Volume measures the size of a three-dimensional region. In Euclidean space it is the Lebesgue measure V=∫Ωdxdydz; a layer of thickness h over a planar region has V=∫hdA.
A historical unit of volume; in the British apothecaries' system, 480 minims make one fluid ounce. It is not generally interchangeable with an uncalibrated drop.
A graduated tube for confining a gas, measuring its volume, and often examining changes after a chemical reaction. The reading requires temperature, pressure and vapor pressure corrections.
The volume change per infinitesimal added amount of a component at fixed temperature, pressure and amounts of the other components: Vˉi=(∂V/∂ni)T,p,nj=i.
Ancestors (4)
Incoming links (808)
- Acetone iodination rate-law experiment
- Additive-volume two-level system
- Adiabatic work in a comoving volume
- Affine breathing mode of a star
- Affine quadrupole mode of a star
- Air pump
- Alan Stuart
- Alexander-de Gennes brush model
- Alveolar ventilation
- Amedeo Avogadro
- Amphiphile packing parameter
- Ångström method with linear heat loss
- Angular-frequency Planck energy density
- Anisotropic Gaussian smectic scaling
- Anisotropic ideal-gas density of states
- Archimedes' principle
- Arterial reservoir
- Atkinson cycle
- Atkinson efficiency advantage from extended expansion
- Atmospheric boundary layer
- Auxiliary-metric brane action
- Avogadro's law
- Axisymmetric clamped-plate deflection
- Axisymmetric membrane deformation
- Axisymmetric squeeze-film pressure
- Backward preservation of local indistinguishability
- Barotropic closure of a razor-thin disk
- Baryon asymmetry
- BCS dimensionless coupling
- Beam brightness
- Beer-Lambert measurement controls
- Bernoulli equation over topography
- Betti identity for elastodynamic fields
- Bicylinder
- Biomass
- Biomass concentration
- Blastomere
- Blood flow
- Blood vessel
- Body force
- Boltzmann distribution
- Boltzmann entropy of a two-box occupancy
- Boltzmann suppression
- Bond dipole
- Book lung
- Boundary-pressure correction to the virial theorem
- Bound charge
- Box model
- Brane tension
- Brunn-Minkowski theorem
- Bulk modulus
- Buoyancy
- Buoyancy of an aerated liquid
- Burette
- Burgers vortex
- Campbell first-moment formula
- Capacitor energy
- Capillary growth of a hole in a viscous sheet
- Cardiac output
- Carrier density
- Catalysed peroxide comparison
- Catalyst particle size and accessible area
- Cauchy's stress theorem
- Caudate nucleus
- Cell conservation in a swimming suspension
- Cell proliferation
- Centroid
- Charge density
- Charge invariance
- Chemical equilibrium
- Cheryl Smith
- Chromosome territory
- Circular sector
- Classical ideal-gas entropy limits
- Closed-surface Poynting flux of a plane wave
- Coastal adjustment of an elevated strip
- Coherent continuum phase matching
- Comoving entropy
- Compressible flow
- Conductometric saponification assay
- Cone (geometry)
- Conjugate variables (thermodynamics)
- Consecutive first-order reaction mechanism
- Conserved inventory from a left null vector
- Constant-shell BCS gap equation
- Continuum approximation
- Convergent extension
- Correlation volume
- Cosmic stellar mass density
- Cosmic string network
- Cosmological entropy conservation
- Counterion condensation
- Curie response of an arbitrary independent spin
- Current configuration
- Cylindrical micelle geometry
- Dark-matter annihilation radiation
- Dark-matter decay radiation
- Debye heat capacity
- Decoction
- Deformation gradient
- Density
- Density of a composite system
- Density susceptibility
- Density versus molar second virial convention
- Depletion force
- Determinant
- Deviatoric strain
- Dielectrophoresis
- Dieterici equation
- Dilution
- Dirac membrane action
- Dirichlet distribution
- Disappearance rate
- Discharge measurement in a draining tank
- Disc-shaped nucleus
- Dissipated energy per oscillatory shear cycle
- Divergence-free vector field
- Draining tank with constant cross-sectional area
- Dynamic pressure
- Dynamic viscosity
- Ecology
- Effective opening area for pressure-driven ventilation
- Ehrenfest entropy-continuity relation
- Ehrhart's theorem
- Elastic incompressibility
- Electric field energy density
- Electric field for a radial power-law charge density
- Electroencephalography
- Electromagnetic energy density
- Electron density
- Electron heat capacity
- Electrostatic energy increase on equal-drop coalescence
- Energy release rate
- Engineering stress
- Entropic network modulus
- Entropy density
- Entropy from heat capacity
- Entropy maximization under thermal contact
- Equibiaxial nominal tension of an incompressible sheet
- Equivalence point
- Erectile tissue
- Eudiometer
- Euler relation in thermodynamics
- Excluded volume
- Exner equation
- Extensive quantity
- Extent of reaction
- Extracellular fluid
- Face-centered cubic lattice
- Fermi energy
- Fermi momentum
- Fermi sphere
- Ferrimagnetism
- Fibre photometry
- Fibre volume fraction
- Finite calcium-store release model
- Finite elasticity
- Finite strain theory
