This force can be calculated using Stokes' law when the (*) Reynolds number is small.
This force is summed with a mass force and the FroudeKrylov force in the MOJS equation. This force is minimized for the SearsHaack profile. Forces of this kind predominate over inertial forces at high values of the KeuleganCarpenter number. The vanishing of this force under certain conditions is the subject of d'Alembert's paradox. This force can be calculated using Stokes' law when the (*) Reynolds number is small. When the Reynolds number is large, this quantity is proportional by a namesake coefficient to one-half times density times velocity squared times cross-sectional area. When the force of gravity equals this force, the terminal velocity of an object in free fall is attained. For 10 points, name this force that opposes the motion of objects moving through a fluid.
This force is summed with a mass force and the FroudeKrylov force in the MOJS equation.
drag force [prompt on "friction" or "fluid friction"]