Consider the equation :
`CH_3CH_2Cl overset(aq. NaOH)to CH_3CH_2OH`
Which of these reactions follow `S_(N^1)`mechanism and which the `S_(N^2)`mechanism ?

Consider the equation : (CH_3)_3C Cloverset(aq. NaOH)to (CH_3)_3COH Which of these reactions follow S_(N^1) mechanism and which the S_(N^2) mechanism ?

CH_(3)""^(.)CH_(2)CH_(2)Cl overset(aq. KOH)(to) CH_(3)CH_(2)CH_(2)OH The reaction is

The reaction : CH_3 CH_2 l + KOH(aq) to CH_3 CH_2 OH +Kl is classified as

Consider the following reaction CH_3-CH=CH_2overset(Br_2//NaCl)rarr Product of the reaction will be

(A)Write the mechanism of the following raction : CH_(3)CH_(2)OH overset(HBr) toCH_(3)CH_(2)Br+ H_(2)O (b) Write the equation involved in Reimer-Tiemann reaction.

Consider the reaction CH_(3)CH_(2)CH_(2)OH overset(PCl_(5))toAunderset(KOH)overset(alc)toB . The compound 'B' is

Consider the following reactions : (a) ( CH _ 3) _ 3 CCH ( OH ) CH_ 3 overset ( conc. H_ 2 SO _ 4) to (b) ( CH _ 3) _ 2CHCH (Br) CH _ 3 ( alc. KOH) to (c ) ( CH _ 3 ) _ 2 CH CH ( Br ) CH _ 3 ( (CH _ 3) _ 3 ) O^(Theta) K (o+)) to (d) (CH _ 3) _ 2 underset(OH) underset(|) C - CH _ 2 - CHO overset ( Delta ) to Which of these reaction (s) will not produce Saytzeff product ?

CH_(3) - CH(Cl) - C_(2)H_(5) overset(Alc.KOH)(rarr) CH_(3) - CH = CH - CH_(3) The above reaction proceeds via ElcB mechanism. Which of the followiing statements is true about ElcB mechanism?

Write IUPAC name of the following : CH_3 - CH_2 - overset(Cl)overset(|)CH-CH_2 - CH_3

Write IUPAC names of the following : CH_3 - CH_2 overset(Cl)overset(Cl)CH-CH_2-CHO