Its rate is inversely proportional to the square root of particle mass, and its magnitude is proportional to the gradient, according to Fick's law and Graham's law.
Dynkin's formula describes the It? type of this phenomenon at a stopping time. Ehrenfest's model of it explains the statistical interpretation of the second law of thermodynamics. Its rate is inversely proportional to the square root of particle mass, and its magnitude is proportional to the gradient, according to Fick's law and Graham's law. One form which causes water to move through a semi-permeable membrane is called osmosis. For 10 points, name this movement of particles down a concentration gradient, from areas of high to low concentration.
Dynkin's formula describes the It? type of this phenomenon at a stopping time.
{diffusion} [prompt on {effusion}]