homonuclear correlation spectroscopy stands for HOMOCOSY
A homonuclear molecule is a diatomic molecule consisting of 2 molecules with the same nuclei (H2, O2, etc) these molecules are nonpolar, covalents and have inversion symmetry. A heteronuclear molecules is a diatomic moleculein with the 2 nuclei are different (CO, NaCl, etc) they are generally polar and ionic. The use of "u" and "g" in classifying the orbitals is unneeded as the is no inversion symmetry.
You can decrease the bond order of a molecule like F2 or B2 by adding 1 electron to the neutral molecule.
A homonuclear molecule is one in which all the atoms are of the same element. Examples are H2 and P4 or even a diamond, which consists of a giant molecule composed of carbon atoms.
I don't think it is. Microwave energy levels correspond to rotational modes, and for rotational spectroscopy, a molecule has to have a dipole moment... homonuclear diatomics like Br2 don't, and thus do not exhibit a pure rotational spectrum.
homonuclear correlation spectroscopy stands for HOMOCOSY
A nonpolar covalently bonded homonuclear diatomic molecule.
g->g, u->u + -> -, - -> + Delta |Lambda| > 1
No, fluorine F2 is a homonuclear molecule so there is no difference in electronegativity. This means that fluorine is a nonpolar compound.
A homonuclear molecule is a diatomic molecule consisting of 2 molecules with the same nuclei (H2, O2, etc) these molecules are nonpolar, covalents and have inversion symmetry. A heteronuclear molecules is a diatomic moleculein with the 2 nuclei are different (CO, NaCl, etc) they are generally polar and ionic. The use of "u" and "g" in classifying the orbitals is unneeded as the is no inversion symmetry.
You can decrease the bond order of a molecule like F2 or B2 by adding 1 electron to the neutral molecule.
O2, N2, Cl2, I2, as well as F2, Br2, and H2 are all diatomic elements.
A homonuclear molecule is one in which all the atoms are of the same element. Examples are H2 and P4 or even a diamond, which consists of a giant molecule composed of carbon atoms.
Since there's no difference in electronegativity between the two atoms (applies to any homonuclear diatomic), the bond is perfectly covalent and neither atom is charged.
A one element substance is a pure substance. It is not mixed physically or chemically with other substances or elements.
these are usually made of what is known as homonuclear diatomic or monotomic molecules some examples are O2, H2, N2 and also of course pure metals Al, Pb, Ag, Ni etc.
I don't think it is. Microwave energy levels correspond to rotational modes, and for rotational spectroscopy, a molecule has to have a dipole moment... homonuclear diatomics like Br2 don't, and thus do not exhibit a pure rotational spectrum.