 degree alkyl , SiH3 , CT3 , CD3 , CH3 , NF3 , NR3 , NH3 , NO2 , CN , CHO , COOH , F, Cl , Br , I , OH , OR , C≡C−CH , phenyl ring , strained ring , H- , T , D , H+ inductive effects (I.E.), from strongest electron-withdrawing (-I) to weakest or electron-donating (+I):? tests, examples and also practice NEET tests.