Oxygen can be isolated from the atmosphere by the process of fractional distillation of liquid air. This process involves cooling air until it liquefies and then gradually warming it up to separate its components based on their boiling points. Oxygen gas boils at a slightly lower temperature than nitrogen, allowing it to be extracted in its pure form.
It is possible to isolate anaerobic organisms from cultures specifically designed to support their growth, such as anaerobic culture techniques that avoid exposure to oxygen. However, in cultures that are aerobically maintained, it would be unlikely to isolate anaerobic organisms due to their sensitivity to oxygen.
Oxygen help the burning.
The oxygen atom exists as a diatomic molecule in nature, combining with another oxygen atom to form O2 gas.
Oxygen is an element and does not have a monomer. It exists as O2 molecules in its diatomic form in nature.
Compound salts of the hypofluorite ion are unable to be synthesized due to the instability of the hypofluorite ion. These ions have a propensity to decompose into more stable forms, making it difficult to isolate and study them in compound salts. Additionally, the highly reactive nature of fluorine can complicate the synthesis of compounds containing hypofluorite ions.
It is possible to isolate anaerobic organisms from cultures specifically designed to support their growth, such as anaerobic culture techniques that avoid exposure to oxygen. However, in cultures that are aerobically maintained, it would be unlikely to isolate anaerobic organisms due to their sensitivity to oxygen.
Oxygen is a diatomic and is O2 if found in nature. It is a gas.
An element.
oxygen and nitrogen
the most common.
Molecular Oxygen is mainly found in atmosphere.Element oxygen is abundant in biosphere and lithosphere too
Oxygen help the burning.
off oxygen as they manufactor
It is for breathing and stuff like that dude
oxygen is plenty in nature
No, oxygen is an element and not a compound. It is found in nature as diatomic oxygen (O2) molecules, which consist of two oxygen atoms bonded together.
The oxygen atom exists as a diatomic molecule in nature, combining with another oxygen atom to form O2 gas.