- Finite-stroke coating profile
- Finite-thickness disk relaxation
- First law of thermodynamics
- First-order reaction
- First Piola-Kirchhoff stress tensor
- Fixed-radius-core shell-burning luminosity relation
- Fixed-volume capillary spectrum of a cylindrical membrane
- Fixed-volume capillary spreading in a cylindrical cusp
- Floating equilibrium
- Fluid element
- Fluid mechanics
- Flux of the position vector through a cone
- Free boundary condition
- Free-electron state counting in different dimensions
- Free-energy density
- Freund-Rubin compactification
- Galaxy stellar mass function
- Galaxy survey
- Galaxy two-point correlation function
- Gas thermometer
- Gas thermometer dead-space correction
- Gas volume
- Gaussian limit of the end-to-end distribution of a freely jointed chain
- Gaussian-process marginal likelihood
- Geometric galaxy-encounter rate
- Geometric packing
- Geostrophic adjustment of a Gaussian height ridge
- Golden-rule derivation of the Born cross-section
- Grain (unit)
- Grand canonical ensemble
- Grand-potential particle-number variance
- Gravity-capillary drop with a meridional curvature approximation
- Hard-sphere atomic volume in cubic lattices
- Hard-sphere gas
- Heat-capacity difference and mechanical stability
- Heat generation rate
- Heat transport
- Hepatic artery
- Homogeneous deformation
- Homothetic convex bodies
- Horizon-scaling domain wall network
- Hybrid fibre composite
- Hydraulic radius
- Hydrodynamical helicity
- Hydrodynamic attraction of a plane wall to a point source
- Hydrometer
- Hydrostatic balance
- Hydrostatic volume strain from Young's modulus and Poisson's ratio
- Hyperspectral imaging
- Ideal chain
- Ideal gas free energy
- Incenter of a tetrahedron
- Incompressible flow
- Incompressible stellar surface mode
- Independent-volume supernova quenching
- Induced magnetic dipole
- Induced worldvolume metric
- Infrared regularization
- Instanton translation zero mode
- Insulated steady heat balance
- Intensive and extensive thermodynamic quantities
- Internal variable
- Interphase mass transfer
- Intracranial pressure
- Irreversible capture of an advecting tracer
- Ising ring magnetization fluctuations
- Isothermal-isobaric ensemble
- Isothermal-isobaric partition function
- Isotonic solution
- Isotropic elastic modulus relation
- Isotropic second moment of a ball
- Isovolumetric contraction
- Josiah Willard Gibbs
- Julius von Mayer
- Kibble mechanism
- Kidney
- Kinetic helicity conservation law
- Kinetic helicity density
- Kirchhoff stress tensor
- Lagrangian coordinate
- Landau parameter
- Landau quasiparticle energy functional
- Langevin diamagnetic susceptibility
- Langmuir mica adsorption experiment
- Lattice gas
- Lattice gauge theory
- Lattice QCD
- Left ventricle
- Linear flow
- Linear-gradient isopycnic focusing
- Linearly elastic balloon discharge
- Linear mass density
- Linear thermoelasticity with prescribed thermal volume
- Line current
- Lipid vesicle
- Liquid
- Local density of states
- Local Joule heating rate
- Lorentz force density
- Luminosity density
- M2-brane near-horizon geometry
- M5-brane
- Magnetic compensation temperature
- Magnetic domain wall
- Magnetic energy
- Magnetic energy balance in resistive magnetohydrodynamics
- Magnetic energy density
- Magnetic-energy injection by differential boundary rotation
- Magnetic field of a rotating charged solid cylinder
- Magnetic helicity
- Magnetic sublattice
- Magnetic susceptibility
- Magnetization
- Magnetization density
- Mary Jane Simpson
- Mass conservation
- Mass-equivalent cosmological critical density
- Massless renormalization-group characteristics with a source
- Material volume
- Material volume element
- Matrix trace
- Maximum-volume cuboid in a hemisphere
- Maximum-volume open rectangular box at fixed surface area
- Mayer f-function
- McLeod gauge
- Mean density
- Mechanical stability
- Melt fraction
- Membrane osmometer
- Membrane transport
- Meridional heat transport
- Meridional overturning streamfunction
- Mestel disk potential-density pair
- Microcanonical ensemble
- Microfluidics
- Microscopic dielectric polarization
- Minimally coupled scalar field
- Minim (unit)
- Molar mass from sedimentation and diffusion
- Molecular partition function
- Molecular partition function density
- Momentum balance for a material fluid element
- Momentum-space contact-interaction Hamiltonian
- Multi-anvil press
- Multivariable calculus
- Murray's law
- Nabarro-Herring creep
- NaCl conventional cell and coordination
- Nanoparticle
- Nanotechnology
- Napkin ring problem
- Nearest neighbour distance
- Necking (engineering)
- Negative heat capacity
- Nested-disk subtraction for paraboloid volumes
- Net estimate for a linear operator
- Neutral buoyancy
- Nominal stress tensor
- Non-Boussinesq triangular-profile line-plume balances
- Nondynamical four-dimensional three-form
- Nonintegrability of a radial triangular Fourier cutoff in three dimensions
- No-scale volume runaway criterion
- Nuclear deformation
