NX is produced by the following step of reactions:1. M+ X2⟶MX22. MX2

1.	NX is produced by the following step of reactions:1. M+ X2⟶MX22. MX2+X2⟶M3X83. M3X8+N2CO3⟶NX+CO2+M3O4 How much M (metal) is consumed to produce 206g of NX. (Take atomic weight of M=56,N=23,X=80)
Answer» $N X$ is produced by the following step of reactions: 1. $M +$ $X_{2}$ $⟶$ $M X_{2}$ 2. $M X_{2}$ + $X_{2}$ $⟶$ $M_{3} X_{8}$ 3. $M_{3} X_{8}$ + $N_{2} C O_{3}$ $⟶$ $N X +$ $C O_{2}$ + $M_{3} O_{4}$ How much M (metal) is consumed to produce $206 g$ of $N X$ . (Take atomic weight of $M = 56, N = 23, X = 80$ )

NX is produced by the following step of reactions:1. M+ X2⟶MX22. MX2+X2⟶M3X83. M3X8+N2CO3⟶NX+CO2+M3O4 How much M (metal) is consumed to produce 206g of NX. (Take atomic weight of M=56,N=23,X=80)

Answer»

$N X$ is produced by the following step of reactions:

1. $M +$ $X_{2}$ $⟶$ $M X_{2}$

2. $M X_{2}$ + $X_{2}$ $⟶$ $M_{3} X_{8}$

3. $M_{3} X_{8}$ + $N_{2} C O_{3}$ $⟶$ $N X +$ $C O_{2}$ + $M_{3} O_{4}$

How much M (metal) is consumed to produce $206 g$ of $N X$ . (Take atomic weight of $M = 56, N = 23, X = 80$ )