This process is governed by Fick's Laws and Graham's Law.
A set of laws which equates this process's flux to the product of namesake coefficient and the first derivative of position was derived from the continuity equation. Another equation that governs this process states that its rate is inversely proportional to the square root of mass. This process is governed by Fick's Laws and Graham's Law. A specific type of this process involves movement from [*] hypotonic to hypertonic solutions; that form is specific for water moving across a semipermeable membrane and is called osmosis. For 10 points, name this process in which particles move from areas of high concentration to areas of low concentration.
A set of laws which equates this process's flux to the product of namesake coefficient and the first derivative of position was derived from the continuity equation.
{diffusion} [prompt on “{effusion}” and “{osmosis}”]