Yes. Any compound with carbon is considered to be organic. The exceptions are CO and CO2.
On it's on, i.e. in the form of diamond, coal or graphite, yes. There are a few other forms in which it is considered inorganic, such as it's oxides CO2 and CO, but the distinction between organic and inorganic carbon is somewhat arbitrary. Organic carbon is generally every other carbon containing compound, but more specifically is any carbon containing compound also containing primarily hydrogen, and then oxygen. Organics can of course contain many other elements, but it is the carbon hydrogen backbone that classifies it as organic.
Carbon and hydrogen. For this reason, CO and CO2 are not considered organic compound, whereas CH4 is.Carbon and Oxygen I think..
carbonic anhydrase fixes co2 in organic form
In order to be considered organic, carbon must bond with hydrogen. in CO2, it bond only with oxygen.
CO2 is fixed or incorporated into organic molecules.
CO2 is the product of many things, but here are a few: Humans and animals exhale CO2 Decaying organic material (in land fills, for example) produces CO2 Burning organic material (forest fires, for example) produces CO2
Organic molecules
They contain carbon, and usually hydrogen. For example, CO2 is not organic, but CH4 is organic.
Glucose.
-CO2 Autotroph -Organic compounds Heterotroph
Because CO2 mainly bonds with organic elements and compounds which all are polar and CO2 isn't.