Can chemical equilibrium be established under adiabatic conditions?

Of course, it is possible to establish a good chemical balance.

, that is, to a certain extent, its temperature and the proportion of reactants at that time should be able to reach some kind of equilibrium, although its temperature is getting higher and higher, but there can be a balance at high temperatures, right?

Absolutely.

As long as the conditions are stable.

It is possible to establish a chemical equilibrium.

Do you see chemical equilibrium? Adiabatic conditions can establish a chemical equilibrium, which he can according to his. The conditions to be established have a certain basis.

In this case, it is not possible to achieve such a chemical equilibrium, and the main reason is that all its values are not particularly idealized in the adiabatic state.

Master of organic chemistry, specializing in college entrance examination chemistry for more than 10 years. Full of enthusiasm, just for persistence. Hahaha, it's a bit official, but it's true, you'll know after reading it.

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The chemical equilibrium can be established under the transfer conditions, and this should be better able to contribute to this uh, the reaction is carried out better, so it should also be relatively good.

Therefore, this line should also be able to establish chemical equilibrium, but this should be necessary for some reactions, not all reactions should be able to be in other equilibrium.

Chemical equilibrium can also be established under adiabatic conditions, as long as the conditions for the chemical reaction are met.

The so-called constant pressure, literally, means that the pressure of the reaction system does not change. The essence is the degree of change in volume, which affects whether the probability of molecular collision changes or not, which in turn affects the chemical equilibrium.

Constant pressure, when not filling in the gas that participates in anti-allergic trapping, in the equation.

When the sum of the stoichiometric numbers of the two gases is equal, the equilibrium does not change. However, when the total number of stoichiometric numbers is unequal, the equilibrium will move to the side with the largest stoichiometry.

When the reactive gas is charged, the equilibrium moves in the direction of weakening the charged gas.

The so-called adiabatic refers to the fact that the heat transfer exchange between the reaction system and the outside world is 0, which is essentially the temperature change of the reaction system, which affects the number of collisions of molecules. At this time, the heating and cooling of the system depends on the reaction heat.

The positive and negative, adiabatic conditions within the chemical equilibrium, mainly affect the temperature, the same exothermic reaction.

The chemical equilibrium of equal conditions other than adiabatic will certainly be more biased to the side of the reactant than under non-adiabatic conditions, because the temperature is increased by exothermics.

Therefore, if the constant pressure adiabatic is not changed, then in fact, the constant pressure is not constant temperature, and the direction of equilibrium movement depends on the stoichiometric number of the actual equation and the heat of reaction.

Constant pressure is generally a movable piston, or other pressure, and general atmospheric pressure is more commonly used.

Adiabatic insulation means that it is well insulated and has no heat loss, but it is not possible in practice, which is an ideal situation.

Constant pressure you know, that is, the pressure is constant, as for adiabatic, you have to look at the definition more, figure it out, in fact, as long as you do more questions, you can probably grasp the law, as soon as you see adiabatic, you have to think of q = 0 and pv = constant.

In fact, you can imagine the feeling of absolute, that is, in a container, cut off from the transfer of heat to the outside world, that is, there is no heat exchange. But the temperature can change, because you can work on it, and the knowledge does not transfer heat to the outside world.