Ammonia and chlorine are made to react. If ammonia is in excess, products formed are A and B. And when chlorine is in excess the products are C and D. A, B, C and D respectively are

Question

Ammonia and chlorine are made to react. If ammonia is in excess, products formed are A and B. And when chlorine is in excess the products are C and D. A, B, C and D respectively are (A) NCl3, HCl and N2, NH4Cl (B) N2, NH4Cl and NCl3, HCl (C) N2, HCl and N2, NH4Cl (D) N2, NH4Cl and NCl3, HCl

Tardigrade Admin · Accepted Answer

When ammonia is in excess: 2NH3+3Cl2 → N2+3HCl [2NH3+HCl → NH4Cl]× 6 8 NH3+3Cl2 → N2+6NH4Cl When chlorine is in excess: NH3+HCl → NCl3+3HCl

Q. Ammonia and chlorine are made to react. If ammonia is in excess, products formed are $A$ and $B$ . And when chlorine is in excess the products are $C$ and $D$ . $A, B, C$ and $D$ respectively are

$NC l_{3}, H Cl$ and $N_{2}, N H_{4} Cl$

$N_{2}, N H_{4} Cl$ and $NC l_{3}, H Cl$

$N_{2}, H Cl$ and $N_{2}$ , $N H_{4} Cl$

$N_{2}$ , $N H_{4} Cl$ and $NC l_{3}$ , $H Cl$

When ammonia is in excess:
$2 N H_{3} + 3 C l_{2} \to N_{2} + 3 H Cl$
$[2 N H_{3} + H Cl \to N H_{4} Cl] \times 6$
$8 N H_{3} + 3 C l_{2} \to N_{2} + 6 N H_{4} Cl$
When chlorine is in excess:
$N H_{3} + H Cl \to NC l_{3} + 3 H Cl$

Q. Ammonia and chlorine are made to react. If ammonia is in excess, products formed are A and B. And when chlorine is in excess the products are C and D. A,B,C and D respectively are

NCl3​,HCl and N2​,NH4​Cl

N2​,NH4​Cl and NCl3​,HCl

N2​,HCl and N2​, NH4​Cl

N2​, NH4​Cl and NCl3​, HCl