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LIMITING CASE

  • Limiting case
  • Topics referred to by the same term

    The phrase limiting case has several different meanings in: Limiting case (mathematics) Limiting case (philosophy of science) This disambiguation page

    Limiting case

    Limiting_case

  • Limiting case (mathematics)
  • Special case which arises when input values are at their extremes

    In mathematics, a limiting case of a mathematical object is a special case that arises when one or more components of the object take on their most extreme

    Limiting case (mathematics)

    Limiting_case_(mathematics)

  • Limiting case (philosophy of science)
  • limiting case theory is an earlier theory which becomes incorporated into a later, usually broader theory; that is to say, the earlier (limiting case)

    Limiting case (philosophy of science)

    Limiting_case_(philosophy_of_science)

  • Degeneracy (mathematics)
  • Limiting case which is different from the rest of the class

    In mathematics, a degenerate case is a limiting case of a class of objects which appears to be qualitatively different from (and usually simpler than)

    Degeneracy (mathematics)

    Degeneracy_(mathematics)

  • Circle
  • Simple curve of Euclidean geometry

    AE (corollary of the chord theorem). A tangent can be considered a limiting case of a secant whose ends are coincident. If a tangent from an external

    Circle

    Circle

    Circle

  • Ellipse
  • Plane curve

    ranging from e = 0 {\displaystyle e=0} (the limiting case of a circle) to e = 1 {\displaystyle e=1} (the limiting case of infinite elongation, no longer an ellipse

    Ellipse

    Ellipse

    Ellipse

  • Special case
  • Specific, usually well-known application of a mathematical rule or law

    versa, or equivalently, if B is a generalization of A. A limiting case is a type of special case which is arrived at by taking some aspect of the concept

    Special case

    Special_case

  • Characteristic impedance
  • Property of an electrical circuit

    \over 4}+{Z \over Y}}}\ } For a transmission line, it can be seen as a limiting case of an infinite ladder network with infinitesimal impedance and admittance

    Characteristic impedance

    Characteristic impedance

    Characteristic_impedance

  • Norton's dome
  • Nondeterministic Newtonian mechanical system

    mechanics. It was devised by John D. Norton in 2003. It is a special limiting case of a more general class of examples from 1997 by Sanjay Bhat and Dennis

    Norton's dome

    Norton's dome

    Norton's_dome

  • Case
  • Topics referred to by the same term

    organisation in the United Kingdom Limiting case (mathematics), a special case with one or more extreme parameter values Limiting case (philosophy of science),

    Case

    Case

  • Dodecahedron
  • Polyhedron with 12 faces

    has tetrahedral symmetry. The rhombic dodecahedron can be seen as a limiting case of the pyritohedron, and it has octahedral symmetry. The elongated dodecahedron

    Dodecahedron

    Dodecahedron

  • Butler–Volmer equation
  • Equation characterising electrochemical kinetics

    {\displaystyle \alpha _{\rm {a}}=1-\alpha _{\rm {c}}} . There are two limiting cases of the Butler–Volmer equation: the low overpotential region (called

    Butler–Volmer equation

    Butler–Volmer_equation

  • Limiting magnitude
  • Faintest item observable by an instrument

    astronomy, limiting magnitude is the faintest apparent magnitude of a celestial body that is detectable or detected by a given instrument. In some cases, limiting

    Limiting magnitude

    Limiting magnitude

    Limiting_magnitude

  • Watts–Strogatz model
  • Method of generating random small-world graphs

    (0)\approx N/2K\gg 1} and scales linearly with the system size. In the limiting case of β → 1 {\displaystyle \beta \rightarrow 1} , the graph approaches

    Watts–Strogatz model

    Watts–Strogatz model

    Watts–Strogatz_model

  • Eigengrau
  • Illusionary dark gray color

    luminances below approximately 10− 5 cd m−2 (25.08 mag arcsec−2). This is a limiting case of Ricco's law. Researchers noticed as early as 1860 that the shape

