In nuclear chemistry, this term can refer to a metastable nuclide produced by gamma decay, though the more typi- cal form of this concept can also indicate the inertness of complex ions. Alfred Werner employed this concept to re- place chain theory with coordination theory, and ambident ligands are key to explaining the linkage type of this con- cept. Friedrich Woehler provided the first evidence of this concept by comparing ammonium cyanate and urea, while optical activity is the only means of separting enantiomeric examples like L- and D-glyceraldehyde. Also describing re- lationships such as cis versus trans fatty acids and butane versus methylpropane, identify this concept in which two compounds have the same molecular formula but a different arrangement of atoms.
In nuclear chemistry, this term can refer to a metastable nuclide produced by gamma decay, though the more typi- cal form of this concept can also indicate the inertness of complex ions. Alfred Werner employed this concept to re- place chain theory with coordination theory, and ambident ligands are key to explaining the linkage type of this con- cept. Friedrich Woehler provided the first evidence of this concept by comparing ammonium cyanate and urea, while optical activity is the only means of separting enantiomeric examples like L- and D-glyceraldehyde. Also describing re- lationships such as cis versus trans fatty acids and butane versus methylpropane, identify this concept in which two compounds have the same molecular formula but a different arrangement of atoms.
In nuclear chemistry, this term can refer to a metastable nuclide produced by gamma decay, though the more typi- cal form of this concept can also indicate the inertness of complex ions.
isomerism