Its namesake discovered the oxidation of sugars to saccharic acid, and this law was discovered in experiments with sulfuric acid. Essentially a consequence of the first law of thermodynamics, its importance in chemistry arises due to the fact that unlike heat and work, energy changes are state functions. Generally known as a law of summation, for 10 points, name this law stating that the heat absorbed or evolved in a chemical reaction is independent of the path of the reaction taken, named for a Swiss-Russian scientist.
Its namesake discovered the oxidation of sugars to saccharic acid, and this law was discovered in experiments with sulfuric acid. Essentially a consequence of the first law of thermodynamics, its importance in chemistry arises due to the fact that unlike heat and work, energy changes are state functions. Generally known as a law of summation, for 10 points, name this law stating that the heat absorbed or evolved in a chemical reaction is independent of the path of the reaction taken, named for a Swiss-Russian scientist.
Its namesake discovered the oxidation of sugars to saccharic acid, and this law was discovered in experiments with sulfuric acid.
{Hess}’s Law [accept {Law of Constant Heat Summation}]