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SUBTENDED ANGLE

  • Subtended angle
  • Concept in geometry

    Look up subtend in Wiktionary, the free dictionary. In geometry, an angle subtended (from Latin for "stretched under") by a line segment at an arbitrary

    Subtended angle

    Subtended angle

    Subtended_angle

  • Central angle
  • Angle between two radii of a circle

    distinct points A and B. Central angles are subtended by an arc between those two points, and the arc length is the central angle of a circle of radius one (measured

    Central angle

    Central angle

    Central_angle

  • Solid angle
  • Measure in 3-dimensional geometry

    viewing direction. The solid angle of a sphere measured from any point in its interior is 4π sr. The solid angle subtended at the center of a cube by one

    Solid angle

    Solid angle

    Solid_angle

  • Inscribed angle
  • Angle formed in the interior of a circle

    inscribed angle is the angle formed in the interior of a circle when two chords intersect on the circle. It can also be defined as the angle subtended at a

    Inscribed angle

    Inscribed angle

    Inscribed_angle

  • Radian
  • SI derived unit of angle

    many areas of mathematics. It is defined such that one radian is the angle subtended at the center of a plane circle by an arc that is equal in length to

    Radian

    Radian

    Radian

  • Angle
  • Figure formed by two rays meeting at a common point

    Irrational angle Phase (waves) Protractor Solid angle Spherical angle Subtended angle Tangential angle Transcendent angle Trisection Zenith angle This approach

    Angle

    Angle

    Angle

  • Steradian
  • SI derived unit of solid angle

    measure a solid angle of any projected shape. The solid angle subtended is the same as that of a cone with the same projected area. A solid angle of one steradian

    Steradian

    Steradian

    Steradian

  • Golden angle
  • Angle created by applying the golden ratio to a circle

    {\displaystyle {\frac {a+b}{a}}={\frac {a}{b}}} The golden angle is then the angle subtended by the smaller arc of length b. It measures approximately

    Golden angle

    Golden angle

    Golden_angle

  • List of trigonometric identities
  • inscribed angle theorem, the central angle subtended by the chord A C ¯ {\displaystyle {\overline {AC}}} at the circle's center is twice the angle ∠ A D C

    List of trigonometric identities

    List of trigonometric identities

    List_of_trigonometric_identities

  • Parsec
  • Unit of length in astronomy

    one au (astronomical unit, the average Earth–Sun distance) and the subtended angle of the vertex opposite that leg measures one arcsecond (1⁄3600 of a

    Parsec

    Parsec

    Parsec

  • Visual acuity
  • Clarity of vision

    30 seconds of arc, corresponding to the foveal cone diameter or the angle subtended at the nodal point of the eye. To get reception from each cone, as

    Visual acuity

    Visual acuity

    Visual_acuity

  • Small-angle approximation
  • Simplification of the basic trigonometric functions

    or angle subtended by the image of a distant object is often only a few arcseconds (denoted by the symbol ″), so it is well suited to the small angle approximation

    Small-angle approximation

    Small-angle approximation

    Small-angle_approximation

  • Minute and second of arc
  • Units for measuring angles

    by simple trigonometry, it can be derived that the angle ⁠ θ {\displaystyle \theta } ⁠ subtended by an object of diameter or length ⁠ d {\displaystyle

    Minute and second of arc

    Minute and second of arc

    Minute_and_second_of_arc

  • Right angle
  • 90° angle (π/2 radians)

    right angle. Two application examples in which the right angle and the Thales' theorem are included (see animations). The solid angle subtended by an

    Right angle

    Right angle

    Right_angle

  • Lambert's cosine law
  • Optical Phenomenon

    given area element is reduced by the cosine of the emission angle, the solid angle, subtended by surface visible to the viewer, is reduced by the very same

    Lambert's cosine law

    Lambert's_cosine_law

  • Forced perspective
  • Optical illusion

    lens of the eye. The larger the angle an object subtends, the larger the apparent size of the object. The subtended angle increases as the object moves

    Forced perspective

    Forced perspective

    Forced_perspective

  • Turn (angle)
  • Unit of plane angle where a full circle equals 1

    (symbol tr or pla) is a unit of plane angle measurement that is the measure of a complete angle—the angle subtended by a complete circle at its center.

