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The 92 pages that link to Pressure, each with the reason it gives.

• Lateral lineRelated: Pressure differences drive water through lateral-line canals and deflect their receptors.

• Equation of stateRelated: Pressure is one of the principal variables related by many equations of state.

• Ideal gas lawRelated: It is the force-per-area quantity on the left side of the equation.

• Navier–Stokes equationsRelated: Pressure gradients drive motion and enforce incompressibility in many formulations.

• TurbulenceRelated: Pressure differences help redirect and accelerate fluid within turbulent motion.

• HydrodynamicsRelated: Pressure differences drive many liquid flows and transmit forces through liquids.

• Fluid mechanicsRelated: Pressure differences drive fluid motion and transmit forces through fluids.

• DensityRelated: Pressure can compress matter and alter its volume and density.

• Lift (force)Related: Unequal pressure over a wing surface contributes to the net aerodynamic force.

• Hydraulic headRelated: Pressure supplies the pressure-head term when converted by specific weight.

• Ideal gasRelated: Gas pressure arises from particles colliding with the container walls.

• Joule–Thomson effectRelated: The pressure drop across the restriction is the controlled change accompanying the temperature response.

• ExtremophileRelated: Deep-sea environments expose piezophiles to pressures far above surface conditions.

• Fluid dynamicsRelated: Pressure differences drive and redistribute fluid motion.

• Van der Waals equationRelated: The attraction correction distinguishes measured pressure from the idealized kinetic pressure.

• Ground reaction forceRelated: Local surface pressures combine across the contact area to produce a resultant force.

• Sound waveRelated: Sound in a fluid is associated with small, propagating changes from ambient pressure.

• Brayton cycleRelated: Pressure ratios set the ideal cycle’s compressor and turbine states.

• DragRelated: Pressure differences over an object produce form drag.

• Jet engineRelated: Pressure differences drive flow through the engine and contribute to nozzle thrust.

• StratificationRelated: Increasing pressure compresses water and contributes to density changes at depth.

• Avogadro's lawRelated: Equal pressure is essential because compression changes the volume occupied by a fixed particle count.

• Decompression meltingRelated: Lower confining pressure reduces the temperature needed for mantle minerals to begin melting.

• Phase equilibriumRelated: Pressure shifts the stability of mineral phases and reactions.

• Magnus effectRelated: Unequal pressure around the body supplies the net sideways force.

• Vacuum pumpRelated: Vacuum performance is specified by the pressure remaining in the chamber.

• Molar volumeRelated: Pressure changes gas molar volume and must be specified for comparisons.

• Gas lawsRelated: Gas pressure arises from particles striking the container walls.

• SteamRelated: It changes water's boiling point and steam's volume.

• Bulk modulusRelated: It is the applied quantity in the bulk-modulus definition.

• Challenger DeepRelated: Water pressure at Challenger Deep exceeds 1,000 times atmospheric pressure at sea level.

• Maxwell relationsRelated: Pressure and its derivatives appear in relations that trade inaccessible entropy changes for measurable responses.

• Pipe flowRelated: A pressure difference commonly drives fluid through a pipe.

• Earth's inner coreRelated: At the center, immense pressure raises iron’s melting temperature and stabilizes the solid phase.

• Mantle transition zoneRelated: Rising pressure stabilizes the denser mineral structures found in the zone.

• Charles's lawRelated: Pressure must remain fixed for the stated volume–temperature proportionality.

• FrottageRelated: The force of the rubbing affects how strongly surface details register on the paper.

• Gay-Lussac's law (gas pressure)Related: Gas pressure is the measured quantity that changes when the confined gas is heated.

• Hydraulic machineryRelated: Pressure is the key quantity transmitted through the working liquid.

• Quasistatic processRelated: A quasistatic piston process can be described by the changing pressure of the gas.

• Standard temperature and pressureRelated: STP fixes pressure because gas volume and density depend strongly on it.

• Fundamental thermodynamic relationRelated: Its negative coefficient makes expansion lower internal energy when other terms are fixed.

• Sparkling wineRelated: Dissolved carbon dioxide creates the pressure that keeps a sparkling-wine bottle under tension.

• State of matterRelated: Pressure can shift which state is stable, especially for gases and liquids.

• Superheated steamRelated: At each pressure, water has a different saturation temperature and corresponding superheat threshold.

• Intensive and extensive propertiesRelated: Pressure is intensive in ordinary bulk thermodynamic systems.

• AllotropeRelated: Changing pressure can favor different atomic arrangements and stabilize distinct elemental forms.

• Graham's lawRelated: Comparable pressure conditions are needed for a meaningful effusion-rate ratio.

• Thermodynamic free energyRelated: Constant-pressure conditions lead to Gibbs free energy and its volume-work term.

• Combined gas lawRelated: Pressure is one of the three state variables combined in the relation.