    Eigengrau

    Eigengrau

    Eigengrau

  • Circular polarization
  • Polarization state

    left-hand sense. Circular polarization is a limiting case of elliptical polarization. The other special case is the easier-to-understand linear polarization

    Circular polarization

    Circular polarization

    Circular_polarization

  • Reflection phase change
  • Difference between phase angles

    angular frequency of ω. The limiting case of c2 = 0 corresponds to a "fixed end" that doesn't move, whereas the limiting case of c2 → ∞ corresponds to a

    Reflection phase change

    Reflection_phase_change

  • Wave equation
  • Differential equation important in physics

    angular frequency of ω. The limiting case of c2 = 0 corresponds to a "fixed end" that does not move, whereas the limiting case of c2 → ∞ corresponds to a

    Wave equation

    Wave equation

    Wave_equation

  • Transformation
  • Topics referred to by the same term

    between sets of points in geometry Infinitesimal transformation, a limiting case of a geometrical transformation Chemical transformation Phase transformation

    Transformation

    Transformation

  • String theory
  • Theory of subatomic structure

    before it was conjectured in the mid-1990s that they were all different limiting cases of a single theory in eleven dimensions known as M-theory. In late 1997

    String theory

    String_theory

  • Isoelastic utility
  • Concept in economics

    preserve mathematical consistency with the limiting case of ln ⁡ ( c ) {\displaystyle \ln(c)} ; see Special cases below). Since the family contains both power

    Isoelastic utility

    Isoelastic utility

    Isoelastic_utility

  • Leontief production function
  • Function in economics

    Leontief and represents a limiting case of the constant elasticity of substitution production function. For the simple case of a good that is produced

    Leontief production function

    Leontief production function

    Leontief_production_function

  • Rhombic dodecahedron
  • Catalan solid with 12 faces

    and (0, 0, ±2). The rhombic dodecahedron can be seen as a degenerate limiting case of a pyritohedron, with permutation of coordinates (±1, ±1, ±1) and

    Rhombic dodecahedron

    Rhombic dodecahedron

    Rhombic_dodecahedron

  • Heat flux
  • Vector representing the energy passing through a given area per unit time

    To define the heat flux at a certain point in space, one takes the limiting case where the size of the surface becomes infinitesimally small. Heat flux

    Heat flux

    Heat flux

    Heat_flux

  • Laws of thermodynamics
  • Observational basis of thermodynamics

    While reversible processes are a useful and convenient theoretical limiting case, all natural processes are irreversible. A prime example of this irreversibility

    Laws of thermodynamics

    Laws of thermodynamics

    Laws_of_thermodynamics

  • M-theory
  • Framework of superstring theory

    all of these.) Each of these five string theories arises as a special limiting case of M-theory. This theory, like its string theory predecessors, is an

    M-theory

    M-theory

  • Causal fermion systems
  • Candidate unified theory of physics

    of classical field theory. Moreover, it gives quantum mechanics as a limiting case and has revealed close connections to quantum field theory. Therefore

    Causal fermion systems

    Causal fermion systems

    Causal_fermion_systems

  • Rate limiting
  • Limiting the data rate on network controllers

    In computer networks, rate limiting is used to control the rate of requests sent or received by a network interface controller. It can be used to prevent

    Rate limiting

    Rate_limiting

  • Chebyshev distance
  • Mathematical metric

    the Moore neighborhood of that point. The Chebyshev distance is the limiting case of the order- p {\displaystyle p} Minkowski distance, when p {\displaystyle

    Chebyshev distance

    Chebyshev_distance

  • Coin rotation paradox
  • Geometry problem of a coin rolling around another

    + r/r⁠ = ⁠R/r⁠ + 1 times its own radius (or circumference). In the limiting case when R = 0, the coin with radius r makes ⁠0/r⁠ + 1 = 1 simple rotation

    Coin rotation paradox

    Coin rotation paradox

    Coin_rotation_paradox

  • Postulates of special relativity
  • Concept in physics

    justified in the present case"). Einstein revisited the problem in 1919 ("It is by no means settled a priori that a limiting transition of this kind has

