stable
both other elements and carbon
Wrong way around. Atoms join together to create molecules. These molecules then join other molecules to create cells.
Draw 8 carbon atoms in a row. And then join three hydrogen atoms to every carbon atom in the corners. Join two to the every other.
Atoms join together to become more stable. For example, a lone Na+ (sodium ion) will bond with a lone Cl- (Chlorine Ion) to form the stable compound NaCl (table salt).
gomphosis
Atoms 'join' together by forming chemical bonds in order to obtain better stability than the existence of individual atoms.
To become stable. When the outermost energy field is filled to maximum electrons, the atom is stable.
Neon has completely filled orbitals, has stable electron configuration and hence neon atoms do not bind / join with each other.
both other elements and carbon
No, they can't because their molecules/atoms don't attract to each other, and they can't attach to each other.
Wrong way around. Atoms join together to create molecules. These molecules then join other molecules to create cells.
Draw 8 carbon atoms in a row. And then join three hydrogen atoms to every carbon atom in the corners. Join two to the every other.
Atoms join together to become more stable. For example, a lone Na+ (sodium ion) will bond with a lone Cl- (Chlorine Ion) to form the stable compound NaCl (table salt).
Bonds are created when chemical reactions join atoms.
The reaction begin from the surface.
In a chemical reaction, atoms are rearranged, such that some atoms get out of some molecules and join other molecules.
gomphosis