[{"n": "Linear motion", "u": "/e/classical-and-fluid-mechanics/linear-motion/", "s": "One-dimensional motion along a straight line."}, {"n": "Mach number", "u": "/e/classical-and-fluid-mechanics/mach-number/", "s": "Dimensionless ratio of flow velocity to speed of sound."}, {"n": "Magnus effect", "u": "/e/classical-and-fluid-mechanics/magnus-effect/", "s": "Spinning objects in fluid experience a deflecting lift force."}, {"n": "Mass flow rate", "u": "/e/classical-and-fluid-mechanics/mass-flow-rate/", "s": "Rate of mass passing through a surface over time."}, {"n": "Mechanical advantage", "u": "/e/classical-and-fluid-mechanics/mechanical-advantage/", "s": "Force amplification through trade-off of input force and movement."}, {"n": "Mechanical equilibrium", "u": "/e/classical-and-fluid-mechanics/mechanical-equilibrium/", "s": "State where net force on each part is zero."}, {"n": "Mechanical resonance", "u": "/e/classical-and-fluid-mechanics/mechanical-resonance/", "s": "Mechanical resonance can amplify vibrations, causing structural failure."}, {"n": "Net force", "u": "/e/classical-and-fluid-mechanics/net-force/", "s": "Net force is the vector sum of all forces on an object."}, {"n": "Newtonian dynamics", "u": "/e/classical-and-fluid-mechanics/newtonian-dynamics/", "s": "Study of particle dynamics via Newton's laws."}, {"n": "Newtonian fluid", "u": "/e/classical-and-fluid-mechanics/newtonian-fluid/", "s": "Fluid with linear stress-strain rate relation and constant viscosity."}, {"n": "Non-Newtonian fluid", "u": "/e/classical-and-fluid-mechanics/non-newtonian-fluid/", "s": "Fluids whose viscosity changes under stress or force."}, {"n": "Normal force", "u": "/e/classical-and-fluid-mechanics/normal-force/", "s": "Perpendicular contact force preventing surface penetration."}, {"n": "Normal mode", "u": "/e/classical-and-fluid-mechanics/normal-mode/", "s": "A pattern of motion with sinusoidal oscillation at fixed frequencies."}, {"n": "Pascal's law", "u": "/e/classical-and-fluid-mechanics/pascal-s-law/", "s": "Pressure change in a confined fluid is transmitted equally everywhere."}, {"n": "Pipe flow", "u": "/e/classical-and-fluid-mechanics/pipe-flow/", "s": "Internal flow within closed conduits, lacking a free surface."}, {"n": "Poisson's ratio", "u": "/e/classical-and-fluid-mechanics/poisson-s-ratio/", "s": "A measure of transverse deformation under axial loading."}, {"n": "Precession", "u": "/e/classical-and-fluid-mechanics/precession/", "s": "A change in the orientation of a rotating body's rotational axis."}, {"n": "Projectile motion", "u": "/e/classical-and-fluid-mechanics/projectile-motion/", "s": "Idealized motion under gravity alone, following a parabolic path."}]