    Postulates of special relativity

    Postulates_of_special_relativity

  • Special cases of Apollonius' problem
  • Construct all the circles that are tangent to three given circles

    a line (denoted CCL, generally 8 solutions) In a different type of limiting case, the three given geometrical elements may have a special arrangement

    Special cases of Apollonius' problem

    Special_cases_of_Apollonius'_problem

  • Barabási–Albert model
  • Scale-free network generation algorithm

    analytic result for the density of nodes with h-index 1 can be obtained in the case where m 0 = 1 {\displaystyle m_{0}=1} H ( 1 ) | m 0 = 1 = 4 − π {\displaystyle

    Barabási–Albert model

    Barabási–Albert model

    Barabási–Albert_model

  • Degeneracy
  • Topics referred to by the same term

    Welcome "DEGENERATE", a 2024 song by Starset Degeneracy (mathematics), a limiting case in which a class of object changes its nature so as to belong to another

    Degeneracy

    Degeneracy

  • Classical mechanics
  • Description of large objects' physics

    Galilean transform). This group is a limiting case of the Poincaré group used in special relativity. The limiting case applies when the velocity u is very

    Classical mechanics

    Classical mechanics

    Classical_mechanics

  • Volt-ampere
  • SI unit of apparent power in an electrical circuit

    the real power as voltage and current are no longer in phase. In the limiting case of a purely reactive load, current is drawn but no power is dissipated

    Volt-ampere

    Volt-ampere

    Volt-ampere

  • Hydraulic diameter
  • Measure of a channel flow efficiency

    = 4 R H , {\displaystyle D_{\text{H}}=4R_{\text{H}},} Note that for the case of a circular pipe, D H = 4 π R 2 2 π R = 2 R {\displaystyle D_{\text{H}}={\frac

    Hydraulic diameter

    Hydraulic_diameter

  • Isostasy
  • State of gravitational equilibrium between Earth's crust and mantle

    responds to loads in many different ways, isostasy describes the important limiting case in which crust and mantle are in static equilibrium. Certain areas (such

    Isostasy

    Isostasy

  • Generalized beta distribution
  • Probability distribution

    parameters, including more than thirty named distributions as limiting or special cases. A fifth parameter for scaling is sometimes included, while a

    Generalized beta distribution

    Generalized_beta_distribution

  • Current limiting
  • Safety feature in electrical engineering

    Current limiting is the practice of imposing a limit on the current that may be delivered to a load to protect the circuit generating or transmitting the

    Current limiting

    Current_limiting

  • E (mathematical constant)
  • 2.71828...; base of natural logarithms

    exponential for which the inequality ax ≥ x + 1 holds for all x. This is a limiting case of Bernoulli's inequality. Steiner's problem asks to find the global

    E (mathematical constant)

    E (mathematical constant)

    E_(mathematical_constant)

  • Hopfield network
  • Form of artificial neural network

    neuron selects the state that has the lowest of the two energies. In the limiting case when the non-linear energy function is quadratic F ( x ) = x 2 {\displaystyle

    Hopfield network

    Hopfield_network

  • Delta potential
  • Model of an energy potential in quantum mechanics

    be approximated by a delta potential. The delta potential well is a limiting case of the finite potential well, which is obtained if one maintains the

    Delta potential

    Delta_potential

  • Peregrine soliton
  • Analytic solution of the nonlinear Schrödinger equation

    limiting case of the space-periodic Akhmediev breather when the period tends to infinity. The Peregrine soliton can also be seen as the limiting case

    Peregrine soliton

    Peregrine soliton

    Peregrine_soliton

  • Prolate spheroidal coordinates
  • Three-dimensional coordinate system

    coordinates. Prolate spheroidal coordinates can also be considered as a limiting case of ellipsoidal coordinates in which the two smallest principal axes

    Prolate spheroidal coordinates

    Prolate spheroidal coordinates

    Prolate_spheroidal_coordinates

  • Gaussian q-distribution
  • Family of probability distributions

    q-distribution is a family of probability distributions that includes, as limiting cases, the uniform distribution and the normal (Gaussian) distribution. It

