Phosphine- acetylene and ammonia can be formed by treating water with -Ca-3P-2- CaC-2- Mg-3N-2Ca-3P-2- CaC-2- CaCN-2Ca-3P-2- Mg-2C- NH-4NO-3Mg-3P-2- Al-4C-3- Li-3N

Question

Toppr Admin · Accepted Answer

Phosphine acetylene and ammonia can be formed by treating water with $C a_{3} P_{2}, C a C_{2}, M g_{3} N_{2}$
$C a_{3} P_{2} + 6 H_{2} O \to 3 C a (O H)_{2} + 2 P H_{3}$ (Phosphine)
$C a C_{2} (s) + 2 H_{2} O (l) \to C a (O H)_{2} (s) + C_{2} H_{2} (g)$ (Acetylene)
$M g_{3} N_{2} + 6 H_{2} O \to 3 M g (O H)_{2} + 2 N H_{3}$ (Ammonia)
Hence option B is correct.

Phosphine, acetylene and ammonia can be formed by treating water with :Ca3P2,CaC2,Mg3N2Ca3P2,CaC2,CaCN2Ca3P2,Mg2C,NH4NO3Mg3P2,Al4C3,Li3N

Phosphine acetylene and ammonia can be formed by treating water with Ca3P2,CaC2,Mg3N2Ca3P2+6H2O→3Ca(OH)2+2PH3 (Phosphine) CaC2(s)+2H2O(l)→Ca(OH)2(s)+C2H2(g) (Acetylene)Mg3N2+6H2O→3Mg(OH)2+2NH3 (Ammonia)Hence option B is correct.

Phosphine, acetylene and ammonia can be formed by treating water with :
$C a_{3} P_{2}, C a C_{2}, M g_{3} N_{2}$
$C a_{3} P_{2}, C a C_{2}, C a C N_{2}$
$C a_{3} P_{2}, M g_{2} C, N H_{4} N O_{3}$
$M g_{3} P_{2}, A l_{4} C_{3}, L i_{3} N$