Identify electrophile centre in `CH_3CHO`

Classify each of the following as homolysis or heterolysis.Identify the reaction intermediates. CH_3O-OCH_3rarrCH_3O+OCH_3

Name the functional group present in (a) CH_3CHO " " (b) C_2H_5COOH

Electrophilic addition reactions proceed in two steps. The first step involves the addition of an electrophile. Name the type of intermediate reaction. H_(3)C-HC=CH_(2)+H^(+)to?

In the given reaction, only one alkene undergo preferential oxidation by electrophilic ozone. Identify product (P) of the given reaction:

Identify each species in the following equilibrium according to the code: SA = stronger acid , SB = stronger base , WA = weaker acid , WB = weaker base. The pK_a of (CH_3)_2NH is 36, the pK_a of CH_3OH is 15.2. underset(1)(CH_3OH)+underset(2)((CH_3)_(2))NHhArrCH_3-O^(-) +CH_3-underset(H)underset(|)(overset(+)(NH))-CH_3

CH_3 - CH_2-CH=CH_2+CH_2 OH overset(H^(o+))to CH_3-CH_2- underset(OCH_3) underset(|)(CH)-CH_3 What is electrophile in second step ?

Give the IUPAC name of CH_(3)CHO