polyatomic

For more complex polyatomic molecules, the situation is more difficult.

Other examples of polyatomic anions will be encountered in this book.

Only a few representatives are given, as the number of polyatomic ions encountered in practice is very large.

Lewis structures for polyatomic ions may be drawn by the same method.

This equation applies to all polyatomic gases, if the degrees of freedom are known.

The following tables give examples of commonly encountered polyatomic ions.

In polyatomic molecules, different vibrational and rotational energy levels are also involved.

There are two "rules" that can be used for learning the nomenclature of polyatomic ions.

The total charge on a charged molecule or a polyatomic ion may also be shown in this way.

Equivalently, they contain hydrogen in addition to a polyatomic ion.

Frank Boys was also one of the first scientists to use digital computers for calculations on polyatomic molecules.

Polyatomic ions are formed from a lot of atoms.

The first polyatomic calculations using Gaussian orbitals were carried out in the late 1950s.

The atoms of polyatomic ions are held together covalently.

An oxycation is a polyatomic ion with a positive charge that contains oxygen.

Polyatomic ions may sometimes be usefully thought of as electrically charged molecules.

Similarly, the rotational and vibrational energies of polyatomic molecules remain within the system.

See polyatomic ions for a list of possible ions.

NH was the first stable polyatomic molecule to be identified in the interstellar medium.

Complex halide minerals may also have polyatomic anions in addition to or that include halides.

The ligand may be atomic or polyatomic.

(For the polyatomic ideal gas, N is the number of atoms in a molecule.)

If not, is the polyatomic ion, sulfite, going to always be written with a negative charge sign above the SO(3)?

(In polyatomic systems, they may also include compositional fluctuations.)

The polyatomic ion names must be memorized.