A T1 relaxation time of under 150 ms is diagnostic of this molecule as a ligand, and the Kubas complex was the first discovered with this molecule as a ligand. Upon complexing, this molecule decreases its vibrational frequency from around 4300 wavenumber to 2800 wavenumber. Carbon monoxide and this substance are mixed together in syngas, and the fact that spin-flipping one particle in this molecule takes a photon of frequency 1420 megahertz is the basis of a (*) MASER. Its MO diagram shows two electrons in a sigma sub g
A T1 relaxation time of under 150 ms is diagnostic of this molecule as a ligand, and the Kubas complex was the first discovered with this molecule as a ligand. Upon complexing, this molecule decreases its vibrational frequency from around 4300 wavenumber to 2800 wavenumber. Carbon monoxide and this substance are mixed together in syngas, and the fact that spin-flipping one particle in this molecule takes a photon of frequency 1420 megahertz is the basis of a (*) MASER. Its MO diagram shows two electrons in a sigma sub g orbital and none in a higher sigma sub u orbital. Combining three molecules of it with one molecules of nitrogen creates two molecules of ammonia in the Haber-Bosch process, and this molecule exists as an explosive gas at room temperature. For 10 points, name this molecule which consists of two atoms of the lightest element bonded together.
A T1 relaxation time of under 150 ms is diagnostic of this molecule as a ligand, and the Kubas complex was the first discovered with this molecule as a ligand.
H2 or dihydrogen