    Turn (angle)

    Turn (angle)

    Turn_(angle)

  • Spiral of Theodorus
  • Polygonal curve made from right triangles

    {\displaystyle \tan \varphi _{n}={\frac {1}{\sqrt {n}}}} Therefore, the subtended angle φ n {\displaystyle \varphi _{n}} of the next triangle n {\displaystyle

    Spiral of Theodorus

    Spiral of Theodorus

    Spiral_of_Theodorus

  • Casaba-Howitzer
  • US 1960s-era study into nuclear weapons to create beams of plasma

    created thrust. Moving the plate closer to the bomb increased the subtended angle that was captured, and thus efficiency, but at the cost of greatly

    Casaba-Howitzer

    Casaba-Howitzer

    Casaba-Howitzer

  • Visual angle
  • Angle an object subtends at the eye

    Visual angle is the angle a viewed object subtends at the eye, usually stated in degrees of arc. It also is called the object's angular size. The diagram

    Visual angle

    Visual angle

    Visual_angle

  • Angle of view (photography)
  • Angular extent of given scene imaged by camera

    view. It is important to distinguish the angle of view from the angle of coverage, which describes the angle at which the lens projects the image circle

    Angle of view (photography)

    Angle of view (photography)

    Angle_of_view_(photography)

  • Angular displacement
  • Displacement measured angle-wise when a body is showing circular or rotational motion

    minimum and maximum angles of rotation admited; this interval delimits a circular arc, spans a flat pencil of lines, and subtends a given angular separation

    Angular displacement

    Angular displacement

    Angular_displacement

  • Trigonometric functions
  • Functions of an angle

    describing angle measures. When radians (rad) are employed, the angle is given as the length of the arc of the unit circle subtended by it: the angle that subtends

    Trigonometric functions

    Trigonometric functions

    Trigonometric_functions

  • Magnification
  • Process of enlarging the apparent size of something

    \varepsilon _{0}} is the angle subtended by an object (w.r.t the optical axis) and ε {\textstyle \varepsilon } is the angle subtended by its image (also w

    Magnification

    Magnification

    Magnification

  • Regiomontanus' angle maximization problem
  • Famous mathematical optimization problem

    far from the wall should the viewer stand in order to maximize the angle subtended by the painting and whose vertex is at the viewer's eye? If the viewer

    Regiomontanus' angle maximization problem

    Regiomontanus' angle maximization problem

    Regiomontanus'_angle_maximization_problem

  • Viewing cone
  • Concept of computer visual displays

    Figure 2) a viewing cone of 70°–90° subtended angle means (for a rotationally symmetric viewing cone) a maximum angle of inclination of 35°-45°. Fig. 5

    Viewing cone

    Viewing_cone

  • Sunrise equation
  • Equation to derive time of sunset and sunrise

    neglects the influence of atmospheric refraction and the non-zero angle subtended by the solar disc — i.e. the apparent diameter of the sun. The times

    Sunrise equation

    Sunrise equation

    Sunrise_equation

  • Caster angle
  • Angle between the vertical axis and the steering axis of a steered wheel, in side view

    constructors refer to the angle subtended by the mechanical trail at the wheel center as caster. Bicycle and motorcycle dynamics Camber angle Toe (automotive)

    Caster angle

    Caster angle

    Caster_angle

  • Hyperbolic angle
  • Argument of the hyperbolic functions

    if two chords P0P1 and P0P2 subtend angles L1 and L2 at the centre of a circle, their sum L1 + L2 is the angle subtended by a chord P0Q, where P0Q is

    Hyperbolic angle

    Hyperbolic angle

    Hyperbolic_angle

  • Right triangle
  • Triangle containing a 90-degree angle

    "In right-angled triangles the square on the side subtending the right angle is equal to the squares on the sides containing the right angle." Three integers

    Right triangle

    Right triangle

    Right_triangle

  • Ptolemy's theorem
  • Relates the 4 sides and 2 diagonals of a quadrilateral with vertices on a common circle

    , and using (1) yields Ptolemy's theorem. Let the inscribed angles subtended by A B {\displaystyle AB} , B C {\displaystyle BC} and C D {\displaystyle

    Ptolemy's theorem

    Ptolemy's theorem

    Ptolemy's_theorem

  • Versor
  • Quaternion of norm 1 (unit quaternion)

    3-dimensional rotation defined by the versor has the angle two times the arc's subtended angle, and preserves the same plane. It is a rotation about

