Metallic hydrides almost always catalyze these reactions. In line notation, the species which undergoes this reaction is placed on the right. Protons undergo this reaction in a SHE cell, which sets its namesake potential equal to zero. In general, that potential is multiplied by Faraday's constant in order to determine the Gibbs free energy change of one of these reactions. In organic chemistry, they usually result in addition of hydrogen atoms and removal of oxygen atoms. These reactions occur at the cathode of voltaic cells. For 10 points, na
Metallic hydrides almost always catalyze these reactions. In line notation, the species which undergoes this reaction is placed on the right. Protons undergo this reaction in a SHE cell, which sets its namesake potential equal to zero. In general, that potential is multiplied by Faraday's constant in order to determine the Gibbs free energy change of one of these reactions. In organic chemistry, they usually result in addition of hydrogen atoms and removal of oxygen atoms. These reactions occur at the cathode of voltaic cells. For 10 points, name these reactions which occur when a species gains electrons, the opposite of an oxidation.
Metallic hydrides almost always catalyze these reactions. In line notation, the species which undergoes this reaction is placed on the right.