At 27°C, K_p = 0.095 for the equilibrium: NH₄HS (s) NH₃(g) + H₂S (g)
A sample of solid NH₄HS is placed in a closed vessel and allowed to equilibrate. Calculate the equilibrium partial pressure (atm) of ammonia, assuming that some solid NH₄HS remains.

Question

At 27°C, K_p = 0.095 for the equilibrium: NH₄HS (s) At 27°C, Kp = 0.095 for the equilibrium: NH4HS (s) NH3 (g) + H2S (g) A sample of solid NH4HS is placed in a closed vessel and allowed to equilibrate. Calculate the equilibrium partial pressure (atm) of ammonia, assuming that some solid NH4HS remains. A) 0.31 B) 0.095 C) 0.052 D) 0.0049 E) 3.8

At 27°C, K<sub>p</sub> = 0.095 for the equilibrium: NH<sub>4</sub>HS (s) NH<sub>3 </sub>(g) + H<sub>2</sub>S (g) A sample of solid NH<sub>4</sub>HS is placed in a closed vessel and allowed to equilibrate. Calculate the equilibrium partial pressure (atm) of ammonia, assuming that some solid NH<sub>4</sub>HS remains. A) 0.31 B) 0.095 C) 0.052 D) 0.0049 E) 3.8

NH₃(g) + H₂S (g)
A sample of solid NH₄HS is placed in a closed vessel and allowed to equilibrate. Calculate the equilibrium partial pressure (atm) of ammonia, assuming that some solid NH₄HS remains.

Quizplus · Accepted Answer

The Answer of At 27°C, K_p = 0.095 for the equilibrium: NH₄HS (s) NH₃(g)+ H₂S (g) A sample of solid NH₄HS is placed in a closed vessel and allowed to equilibrate. Calculate the equilibrium partial pressure (atm)of ammonia, assuming that some solid NH₄HS remains.