Kopp's law can refer to either of two relationships discovered by the German chemist Hermann Franz Moritz Kopp (1817â1892).
The KoppâNeumann law, named for Kopp and Franz Ernst Neumann, is a common approach for determining the specific heat C (in J¡kgâ1¡Kâ1) of compounds using the following equation: [3] where N is the total number of compound constituents, and Ci and fi denote the specific heat and mass fraction of the i-th constituent. This law works surprisingly well at room-temperature conditions, but poorly at elevated temperatures. [3]
Kopp's Law.
Kopp's law can refer to either of two relationships discovered by the German chemist Hermann Franz Moritz Kopp (1817â1892).
The KoppâNeumann law, named for Kopp and Franz Ernst Neumann, is a common approach for determining the specific heat C (in J¡kgâ1¡Kâ1) of compounds using the following equation: [3] where N is the total number of compound constituents, and Ci and fi denote the specific heat and mass fraction of the i-th constituent. This law works surprisingly well at room-temperature conditions, but poorly at elevated temperatures. [3]
Kopp's Law.