Saturated Carbon Compounds Saturated carbon compounds are molecules that have a limited number of carbon atoms arranged in a regular, planar geometry. These...
Saturated Carbon Compounds
Saturated carbon compounds are molecules that have a limited number of carbon atoms arranged in a regular, planar geometry. These molecules have a specific shape and do not easily bend or rotate. The bonds within saturated molecules are also very strong, making them resistant to breaking. Examples of saturated carbon compounds include methane (CH4), ethane (C2H6), and hexane (C6H12).
Unsaturated Carbon Compounds
Unsaturated carbon compounds are molecules that have a greater number of carbon atoms arranged in a non-regular or irregular geometry. These molecules can bend and rotate, and they have a specific shape. The bonds within unsaturated molecules are also weaker, allowing them to break more easily. Examples of unsaturated carbon compounds include alkanes (straight chains of carbon atoms), alkynes (carbon chains with a carbon-carbon double bond), and alkenes (carbon chains with a carbon-carbon double bond and a carbon atom on one side).
In addition to these general characteristics, saturated and unsaturated carbon compounds can also have different functional groups. Functional groups are groups of atoms that are bonded to the carbon atom in a molecule. These groups can give the molecule specific properties, such as reactivity or polarity. Some common functional groups include hydroxyl groups, carboxyl groups, and alkene groups