Given the equilibrium system N2(@t 3 H2(g) =≥ 2 NH3(9) K. = 0.065 at 450°C A 1.0 L reaction vessel is analyzed and f
Posted: Thu Jun 09, 2022 8:27 am
Given the equilibrium system
N2(@t 3 H2(g) =≥ 2 NH3(9) K. = 0.065 at
450°C
A 1.0 L reaction vessel is analyzed and found to contain 8.0 mol
N2, 4.0x10-2 mol, H2, 4.4x10^-2 mol NH3. Is the system at
equilibrium? If not predict the direction in which the reaction
will proceed to reach equilibrium.
2. Given the equilibrium system N2(g) + 3 H2(g) → 2 NH3(g) Kc = 0.065 at 450°C A 1.0 L reaction vessel is analyzed and found to contain 8.0 mol N2(g), 4.0×10-² mol H2(g), and 4.4×10+ mol NH3(g). Is the system at equilibrium? If not predict the direction in which the reaction will proceed to reach equilibrium. [3 marks]
N2(@t 3 H2(g) =≥ 2 NH3(9) K. = 0.065 at
450°C
A 1.0 L reaction vessel is analyzed and found to contain 8.0 mol
N2, 4.0x10-2 mol, H2, 4.4x10^-2 mol NH3. Is the system at
equilibrium? If not predict the direction in which the reaction
will proceed to reach equilibrium.
- Given The Equilibrium System N2 T 3 H2 G 2 Nh3 9 K 0 065 At 450 C A 1 0 L Reaction Vessel Is Analyzed And F 1 (34.54 KiB) Viewed 97 times