Physics: Statistical physics

atoms average bacteria Bernoulli distribution blood plasma C₁ C₂ calculate capillary cell cm/sec collision compartment concentration gradient concentration profile defined density diffusion constant equal equation equilibrium experimental expression factor fluid function given by Eqn glucose hemoglobin hydrostatic pressure interval kidney kinetic energy large number light macromolecules macrostate mean number mean square mean value measured membrane area molecular weight momentum monomers N₁ N₂ number of particles obtain osmotic pressure outcomes P₁ P₂ permeability phase space Poisson distribution polymers pore pressure difference probability distribution proteins quantity quantum radius random coil random walk represents residues resistant bacteria result scale height sedimentation semipermeable membrane solute concentration solute flow solute molecules solute particles solvent temperature tion total number trial V₁ V₂ velocity volume flow width zero ах Эх