if 100 mL of ammonia solution was placed at the bottom of the container what wou

Question

if 100 mL of ammonia solution was placed at the bottom of the container what would its concentration need to be in order for the ammonia in the solution to be at equilibrium with the ammonia in te the fast state? the Henry's law constant for the ammonia in water at 25 C is 59.1 Matm if 100 mL of ammonia solution was placed at the bottom of the container what would its concentration need to be in order for the ammonia in the solution to be at equilibrium with the ammonia in te the fast state? the Henry's law constant for the ammonia in water at 25 C is 59.1 Matm if 100 mL of ammonia solution was placed at the bottom of the container what would its concentration need to be in order for the ammonia in the solution to be at equilibrium with the ammonia in te the fast state? the Henry's law constant for the ammonia in water at 25 C is 59.1 Matm

Explanation / Answer

Pv= mrt

m= pv / rt

m = 59.1*100 /0.278*25

m=850.36

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