Carbonates contain the anion (CO3)-. Ex.: barium carbonate, BaCO3. Carbides are compounds formed from carbon and another element; ex.: silicon carbide, SiC.
as roman numerals ex: Fe2+ is iron (II)
water and salts Organic compounds contain carbon and hydrogen bonds. Both nucleic acids and proteins contain these. Water (H2O) and salts (ex: NaCl) do not.
compounds containing one carbon atom are called C1 compound. Ex. -CH3 (methyl), formyl, carbonyl groups
substances
This law is not valid for all chemical compounds (ex. nonstoichiometric compounds).
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People are compounds.
Carbonates contain the anion (CO3)-. Ex.: barium carbonate, BaCO3. Carbides are compounds formed from carbon and another element; ex.: silicon carbide, SiC.
The four principal classes of organic compounds found in living things are carbohydrates (ex. simple sugars), Lipids (ex. animal fat), Proteins (ex. enzymes) and Nucleic Acids (ex DNA).
as roman numerals ex: Fe2+ is iron (II)
carbon forms only covalent bond.It shares its electrons with some other element. Ex. CH4 methane
Oxygen will bond (share electrons) with other atoms to produce stable compounds ex. H2O ,O2
Everything: nuclear power fuel (cells) water hydrogenation (ex: saturation of fats) All organic compounds
they both contain compounds, homogeneous has the same compound/composition through out it ex. water, but heterogeneous doesn't ex. orange juice with pulp or a strawberry smoothie with small pieces of strawberries inside
Ionic or metallic compounds do not contain covalent bonds. Ex. Salt (ionic) or steel/iron/lead (metallic)
Everything: nuclear power fuel (cells) water hydrogenation (ex: saturation of fats) All organic compounds