Abstract—Method of combined teaching laws of classical mechanics and hydrostatics in non-inertial reference frames for undergraduate students is proposed. Pressure distribution in a liquid (or gas) moving with acceleration is considered. Combined effect of hydrostatic force and force of inertia on a body immersed in a liquid can lead to paradoxical results, in a motion of pendulum in particular...

We derive the Euler equations as the hydrodynamic limit of a stochastic of a hardsphere gas. We show that the system does not produce entropy. 1 Hydrostatics of a gas of hard spheres We take space to be Λ ⊆ (aZ), and suppose the length a, representing the diameter of a molecule, to be so small compared with the variation of the macroscopic fields that we can replace all sums over Λ by integrals...

We propose a mathematical model that allows one to describe the shape of free surface magnetic liquid surrounding thin flat magnetized plate with infinite susceptibility. The Maxwell equations and hydrostatics for corresponding boundary conditions on are solved. By methods complex analysis, we find distribution field pressure in plate. An equation near is written, graphs equilibrium shapes neig...