The Winkler method can be used to determine how much of this molecule is dissolved in water. It exists in a triplet state with net spin angular momentum 1, due to 2 electrons with parallel spins in the 2 pi x and 2 pi y antibonding orbitals, which also explains why this homonuclear molecule is highly paramagnetic. It can be obtained by liquifying air followed by fractional
The Winkler method can be used to determine how much of this molecule is dissolved in water. It exists in a triplet state with net spin angular momentum 1, due to 2 electrons with parallel spins in the 2 pi x and 2 pi y antibonding orbitals, which also explains why this homonuclear molecule is highly paramagnetic. It can be obtained by liquifying air followed by fractional distillation to get rid of the more volatile nitrogen. For ten points, name this molecule which binds to hemoglobin and is used in aerobic respiration.
The Winkler method can be used to determine how much of this molecule is dissolved in water.
{O}{2} ({oxygen} molecule)