What is a reversible reaction?

Reversible reaction is a chemical reaction that can take place forward and backwards, creating a mixture of products and reaction components. The mixture forms a chemical balance at which products and reactants are produced and consumed at constant speed. Different factors, such as concentrations of different agents, temperature and presence or absence of catalysts, may cause the balance to move in favor of one side of equilibrium or the other. The equilibrium of the reversible reaction also depends on the equilibrium constant known as "K" in equilibrium equations. This constant determines the direction in which the balance will tend to prefer under a given set of conditions.

really irreversible chemical reactions are quite rare. When a chemical reaction leads to products that have significantly lower energy than reactants and are therefore much more stable than reactants, sometimes they are considered. In fact, however, the reaction is a generally reversible reaction that significantly prefers products over reactants; Theoretically the reacta wouldNTY should still be present in very small quantities. In some reactions, one of the products may leave a reaction in the form of gas. If this happens, it may be impossible for the reaction reform to reform; Such reactions can be correctly considered irreversible.

Balance achieved when the ratio of reactants to products in a reversible reaction stabilizes dynamic balance. It is "dynamic" because products and reaction substances are still being produced and consumed, but they do so at a constant speed that does not change the overall ratio of the product to the product. Once the balance is reversible reactions, many different changes in internal or external conditions can change the reaction to prioritizing reactants or products. It is often imported in science and industry to determine the conditions that ensure the reaction that prefer products to the highest level as possible.

The principle of

le Chantiera is a concept afterThe chemists used to predict the change that a given reaction disorder will have a reversible reaction balance. The principle states that if any aspect of reaction conditions changes, the balance of the reaction will move to compensate for a change to create a new, different concentration. For example, if a particular reversible reaction requires high energy to continue, the increase in temperature will move the reaction towards the product direction, as heat will provide energy for reaction.