    Gaussian q-distribution

    Gaussian_q-distribution

  • Problem of Apollonius
  • Geometry problem about finding touching circles

    François Viète found a straightedge and compass solution by exploiting limiting cases: any of the three given circles can be shrunk to zero radius (a point)

    Problem of Apollonius

    Problem of Apollonius

    Problem_of_Apollonius

  • Thermodynamic process
  • Passage of a system from an initial to a final state of thermodynamic equilibrium

    progress. As a useful theoretical but not actually physically realizable limiting case, a process may be imagined to take place practically infinitely slowly

    Thermodynamic process

    Thermodynamic process

    Thermodynamic_process

  • Conway–Maxwell–Poisson distribution
  • Probability distribution

    distribution and geometric distribution as special cases and the Bernoulli distribution as a limiting case. The CMP distribution was originally proposed by

    Conway–Maxwell–Poisson distribution

    Conway–Maxwell–Poisson distribution

    Conway–Maxwell–Poisson_distribution

  • Large width limits of neural networks
  • Feature of artificial neural networks

    Theoretical analysis of artificial neural networks sometimes considers the limiting case that layer width becomes large or infinite. This limit enables simple

    Large width limits of neural networks

    Large width limits of neural networks

    Large_width_limits_of_neural_networks

  • Eccentricity (mathematics)
  • Characteristic of conic sections

    eccentricity for parabolas is not defined). A parabola can be treated as a limiting case of an ellipse or a hyperbola with one focal point at infinity. The eccentricity

    Eccentricity (mathematics)

    Eccentricity (mathematics)

    Eccentricity_(mathematics)

  • Minkowski distance
  • Vector distance function

    Manhattan distance and the Euclidean distance, respectively. In the limiting case of p {\displaystyle p} approaching infinity, we obtain the Chebyshev

    Minkowski distance

    Minkowski distance

    Minkowski_distance

  • Exponential smoothing
  • Generates a forecast of future values of a time series

    {\displaystyle \alpha } actually reduce the level of smoothing, and in the limiting case with α {\displaystyle \alpha } = 1 the smoothing output series is just

    Exponential smoothing

    Exponential_smoothing

  • Ricker model
  • Discrete population dynamics model

    patches linked by density-dependent dispersal. The Ricker model is a limiting case of the Hassell model which takes the form N t + 1 = k 1 N t ( 1 + k

    Ricker model

    Ricker model

    Ricker_model

  • Total internal reflection
  • Complete reflection of a wave

    above. Obviously the angle of refraction cannot exceed 90°. In the limiting case, we put θ2 = 90° and θ1 = θc in Eq. (1), and solve for the critical

    Total internal reflection

    Total internal reflection

    Total_internal_reflection

  • Collision
  • In physics, two bodies contacting each other

    inelastic" collision (also called a "perfectly plastic" collision) is a limiting case of inelastic collision in which the two bodies coalesce after impact

    Collision

    Collision

    Collision

  • Modern Hopfield network
  • Neural networks

    neuron selects the state that has the lowest of the two energies. In the limiting case when the non-linear energy function is quadratic F ( x ) = x 2 {\displaystyle

    Modern Hopfield network

    Modern_Hopfield_network

  • Newton's minimal resistance problem
  • Mathematical problem

    had considered finds its application in hypersonic flow theory as a limiting case. In Proposition 34 of Book 2 of the Principia, Newton wrote: "If in

    Newton's minimal resistance problem

    Newton's_minimal_resistance_problem

  • Beta distribution
  • Probability distribution

    for n = 1, 2, 3 gives 15/24, 315/480, 9009/13440; rapidly approaching a limiting value of 1 / 2 = 0.70710678 … {\displaystyle 1/{\sqrt {2}}=0.70710678\ldots

    Beta distribution

    Beta distribution

    Beta_distribution

  • Spherical sector
  • Intersection of a sphere and cone emanating from its center

    direction to the middle of the cap as seen from the sphere center. The limiting case is for φ approaching 180 degrees, which then describes a complete sphere

