KnowraYoung–Laplace equationLinked fromLinked fromThe 12 pages that link to Young–Laplace equation, each with the reason it gives.All 12Related 12Surface tensionRelated: It quantifies the pressure created when surface tension curves a liquid interface.Capillary actionRelated: It connects meniscus curvature to the pressure that moves liquid through a capillary.Contact angleRelated: Curved menisci create pressure differences that influence measured angles in confined geometries.HydrophobicityRelated: It connects interfacial forces to the shape of water on curved or textured surfaces.Plateau's lawsRelated: It connects soap-film curvature to pressure balance at equilibrium.Jurin's lawRelated: It links the meniscus curvature to the pressure supporting the column.Rayleigh–Plesset equationRelated: It supplies the surface-tension pressure term opposing changes in bubble radius.Double bubble theoremRelated: Constant pressure within each bubble requires each interface to have constant mean curvature.Drop and bubble phenomenaRelated: It links interface shape to the pressure jump across drops and bubbles.Drops and bubblesRelated: It quantifies the pressure excess inside a curved drop or bubble.Interfacial flowsRelated: It describes how interface curvature creates pressure jumps that drive or resist motion.Kelvin equationRelated: It supplies the pressure jump that drives the Kelvin equation’s vapor-pressure shift.