Carbon atoms can bond together to form single, double, and triple bonds, long chains, branched chains, and rings, which enables carbon to form so many different compounds with hydrogen, oxygen, and other atoms like phosphorus, nitrogen, and sulfur.
carbon atoms cavalently bond
Carbon forms four covalent bonds.
carbon
You get water and carbon bi oxide by biological oxidation of the fats and glycogen. You get water, carbon bi oxide and urea by biological oxidation of the amine acids.
Because C has 4 unpaired electrons, it has the most amount of possible bonds. This means that it would be in the center of compounds. HH is on the outside because it has the fewest, one.
You are probably thinking of hydrocarbon polymers such as polythene, which can have a backbone of about 20,000 carbon atoms, with some forms that are even longer. However the biggest polymers are the biological ones whose structures are more complex, having chains based on carbon but with other elements too. An example would be a protein which basically consists of many linked amino acids. Each segment has a carbon chain, but they are linked by nitrogens and oxygens,
organic compounds contain carbon and hydrogen. the inoganic compounds dont
carbon
Carbon
Carbon
Crude oil compounds: Carbon, hydrogen, sulfur nitrogen, oxygen, metals, salts.
carbon!
From a chemistry point of view, organic compounds are carbon compounds and organic chemistry is the study of carbon and its derivatives. But from a biological aspect, organic compounds are those that are obtained from plants or animals.
From a chemistry point of view, organic compounds are carbon compounds and organic chemistry is the study of carbon and its derivatives. But from a biological aspect, organic compounds are those that are obtained from plants or animals.
From a chemistry point of view, organic compounds are carbon compounds and organic chemistry is the study of carbon and its derivatives. But from a biological aspect, organic compounds are those that are obtained from plants or animals.
westsideInorganic compounds are of inanimate, not biological, origin. Inorganic compounds lack carbon and hydrogen atoms and are synthesized by the agency of geological systems.
Organic compounds can contain any element, as long as they bond on the sides of the carbon backbone of the molecule.
because it is the base (or backbone) of hydrocarbons and other organic compounds .
You get water and carbon bi oxide by biological oxidation of the fats and glycogen. You get water, carbon bi oxide and urea by biological oxidation of the amine acids.