Decomposition of ammonium chloride is an endothermic reaction. The equilibrium may be represented as:
`NH_(4)Cl(s) hArr NH_(3)(g)+HCl(g)`
A `6.250 g` sample of `NH_(4)Cl` os placed in an evaculated `4.0 L` container at `27^(@)C`. After equilibrium the total pressure inside the container is `0.820` bar and some solid remains in the container. Answer the followings
The extent of decomposition can be increased by

Decomposition of ammonium chloride is an endothermic reaction. The equilibrium may be represented as: NH_(4)Cl(s) hArr NH_(3)(g)+HCl(g) A 6.250 g sample of NH_(4)Cl os placed in an evaculated 4.0 L container at 27^(@)C . After equilibrium the total pressure inside the container is 0.820 bar and some solid remains in the container. Answer the followings The value of K_(p) for the reaction decreases with

Decomposition of ammonium chloride is an endothermic reaction. The equilibrium may be represented as: NH_(4)Cl(s) hArr NH_(3)(g)+HCl(g) A 6.250 g sample of NH_(4)Cl os placed in an evaculated 4.0 L container at 27^(@)C . After equilibrium the total pressure inside the container is 0.820 bar and some solid remains in the container. Answer the followings The value of K_(p) for the reaction at 300 K is

Decomposition of ammonium chloride is an endothermic reaction. The equilibrium may be represented as: NH_(4)Cl(s) hArr NH_(3)(g)+HCl(g) A 6.250 g sample of NH_(4)Cl os placed in an evaculated 4.0 L container at 27^(@)C . After equilibrium the total pressure inside the container is 0.820 bar and some solid remains in the container. Answer the followings The value of K_(p) for the reaction at 300 K is

Decomposition of ammonium chloride is an endothermic reaction. The equilibrium may be represented as: NH_(4)Cl(s) hArr NH_(3)(g)+HCl(g) A 6.250 g sample of NH_(4)Cl os placed in an evaculated 4.0 L container at 27^(@)C . After equilibrium the total pressure inside the container is 0.820 bar and some solid remains in the container. Answer the followings The amount of solid NH_(4)Cl left behind in the container at equilibrium is

Decomposition of ammonium chloride is an endothermic reaction. The equilibrium may be represented as: NH_(4)Cl(s) hArr NH_(3)(g)+HCl(g) A 6.250 g sample of NH_(4)Cl os placed in an evaculated 4.0 L container at 27^(@)C . After equilibrium the total pressure inside the container is 0.820 bar and some solid remains in the container. Answer the followings The amount of solid NH_(4)Cl left behind in the container at equilibrium is

Decomposition of ammonium chloride is an endothermic reaction. The equilibrium may be represented as: NH_(4)Cl(s) hArr NH_(3)(g)+HCl(g) A 6.250 g sample of NH_(4)Cl os placed in an evaculated 4.0 L container at 27^(@)C . After equilibrium the total pressure inside the container is 0.820 bar and some solid remains in the container. Answer the followings If the volume of container were doubled at constant temperature, then what would happen to the amount of solid in the container.

Decomposition of ammonium chloride is an endothermic reaction. The equilibrium may be represented as: NH_(4)Cl(s) hArr NH_(3)(g)+HCl(g) A 6.250 g sample of NH_(4)Cl os placed in an evaculated 4.0 L container at 27^(@)C . After equilibrium the total pressure inside the container is 0.820 bar and some solid remains in the container. Answer the followings If the volume of container were doubled at constant temperature, then what would happen to the amount of solid in the container.

Consider the heterogeneous equilibrium in a closed container NH_(4)HS (s)hArrNH_(3) (g) + H_(2)S(g) If more NH_(4)Hs is added to the equilibrium