It is hydrocarbons that make up most of coal and petroleum.
Well how loosely are we considering "types" of carbon compounds? At the most basic, you could say there are two types: organic and inorganic. Although theoritically any compound containing carbon should be considered organic, this is often not the case. You could also catogorise the following way: Organic; Inorganic compounds with other non-metals; Inorganic compounds with metals. Compounds with metals can also be split further, to include: Carbonates and bicarbonates; Carbonyls; Compounds containing the CN group; Carbides; and other miscilaneous compounds such as Bucky Balls!
Yes, compounds can have different kinds of building blocks. For example, in organic compounds, carbon atoms can bond with other elements like hydrogen, oxygen, nitrogen, and more to form a variety of complex structures with different properties. These building blocks combine in specific ways to create unique compounds with distinct chemical properties.
Nonmetals typically form covalent compounds by sharing electrons to achieve a stable electron configuration. Examples of elements that commonly form covalent compounds include hydrogen, carbon, nitrogen, oxygen, and fluorine.
Steel is primarily Iron and Carbon. However, other elements can be present in different alloys, such as the following:ManganeseChromiumnickelirontungstenmolybdenumborontitaniumvanadiumCobaltniobiumphosphorussulfursilicontraces of oxygen, nitrogen, and copper
(C6H10O5)n 3: carbon, hydrogen, oxygen
they are all carbon based
Well how loosely are we considering "types" of carbon compounds? At the most basic, you could say there are two types: organic and inorganic. Although theoritically any compound containing carbon should be considered organic, this is often not the case. You could also catogorise the following way: Organic; Inorganic compounds with other non-metals; Inorganic compounds with metals. Compounds with metals can also be split further, to include: Carbonates and bicarbonates; Carbonyls; Compounds containing the CN group; Carbides; and other miscilaneous compounds such as Bucky Balls!
The thing about carbon is that it can form all kinds of carbon-carbon chains; this allows lots of interesting compounds, especially proteins, and a solution of proteins in water is fundamental to all life (as we know it).
hydrogen, carbon, nitrogen, oxygen, and sulfur are the kinds of atoms always present in protein molecules
Fish hankers by the way what does petroleum mean
Because it can bond so well with itself. Note that its valance is 4, and that carbon can single, double, triple, or quadruple bond to carbon.
Carbon has an unusual property called catenation: interconnexion of cabon atoms by C-C bonds in a huge variety.
1.Ionic compound andIonic compounds are composed of anion and cation.E.g (FeCl),(NaCl) etc2.Molecular compoundsMolecular compounds are composed of molecules.E.g.H2O,CH4 etc
Yes, compounds can have different kinds of building blocks. For example, in organic compounds, carbon atoms can bond with other elements like hydrogen, oxygen, nitrogen, and more to form a variety of complex structures with different properties. These building blocks combine in specific ways to create unique compounds with distinct chemical properties.
Lips are energy rick organic compounds made of carbon, hydrogen, and oxygen. Some kind of lipids are fat, oil and wax.
Nonmetals typically form covalent compounds by sharing electrons to achieve a stable electron configuration. Examples of elements that commonly form covalent compounds include hydrogen, carbon, nitrogen, oxygen, and fluorine.
Some kinds of fibre are elements, such as carbon fibre and silicon "whiskers"; some are compounds or near compounds, such as cellulose or polypropylene; but most are mixtures, such as wood fibres, which contain both cellulose and lignin.