The coefficient related to this quantity can be measured in units of meters squared per second, and this quantity is equal to the first derivative of concentration with respect to time divided by the second derivative of concentration with respect to position according to Fick's Laws. Though this term often applies to molecules, it can apply to heat in common examples of entropy increases demonstrating the 2nd Law of Thermodynamics. This process often occurs after barriers are removed. Name this process usually associat
The coefficient related to this quantity can be measured in units of meters squared per second, and this quantity is equal to the first derivative of concentration with respect to time divided by the second derivative of concentration with respect to position according to Fick's Laws. Though this term often applies to molecules, it can apply to heat in common examples of entropy increases demonstrating the 2nd Law of Thermodynamics. This process often occurs after barriers are removed. Name this process usually associated with gas intermingling.
The coefficient related to this quantity can be measured in units of meters squared per second, and this quantity is equal to the first derivative of concentration with respect to time divided by the second derivative of concentration with respect to position according to Fick's Laws.
(Molecular) Diffusion