Nitrogen is primarily broken apart into usable components through two key processes: biological nitrogen fixation and industrial processes. In biological nitrogen fixation, certain bacteria and archaea convert atmospheric nitrogen (N₂) into ammonia (NH₃), which plants can utilize. Additionally, the Haber-Bosch process in industry synthesizes ammonia from nitrogen and hydrogen under high temperature and pressure, providing a crucial source of nitrogen for fertilizers. These methods enable the conversion of inert atmospheric nitrogen into forms that can support plant growth and agricultural productivity.
Nitrogen is hard to break apart due to the strength of the triple bond between its two nitrogen atoms in the N₂ molecule. This triple bond is one of the strongest in chemistry, requiring a significant amount of energy to break. Additionally, the stability of nitrogen is enhanced by its low reactivity, making it less likely to engage in chemical reactions under normal conditions. As a result, nitrogen remains inert and requires specific conditions, such as high temperatures or catalysts, for its bonds to be broken.
They are split apart by the enzymes helicase.
base pairs are broken apart
Gas.
Photosynthesis does not involve nitrogen. It is used by plants to make sugar, a chemical that does not include nitrogen. Also note that the air is composed mostly of nitrogen; it would hardly be necessary for plants to make nitrogen.
Because protein -- is broken apart into amino acids -- which is again further broken down into Nitric Oxide, basically. High Nitrogen levels are indicative of high protein levels in a manner of speaking.
The chemical process by which molecules are broken down into their smaller components is called catabolism.
Excess energy (energetic light or energetic electrons) will break apart an oxygen molecule, forming two oxygen atoms. Likewise, nitrogen molecules are also broken apart into nitrogen atoms. Those oxygen and nitrogen atoms will recombine in most cases, making hot oxygen and nitrogen. But in non-zero percentages, ozone, nitrous oxide, nitrogen oxide, and even more complex assemblies are the result. Not all reactions return to their lowest level in the first step. Sometimes "free radicals" are the result.
Nitrogen is hard to break apart due to the strength of the triple bond between its two nitrogen atoms in the N₂ molecule. This triple bond is one of the strongest in chemistry, requiring a significant amount of energy to break. Additionally, the stability of nitrogen is enhanced by its low reactivity, making it less likely to engage in chemical reactions under normal conditions. As a result, nitrogen remains inert and requires specific conditions, such as high temperatures or catalysts, for its bonds to be broken.
They are split apart by the enzymes helicase.
No, they are taken apart and the materials stored.
A molecule can be broken apart into its constituent Atoms.
Hydrolysis. Polymers are broken down into monomers in a process known as hydrolysis
by Oranges
Accept the situation and move on
Hydrolysis
base pairs are broken apart