A xrightarrowHNO3/AgNO3 white precipitate An organic compound A give this reaction. Compound A may be:

Question

A xrightarrowHNO3/AgNO3 white precipitate An organic compound A give this reaction. Compound A may be: (A)  NH4Cl  (B)  (C)  CH2=CH⋅ Cl  (D)

Tardigrade Admin · Accepted Answer

Vinyl chloride and chlorobenzene do not give white precipitate of AgCl with AgNO3 solution, as Cl -atom in them is tightly bonded to carbon. (In both of them resonance is possible). Benzyl chloride is quite reactive and it gives white precipitate with AgNO3 solution.

Q. $A H N O_{3} / A g N O_{3}$ white precipitate An organic compound A give this reaction. Compound A may be:

$N H_{4} Cl$

$C H_{2} = C H \cdot Cl$

Vinyl chloride and chlorobenzene do not give white precipitate of $A g Cl$ with $A g N O_{3}$ solution, as $Cl$ -atom in them is tightly bonded to carbon. (In both of them resonance is possible). Benzyl chloride is quite reactive and it gives white precipitate with $A g N O_{3}$ solution.

Q. AHNO3​/AgNO3​​ white precipitate An organic compound A give this reaction. Compound A may be:

NH4​Cl

CH2​=CH⋅Cl

Vinyl chloride and chlorobenzene do not give white precipitate of AgCl with AgNO3​ solution, as Cl -atom in them is tightly bonded to carbon. (In both of them resonance is possible). Benzyl chloride is quite reactive and it gives white precipitate with AgNO3​ solution.

Q. $A H N O_{3} / A g N O_{3}$ white precipitate An organic compound A give this reaction. Compound A may be:

$N H_{4} Cl$

$C H_{2} = C H \cdot Cl$

Vinyl chloride and chlorobenzene do not give white precipitate of $A g Cl$ with $A g N O_{3}$ solution, as $Cl$ -atom in them is tightly bonded to carbon. (In both of them resonance is possible). Benzyl chloride is quite reactive and it gives white precipitate with $A g N O_{3}$ solution.