Answered

Given the equation representing a system at equilibrium:Which statement describes the concentration of the two gases in this system?The concentration of N2O4(g) must be less than the concentration of NO2(g).The concentration of N2O4(g) must be greater than the concentration of NO2(g).The concentration of N2O4(g) and the concentration of NO2(g) must be equal.The concentration of N2O4(g) and the concentration of NO2(g) must be constant.

Answer :

pstnonsonjoku

Answer:

.The concentration of N2O4(g) and the concentration of NO2(g) must be constant.

Explanation:

N2O4(g)<--------> 2NO2(g)

At equilibrium, all the concentrations of species involved in the equilibrium expression remain constant. This is because, at equilibrium, the rate of forward reaction equals the rate of reverse reaction. The concentration of the system does not change with time. The relative concentration of each specie, remain steady at equilibrium.

jayilych4real

The statement which describes the concentration of the two gases in this system is The concentration of N2O4(g) and the concentration of NO2(g) must be constant.

What is Equilibrium?

This refers to a situation where the concentration of gases in a particular area are equally distributed across the area.

Hence, from the complete question, we can see that

N2O4(g)<--------> 2NO2(g)

So, when they are at equilibrium, the concentrations of species involved must remain constant because of the forward reactions and this makes the concentration of the system not to change with time.

Read more about equilibrium here:

https://brainly.com/question/13414142

Other Questions