    Spherical sector

    Spherical sector

    Spherical_sector

  • Melena
  • Medical condition with dark feces

    self-limiting case of melena can occur in newborns two to three days after delivery, due to swallowed maternal blood.[citation needed] In acute cases, with

    Melena

    Melena

    Melena

  • Black box
  • System where only the inputs and outputs can be viewed, and not its implementation

    receiving the black box typically is hands-off. In mathematical modeling, a limiting case. In neural networking or heuristic algorithms (computer terms generally

    Black box

    Black_box

  • Kerr–Newman metric
  • Solution of Einstein field equations

    be seen to reduce to other exact solutions in general relativity in limiting cases. It reduces to the Kerr metric as the charge Q goes to zero; the Reissner–Nordström

    Kerr–Newman metric

    Kerr–Newman_metric

  • Regular singular point
  • Concept in differential equation mathematics

    regular singular points, and the Bessel equation which is in a sense a limiting case, but where the analytic properties are substantially different. More

    Regular singular point

    Regular_singular_point

  • Impulse response
  • Output of a dynamic system when given a brief input

    function for discrete-time systems. The Dirac delta represents the limiting case of a pulse made very short in time while maintaining its area or integral

    Impulse response

    Impulse response

    Impulse_response

  • Pappus's hexagon theorem
  • Geometry theorem

    case of Pascal's theorem for a conic—the limiting case when the conic degenerates into 2 straight lines. Pascal's theorem is in turn a special case of

    Pappus's hexagon theorem

    Pappus's hexagon theorem

    Pappus's_hexagon_theorem

  • Uncompetitive inhibition
  • Type of enzyme inhibition

    and in practice uncompetitive inhibition is mainly encountered as a limiting case of inhibition in two-substrate reactions in which one substrate concentration

    Uncompetitive inhibition

    Uncompetitive_inhibition

  • Oligohydramnios
  • Deficiency of amniotic fluid in the amniotic sac

    fluid that surrounds the fetus in the abdomen, in the amniotic sac. The limiting case is anhydramnios, where there is a complete absence of amniotic fluid

    Oligohydramnios

    Oligohydramnios

  • Torus
  • Doughnut-shaped surface of revolution

    equivalent to a sphere – by adding one additional point that represents the limiting case as a rectangular torus approaches an aspect ratio of 0 in the limit

    Torus

    Torus

    Torus

  • Double-nail illusion
  • in depth: see the two left pictures. In the third picture, Panum's limiting case, AB and CD coincide. With even greater rotation (right picture), C and

    Double-nail illusion

    Double-nail illusion

    Double-nail_illusion

  • Attenuation
  • Gradual loss of flux intensity through a medium

    Indeed, one emerging school of thought is that a glass is simply the limiting case of a polycrystalline solid. Within this framework, "domains" exhibiting

    Attenuation

    Attenuation

  • Mercator projection
  • Cylindrical conformal map projection

    well have been based on the similar central cylindrical projection, a limiting case of the gnomonic projection, which is the basis for a sundial. Snyder

    Mercator projection

    Mercator projection

    Mercator_projection

  • Archimedes' principle
  • Buoyancy principle in fluid dynamics

    cubes is decreased, the precision of the approximation increases. The limiting case for infinitely small cubes is the exact equivalence. Angled surfaces

    Archimedes' principle

    Archimedes'_principle

  • Venturi effect
  • Reduced pressure caused by a flow restriction in a tube or pipe

    with the small tube end face parallel with the flow direction. The limiting case of the Venturi effect is when a fluid reaches the state of choked flow

    Venturi effect

    Venturi effect

    Venturi_effect

  • Tsiolkovsky rocket equation
  • Mathematical equation describing the motion of a rocket

    {m_{0}}{m_{f}}}\right).} The rocket equation can also be derived as the limiting case of the speed change for a rocket that expels its fuel in the form of

