`{:(CH_(2)-CO_(2)K),("|"),(CH_(2)-CO_(2)K):} overset("electrolysis")tounderset("(major)")((A))` (Kolbe reaction electrolysis)
Product (A) of the reaction is:

{:(CH_2-CO_2 K ),(|),(CH_2 -CO_2 K):} overset("electrolysis ") to underset(("major"))((A)) (Kolbe electrolysis method) Product (A) of the reaction is :

{:(CH-CO_2 H),(| |),(CH-CO_2 H):} underset("(two mole)")overset("NaOH")to (A) overset("electrolysis ")to (B ) , Product (B) of the reaction is :

2CH_(3)-underset(Ph)underset(|)(C)=CH_(2)overset(HF)tounderset(("major"))((A)) . Product (A) is

CH_(3)-overset(O)overset(||)(C)-CH_(2)-CH_(2)-overset(O)overset(||)(C)-CH_(3) overset((NH_(4))_(2)CO_(3))underset(Delta) to (A) overset(C Cl_(3) CO_(2)Na) underset(Delta) to underset(("major"))((B)) Product (B) of above reaction is :

CH_(3)CHOunderset(5^(@)C)overset(10%NaOH)tounderset(Delta)tounderset(Ni)overset(H_(2))to(A): product (A) of the reaction is,

CH_(3)Coverset(OH)overset(|)(CH)-CH_(2)-CH_(2)-NH_(2)underset("Triethylamine")overset("Ethylformate")to product The major product of the given reaction is:

CH_(3)-CH=CH_(2)overset((1) THF:BD_(3))underset((2) CH_(3)CO_(2)T)(to)(A) , Product (A) of the above reaction is:

{:(" "CH_(3)),(" "|),(CH_(3)-CH-C-CH_(2)-NH_(2)overset(HNO_(2))rarr (X) ("major")),(" "|" "|),(" "CH_(3)" "CH_(3)):} Major product (X) of above reaction is :