Determine which of the following components are required for a molecule to be classified as organic.
A)presence of carbon,hydrogen,four electrons in the outer orbital,and the attachment of a functional group
B)presence of sodium,chlorine,four electrons in the outer orbital,and the attachment of a functional group
C)presence of carbon,hydrogen,three electrons in the outer orbital,and the attachment of a functional group
D)presence of oxygen,hydrogen,four electrons in the outer orbital,and the attachment of a functional group
E)presence of carbon,hydrogen,four protons in the outer orbital,and the attachment of a functional group

Question

Quizplus · Accepted Answer

Organic molecules are defined as those that contain carbon and hydrogen atoms bonded together. Four valence electrons in the outer orbital allow carbon to form stable covalent bonds, which are essential for organic molecules to exist. Additionally, organic molecules often contain functional groups, which are specific arrangements of atoms that impart unique chemical properties to the molecule. Therefore, the presence of carbon, hydrogen, four electrons in the outer orbital, and the attachment of a functional group are all required for a molecule to be classified as organic.

Determine Which of the Following Components Are Required for a Molecule