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In a stick structure: Lines represent bonds — 1, 2 or 3 lines for single, double or triple bonds respectively. Carbon atoms are not shown — they are assumed to be at intersections and ends of lines (bonds). ... All hetero atoms are shown and so are the hydrogens bonded to them.
Bond-line structure (bond-line formula, skeletal structure, skeletal formula): A representation of molecular structure in which covalent bonds are represented with one line for each level of bond order.
In a stick structure: Lines represent bonds — 1, 2 or 3 lines for single, double or triple bonds respectively. Carbon atoms are not shown — they are assumed to be at intersections and ends of lines (bonds). ... All hetero atoms are shown and so are the hydrogens bonded to them.
The balls represent the atoms, and the sticks represent the bonds that hold them together. ... Each white stick represents a single bond between two atoms, while two blue curved sticks represent a double bond between two atoms.
Bond-line structure (bond-line formula, skeletal structure, skeletal formula): A representation of molecular structure in which covalent bonds are represented with one line for each level of bond order.
Ball-and-stick models are not as realistic as space-filling models, because the atoms are depicted as spheres of radii smaller than their van der Waals radii. However, the bonding arrangement is easier to see because the bonds are explicitly represented as sticks.
A ball-and-stick model is a representation of a molecule that uses spheres to represent atoms and bars to represent bonds. A space-filling model is a representation of a molecule that uses spheres to indicate overlapping atoms. In both of these models, different elements are shown by spheres of different colors.
Even more abbreviated is a line-angle formula, also called a skeletal structure, in which carbon atoms are implied at the corners and ends of lines, and each carbon atom is understood to be attached to enough hydrogen atoms to give each carbon atom four bonds.
Terminology. The skeletal structure of an organic compound is the series of atoms bonded together that form the essential structure of the compound. The skeleton can consist of chains, branches and/or rings of bonded atoms. Skeletal atoms other than carbon or hydrogen are called hetero atoms.
Lewis dot structures are two-dimensional representations of molecules that illustrate each atom as its chemical symbol. Lines indicate bonds to other atoms, and non-bonding electrons are represented as small dots next to the chemical symbols.
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