- Number-based dissociation equilibrium ratio
- Oceanic overturning circulation
- Optimal aspect ratios of closed cylinders
- Optimal cylinder for a reciprocal-square constraint
- Optimal cylinder inscribed in a cone
- Optimal turn count for fixed winding volume
- Orbit volume in an axisymmetric Stäckel potential
- Osmosis concentration-pressure example
- Osmotic concentration
- Osmotic pressure
- Packing fraction
- Paraboloid sector surface measures
- Parallel first-order reaction mechanism
- Particle extinction coefficient
- Passive transport
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- Pea seed respirometry
- Permanganate-iron endpoint and blank model
- Permeating solute
- Permittivity
- Peter P. Eggleton
- Philosophie zoologique, organic and inorganic productions by Jean-Baptiste Lamarck
- Phonon mean free path
- Photochemical steady state
- Physiology
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- Plastic deformation
- Plus boundary condition
- Point-mass tidal stretching and squeezing
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- Poisson polar projections share their total count
- Polarization density
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- Polymer-brush volume fraction
- Polymer overlap volume fraction
- Polyuria
- Poor-solvent brush height
- Position-dependent resistive pulse
- Power law
- Power-law reaction propensity
- Precipitation after equal-volume mixing
- Pressure correction to a mineral reaction
- Pressure force
- Pressure gradient
- Pressure gradient force
- Pressure-temperature path-work identity
- Pressure tensor
- Primary standard inventory
- Prismatic triangular-channel gravity-current box model
- Pulsed-field optical magnetostriction experiment
- Pumped-storage hydroelectricity
- Pycnometer density measurement
- Pyramid
- Quadratic-boson heat-capacity coefficient
- Quasi-adiabatic continuation
- Quasisteady sliding collar on a coated cylinder
- Radial flux through a truncated unit sphere
- Radial uncertainty scale in a uniform sphere
- Radial volume transform of a homogeneous Poisson point process
- Radiation entropy from the first law
- Rapid artery-ventricle pressure equilibration
- Rate-zonal centrifugation
- Rayleigh scattering
- Reaction rate
- Real gas
- Rectangular parallelepiped
- Reference configuration
- Reference-volume thermal expansion coefficient
- Relative energy fluctuation of a monatomic ideal gas
- Report on the former farmers-general to the National Convention
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- Respiratory rate
- Respiratory system
- Respirometer gas balance
- Respirometry
- Reversible catalytic relaxation
- Reynolds pipe-and-dye experiment
- Reynolds transport theorem
- Rib cage
- Right stretch tensor
- Rigid rotation minimizes kinetic energy at fixed angular momentum
- Robert Boyle
- Salivary secretion
- Saponification with limiting hydroxide
- Saturated isotropic magnetostrictive strain
- Scalar quartic domain wall
- Schechter function
- Scientific law
- Second-order reaction
- Second virial coefficient
- Sedimentary compaction
- Sedimentation shock
- Semen
- Serial dilution
- Shear-induced dilation
- Simple shear
- Single-polarization two-dimensional photon density of states
- Single-spin density of states
- Solid ellipsoid
- Solid geometry
- Solution preparation and volumetric calibration
- Solvent
- Source-volume blocking of displacement ventilation
- Special linear group
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- Specific entropy
- Specific internal energy
- Sphere packing
- Spherical cap area upper bound
- Spherical micelle geometry
- Spherical wedge
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- Surface energy
- Synovial fluid
- Tetrahedron volume under sliding opposite edges
- Thermal de Broglie wavelength
- Thermodynamic force conjugate to an internal variable
- Thermodynamics
- Thermodynamic stability
- Thermonuclear reaction rate
- Thermoregulation
- Theta-solvent brush height
- Thirst
- Thomas Andrews (scientist)
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- Three-dimensional free-electron density of states
- Three-dimensional parabolic interband joint density of states
- Three-dimensional point source
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- Tonicity
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- Topological current
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- Volume fluctuations of a small fluid parcel
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- Volume of a Euclidean unit sphere
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Volume is a measure of the three-dimensional space that an object occupies. It quantifies how much space is contained within a solid, liquid, or gas. Volume can be expressed in various units of measurement, such as cubic meters (m³), liters (L), cubic centimeters (cm³), and gallons, among others. The method for calculating volume can vary depending on the shape of the object: 1. **Rectangular Prism (Box)**: Volume = length × width × height 2.