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.
Carbon's special bonding ability allows it to form many different compounds.
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.
Compounds are made up of two different kinds of elements. An example: Carbon dioxide (CO2) is made up of the elements Carbon and Oxygen.
organic compounds contain carbon and hydrogen. the inoganic compounds dont
Carbon Dioxide and Carbon Monoxide. Bothe are made of carbon and oxygen, but different ratios of oxygen. Water and Hydrogen peroxide are another pair .
I don't know I think I was asking you about this 😒
Carbon's special bonding ability allows it to form many different compounds.
Carbon has four electrons in its valence shell (outershell). Since this energy shell can hold eight electrons, each carbon atom can share electrons with up to four different atoms. Carbon can combine with other elements as well as with itself. This allows carbon to form many different compounds.
Carbon can atoms can form four covalent bonds with many, many different elements.
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 .
Yes, this is very common in carbon compounds.
Carbon hydrogen and
Yes but they are different copounds.
Basically, organic compounds have carbon. Inorganic do not.
All organic compounds contain carbon; most inorganic compounds doesn't contain carbon.
Carbon has four electrons in its valence shell (outershell). Since this energy shell can hold eight electrons, each carbon atom can share electrons with up to four different atoms. Carbon can combine with other elements as well as with itself. This allows carbon to form many different compounds.