Question

Азот и кислород- составные части воздуха могут взаимодействовать по уравнению N2+O2--2NO. Однако в природе этого не происходит. почему? срочно​​

Answer 1

Ответ:

потому что,для их взаимодействия нужна большая температура для того,чтобы разрушить тройные связи азота( из-за которых он нейтрален)

если ответ был понятным то прошу отметить его лучшим.!

Answer 2

Why Nitrogen and Oxygen Don't React in the Atmosphere

In the atmosphere, nitrogen and oxygen are the two most abundant gases, with nitrogen constituting about 78% and oxygen about 21%. Despite this, they do not react to form nitrogen oxides as described by the equation N2 + O2 → 2NO. This is due to the high activation energy required for this reaction to occur, as well as the stability of the nitrogen and oxygen molecules in the atmosphere.

The activation energy required for the reaction between nitrogen and oxygen is very high, making the reaction kinetically unfavorable under normal atmospheric conditions. This means that the energy required to initiate the reaction is not readily available in the atmosphere, preventing the reaction from occurring spontaneously.

Additionally, both nitrogen (N2) and oxygen (O2) molecules are very stable due to their strong triple bonds (in the case of nitrogen) and double bonds (in the case of oxygen). These strong bonds make it energetically unfavorable for the molecules to break apart and form new compounds under normal atmospheric conditions.

In summary, the lack of reactivity between nitrogen and oxygen in the atmosphere can be attributed to the high activation energy required for the reaction and the stability of nitrogen and oxygen molecules in their diatomic forms.

If you have further questions or need more information, feel free to ask!