    Tsiolkovsky rocket equation

    Tsiolkovsky rocket equation

    Tsiolkovsky_rocket_equation

  • Lotka's law
  • Application of Zipf's law to publications by field

    _{x=1}^{\infty }{\frac {1}{x^{s}}}} is the Riemann zeta function. It is the limiting case of Zipf's law where an individual's maximum number of publications is

    Lotka's law

    Lotka's law

    Lotka's_law

  • Flow distribution in manifolds
  • Fluid dynamics study of flow distribution in parallel channels

    recurrence and iteration method for a manifold. It is clear that Eq.2a is limiting case of Eq.2b when ∆X → 0. Eq.2a is simplified to Eq.1 Bernoulli equation

    Flow distribution in manifolds

    Flow distribution in manifolds

    Flow_distribution_in_manifolds

  • Cumulant
  • Set of quantities in probability theory

    p = μ·n−1 gives K '(t) = ((μ−1 − n−1)·e−t + n−1)−1 and κ1 = μ. The limiting case n → +∞ is a Poisson distribution. The negative binomial distributions

    Cumulant

    Cumulant

  • Generatrix
  • Geometric object moved along a path to generate a shape

    resulting shape is a circular cone. The generatrix of a cylinder, a limiting case of a cone, is a line that is kept parallel to some axis. Surface of

    Generatrix

    Generatrix

  • Tangent lines to circles
  • Line which touches a circle at exactly one point

    limiting cases of a family of circles which are internally or externally tangent to both circles, while the internal tangent lines are limiting cases

    Tangent lines to circles

    Tangent_lines_to_circles

  • Vortex
  • Fluid flow revolving around an axis of rotation

    the axis of rotation. The axis itself is one of the vortex lines, a limiting case of a vortex tube with zero diameter. According to Helmholtz's theorems

    Vortex

    Vortex

    Vortex

  • Hypergeometric function
  • Function defined by a hypergeometric series

    hypergeometric series, that includes many other special functions as specific or limiting cases. It is a solution of a second-order linear ordinary differential equation

    Hypergeometric function

    Hypergeometric function

    Hypergeometric_function

  • Cylinder
  • Three-dimensional solid

    cylindrical conics. A solid circular cylinder can be regarded as the limiting case of a n-gonal prism as n approaches infinity. Because of this close relationship

    Cylinder

    Cylinder

    Cylinder

  • Buoyancy
  • Upward force that opposes the weight of an object immersed in fluid

    cube is decreased, the precision of the approximation increases. The limiting case for infinitely small cubes is the exact equivalence. Angled surfaces

    Buoyancy

    Buoyancy

    Buoyancy

  • Target Motion Analysis
  • using standard geometrical techniques along with some assumptions about limiting cases. There are two different ways to execute TMA: manual and automated.

    Target Motion Analysis

    Target_Motion_Analysis

  • Su–Schrieffer–Heeger model
  • Simple model of topological insulator

    Hamiltonian analytically in the finite case due to the lack of translational symmetry. There exist two limiting cases for the finite chain, either v = 0 {\displaystyle

    Su–Schrieffer–Heeger model

    Su–Schrieffer–Heeger model

    Su–Schrieffer–Heeger_model

  • Bent's rule
  • Rule in geometry of individual molecules

    lone pair (an occupied nonbonding orbital) can be thought of as the limiting case of an electropositive substituent, with electron density completely

    Bent's rule

    Bent's rule

    Bent's_rule

  • Normal distribution
  • Probability distribution

    the mean or variance is finite. Except for the Gaussian which is a limiting case, all stable distributions have heavy tails and infinite variance. It

    Normal distribution

    Normal distribution

    Normal_distribution

  • Ramsey–Cass–Koopmans model
  • Neoclassical economic model

    obtained conditions similar to what he finds. Cass also considers the limiting case where the discount rate goes to zero in his paper. For his part, Cass

    Ramsey–Cass–Koopmans model

    Ramsey–Cass–Koopmans_model

  • Laplace distribution
  • Probability distribution

    X\sim {\textrm {Laplace}}(0,\lambda )} . The Laplace distribution is a limiting case of the hyperbolic distribution. If X | Y ∼ N ( μ , Y 2 ) {\displaystyle

