Answer to Question #343173 in Physical Chemistry for ella

Question

The Haber process was one of the most crucial breakthroughs in chemical science resulting from research aimed to avoid widespread famine at a time of massive population growth. The reaction conditions are optimal at 400  C, at 200 atmospheres of pressure, in the presence of a catalyst. If the partial pressure of N2(g) is 43.5 atm and H2(g) is 87.0 atm.,

N2(g) + 3H2(g) <-->  2NH3(g)

What is Kp for this reaction at this temperature?  (enter the answer as a decimal to four significant figures)

Answer 1

Kp for this reaction at this temperature = 5.930 * 10^3