Question options: Conducting the reaction under high pressures will increase the

ID: 894498 • Letter: Q

Question

Question options:

Conducting the reaction under high pressures will increase the yield of ammonia.

The rate constant for the forward reaction is greater than that of the reverse reaction.

The Kp is independent of temperature.

Since the reaction has a high activation energy, a catalyst is not needed.

The equilibrium constant is given by Kp = [N2][H2]3/[NH3]2.

Conducting the reaction under high pressures will increase the yield of ammonia.

The rate constant for the forward reaction is greater than that of the reverse reaction.

The Kp is independent of temperature.

Since the reaction has a high activation energy, a catalyst is not needed.

The equilibrium constant is given by Kp = [N2][H2]3/[NH3]2.

Conducting the reaction under high pressures will increase the yield of ammonia.

according to le Chatlier principle high pressure favours the reacton to less number of moles side. so more NH3 will form.

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