    Laplace distribution

    Laplace distribution

    Laplace_distribution

  • Relational models theory
  • Theory of interpersonal relationships

    ranking, equality matching and market pricing (to these are added the limiting cases of asocial and null interactions, whereby people do not coordinate with

    Relational models theory

    Relational_models_theory

  • Theoretical physics
  • Branch of physics

    supersedes an older one, it almost always contains the older theory as a limiting case. This is sometimes called the correspondence principle. The predictions

    Theoretical physics

    Theoretical physics

    Theoretical_physics

  • Free-fall time
  • Concept in astrophysics

    ellipse is increasingly off-center with increasing ellipticity. In the limiting case of a degenerate ellipse with an eccentricity of 1, the largest diameter

    Free-fall time

    Free-fall_time

  • Conical surface
  • Surface drawn by a moving line passing through a fixed point

    is a developable surface. A cylindrical surface can be viewed as a limiting case of a conical surface whose apex is moved off to infinity in a particular

    Conical surface

    Conical surface

    Conical_surface

  • Long/short equity
  • Hedge fund investment strategy

    market and sector moves. Market neutral strategies can be seen as the limiting case of equity long/short, in which the long and short portfolios of the

    Long/short equity

    Long/short_equity

  • Breather
  • Type of nonlinear wave in physics

    for values of the modulation parameter b less than √2. Note that a limiting case of the breather solution is the Peregrine soliton. Breather surface

    Breather

    Breather

    Breather

  • Isentropic process
  • Thermodynamic process that is reversible and adiabatic

    seventh edition, North Holland, Amsterdam, ISBN 0444869514, p. 12: "As a limiting case between natural and unnatural processes[,] we have reversible processes

    Isentropic process

    Isentropic process

    Isentropic_process

  • Focus (geometry)
  • Geometric point from which certain types of curves are constructed

    having a fixed ratio of distances to the two foci. A parabola is a limiting case of an ellipse in which one of the foci is a point at infinity. A hyperbola

    Focus (geometry)

    Focus (geometry)

    Focus_(geometry)

  • Self-limiting (biology)
  • Natural limits on organisms or medical conditions

    population. In some cases, the self-limiting nature of a colony may be advantageous to the continued survival of the colony, such as in the case of parasites

    Self-limiting (biology)

    Self-limiting_(biology)

  • Poisson distribution
  • Discrete probability distribution

    appendix of Kamath et al. The Poisson distribution can be derived as a limiting case to the binomial distribution as the number of trials goes to infinity

    Poisson distribution

    Poisson distribution

    Poisson_distribution

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LIMITING CASE

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LIMITING CASE

  • Hematemesis
  • n.

    A vomiting of blood.

  • Puker
  • n.

    That which causes vomiting.

  • Limitive
  • a.

    Involving a limit; as, a limitive law, one designed to limit existing powers.

  • Emesis
  • n.

    A vomiting.

  • Limiting
  • p. pr. & vb. n.

    of Limit

  • Vomitory
  • a.

    Causing vomiting; emetic; vomitive.

  • Determinative
  • a.

    Having power to determine; limiting; shaping; directing; conclusive.

  • Finific
  • n.

    A limiting element or quality.

  • Listing
  • n.

    The act or process of one who lists (in any sense of the verb); as, the listing of a door; the listing of a stock at the Stock Exchange.

  • Definitive
  • a.

    Limiting; determining; as, a definitive word.

  • Slumming
  • vb. n.

    Visiting slums.

  • Ignivomous
  • a.

    Vomiting fire.

  • Cardcase
  • n.

    A case for visiting cards.

  • Pitiful
  • a.

    Piteous; lamentable; eliciting compassion.

  • Lifting
  • a.

    Used in, or for, or by, lifting.

  • Claudicant
  • a.

    Limping.

  • Corrective
  • a.

    Qualifying; limiting.

  • Limitary
  • v. t.

    Limiting, or tending to limit; restrictive.

  • Visitant
  • a.

    Visiting.