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гипербола - vertaling naar Engels

СТРАНИЦА ЗНАЧЕНИЙ
Гиперболы

гипербола         
f.
hyperbola
hyperbola         
  • Hyperbolas as declination lines on a sundial
  • Hyperbola (red): two views of a cone and two Dandelin spheres ''d''<sub>1</sub>, ''d''<sub>2</sub>
  • ''a'' {{=}} ''b'' {{=}} 1}} giving the [[unit hyperbola]] in blue and its conjugate hyperbola in green, sharing the same red asymptotes.
  • Hyperbola as an affine image of the unit hyperbola
  • Hyperbola as affine image of ''y'' = 1/''x''
  • Hyperbola (red): features
  • Hyperbola: definition with circular directrix
  • Hyperbola: definition by the distances of points to two fixed points (foci)
  • Rotating the coordinate system in order to describe a rectangular hyperbola as graph of a function
  • Hyperbola: construction of a directrix
  • Hyperbola: definition with directrix property
  • Hyperbola: directrix property
  • Hyperbola: semi-axes ''a'',''b'', linear eccentricity ''c'', semi latus rectum ''p''
  • Point construction: asymptotes and ''P''<sub>1</sub> are given → ''P''<sub>2</sub>
  • Hyperbola: pole-polar relation
  • Hyperbola: Polar coordinates with pole = focus
  • Hyperbola: Polar coordinates with pole = center
  • Hyperbola: the midpoints of parallel chords lie on a line.
  • Hyperbola: inscribed angle theorem
  • Hyperbola: the midpoint of a chord is the midpoint of the corresponding chord of the asymptotes.
  • Hyperbola: Steiner generation
  • Hyperbola: tangent-asymptotes-triangle
  • Tangent construction: asymptotes and ''P'' given → tangent
  • Hyperbola: the tangent bisects the lines through the foci
  • Three rectangular hyperbolas <math>y=A/x</math> with the coordinate axes as asymptotes<br />
red: ''A'' = 1; magenta: ''A'' = 4; blue: ''A'' = 9
  • Hyperbola: 3 properties
  • Hyperbola: Pin and string construction
  • Trisecting an angle (AOB) using a hyperbola of eccentricity 2 (yellow curve)
  • Hyperbola ''y'' = 1/''x'': Steiner generation
  • Pencil of conics with a common vertex and common semi latus rectum
  • Hyperbola with its orthoptic (magenta)
  • [[Central projection]] of circles on a sphere: The center ''O'' of projection is inside the sphere, the image plane is red. <br />
As images of the circles one gets a circle (magenta), ellipses, hyperbolas and lines. The special case of a parabola does not appear in this example.<br />
(If center ''O'' were ''on'' the sphere, all images of the circles would be circles or lines; see [[stereographic projection]]).
TYPE OF SMOOTH CURVE, LYING IN A PLANE
Hyperbolas; Hiperbola; Rectangular hyperbola; Conjugate hyperbola; Hyperbolic arc; Hyperbolae; Hyperbola (mathematics); Equilateral hyperbola; Right hyperbola

[hai'pə:bələ]

общая лексика

гипербола

существительное

математика

гипербола

rectangular hyperbola         
  • Hyperbolas as declination lines on a sundial
  • Hyperbola (red): two views of a cone and two Dandelin spheres ''d''<sub>1</sub>, ''d''<sub>2</sub>
  • ''a'' {{=}} ''b'' {{=}} 1}} giving the [[unit hyperbola]] in blue and its conjugate hyperbola in green, sharing the same red asymptotes.
  • Hyperbola as an affine image of the unit hyperbola
  • Hyperbola as affine image of ''y'' = 1/''x''
  • Hyperbola (red): features
  • Hyperbola: definition with circular directrix
  • Hyperbola: definition by the distances of points to two fixed points (foci)
  • Rotating the coordinate system in order to describe a rectangular hyperbola as graph of a function
  • Hyperbola: construction of a directrix
  • Hyperbola: definition with directrix property
  • Hyperbola: directrix property
  • Hyperbola: semi-axes ''a'',''b'', linear eccentricity ''c'', semi latus rectum ''p''
  • Point construction: asymptotes and ''P''<sub>1</sub> are given → ''P''<sub>2</sub>
  • Hyperbola: pole-polar relation
  • Hyperbola: Polar coordinates with pole = focus
  • Hyperbola: Polar coordinates with pole = center
  • Hyperbola: the midpoints of parallel chords lie on a line.
  • Hyperbola: inscribed angle theorem
  • Hyperbola: the midpoint of a chord is the midpoint of the corresponding chord of the asymptotes.
  • Hyperbola: Steiner generation
  • Hyperbola: tangent-asymptotes-triangle
  • Tangent construction: asymptotes and ''P'' given → tangent
  • Hyperbola: the tangent bisects the lines through the foci
  • Three rectangular hyperbolas <math>y=A/x</math> with the coordinate axes as asymptotes<br />
red: ''A'' = 1; magenta: ''A'' = 4; blue: ''A'' = 9
  • Hyperbola: 3 properties
  • Hyperbola: Pin and string construction
  • Trisecting an angle (AOB) using a hyperbola of eccentricity 2 (yellow curve)
  • Hyperbola ''y'' = 1/''x'': Steiner generation
  • Pencil of conics with a common vertex and common semi latus rectum
  • Hyperbola with its orthoptic (magenta)
  • [[Central projection]] of circles on a sphere: The center ''O'' of projection is inside the sphere, the image plane is red. <br />
As images of the circles one gets a circle (magenta), ellipses, hyperbolas and lines. The special case of a parabola does not appear in this example.<br />
(If center ''O'' were ''on'' the sphere, all images of the circles would be circles or lines; see [[stereographic projection]]).
TYPE OF SMOOTH CURVE, LYING IN A PLANE
Hyperbolas; Hiperbola; Rectangular hyperbola; Conjugate hyperbola; Hyperbolic arc; Hyperbolae; Hyperbola (mathematics); Equilateral hyperbola; Right hyperbola

общая лексика

равносторонняя гипербола

геометрия

гипербола равнобочная

Definitie

Гипербола
Гипербола - риторическая фигура преувеличения (или, напротив,уничижения) истины, как, напр., в выражениях "кровь лилась ручьями","пот катился градом". Намеренное уничижение (называемое также мейозис)служит для вызывания комических эффектов контрастом междугиперболической формой и ничтожностью содержания.

Wikipedia

Гипербола

Гипербола (из др.-греч. ὑπερβολή «переход; чрезмерность, избыток; преувеличение»):

  • Гипербола, в математике — плоская кривая второго порядка.
  • Гипербола, в риторике — троп, преувеличение.
Voorbeelden uit tekstcorpus voor гипербола
1. Или слова молодого журналиста - всего лишь гипербола?
2. Последнее - вероятно, да просто наверняка гипербола.
3. - Значит, "вратарь - половина команды" - не гипербола?
4. А ведь самая фантастическая гипербола подчас может оказаться реальностью!
5. И все же прозвище Мясник - гипербола французской журналистики.
Vertaling van &#39гипербола&#39 naar Engels