    Versor

    Versor

  • Snellen chart
  • Eye chart

    the distance from eye to chart, and θ {\displaystyle \theta } is the angle subtended by the optotype, which is 5 arcminutes as specified by Snellen. Another

    Snellen chart

    Snellen chart

    Snellen_chart

  • Snub cube
  • Archimedean solid with 38 faces

    \quad \arccos \left({\tfrac {1}{3}}(1-2t)\right).} A snub cube has a subtended angle by an edge from the center arccos ⁡ ( ( t 2 − 2 ) − 1 ) . {\displaystyle

    Snub cube

    Snub cube

    Snub_cube

  • Gradian
  • Unit of measurement of an angle, equal to 1/400th of a circle

    Earth subtends an angle of one centigon at the centre of the Earth. However the gon is rarely used. Angular frequency – Rate of change of angle Milliradian –

    Gradian

    Gradian

    Gradian

  • Baryon acoustic oscillations
  • Fluctuations in the density of the normal matter of the universe

    function of redshift ( z ) {\displaystyle (z)} . By measuring the subtended angle, Δ θ {\displaystyle \Delta \theta } , of the ruler of length Δ χ {\displaystyle

    Baryon acoustic oscillations

    Baryon acoustic oscillations

    Baryon_acoustic_oscillations

  • 22° halo
  • Atmospheric optical phenomenon

    range of incident angles, we can find the angle of the outgoing ray with respect to the vertical—which in fact is the angle subtended at the eye of the

    22° halo

    22° halo

    22°_halo

  • Circular arc
  • Part of a circle between two points

    the minor arc, subtends a central angle that is less than π radians (180 degrees); and the other arc, the major arc, subtends an angle greater than π

    Circular arc

    Circular arc

    Circular_arc

  • Universal Transverse Mercator coordinate system
  • Map projection system

    projections are conformal, maps in UTM coordinates do not distort subtended angles or local shapes, and scale distortion is isotropic. Distortion at a

    Universal Transverse Mercator coordinate system

    Universal Transverse Mercator coordinate system

    Universal_Transverse_Mercator_coordinate_system

  • Versine
  • 1 minus the cosine of an angle

    vertical chord AB of the unit circle, the sine of the angle θ (representing half of the subtended angle Δ) is the distance AC (half of the chord). On the

    Versine

    Versine

    Versine

  • Circle
  • Simple curve of Euclidean geometry

    said to subtend the angle, known as the central angle, at the centre of the circle. One radian is the measure of the central angle subtended by a circular

    Circle

    Circle

    Circle

  • Navigational triangle
  • Spherical triangle used in astronavigation

    measuring the angle of the celestial body in the sky, the observer can get the local hour angle (LHA) of X, which is the angle subtended at P between Z

    Navigational triangle

    Navigational_triangle

  • IAU designated constellations by solid angle
  • List of constellations by area

    are ranked by the solid angle that they subtend in the sky, measured in square degrees and millisteradians. These solid angles depend on arbitrary boundaries

    IAU designated constellations by solid angle

    IAU designated constellations by solid angle

    IAU_designated_constellations_by_solid_angle

  • Perceived visual angle
  • In human visual perception, the visual angle, denoted θ, subtended by a viewed object sometimes looks larger or smaller than its actual value. One approach

    Perceived visual angle

    Perceived_visual_angle

  • Octant of a sphere
  • Spherical triangle with three right angles

    Bézier triangle. The solid angle subtended by a spherical octant is π/2 steradian or one-eighth of a spat, the solid angle of a full sphere. Hemisphere

    Octant of a sphere

    Octant of a sphere

    Octant_of_a_sphere

  • Milliradian
  • Angular measurement, thousandth of a radian

    given angle (angular distance or angular diameter) increases with viewing distance to the target. For instance the same angle of 0.1 mrad will subtend 10 mm

    Milliradian

    Milliradian

    Milliradian

  • Spat (angular unit)
  • Unit of angle in solid geometry

    the OEIS). Thus 1 sp is the solid angle subtended by a complete sphere at its center. Turn (angle) — the plane angle counterpart of the spat, equivalent

    Spat (angular unit)

    Spat_(angular_unit)

  • Hellenic Trench
  • Long narrow depression bordering the Aegean Sea to the south

    base line, the subduction line, and a chord across the arc of the subtended angle. Currently the vertex opposite the base line does not extend as far

    Hellenic Trench

    Hellenic Trench

    Hellenic_Trench

  • Law of sines
  • Property of all triangles on a Euclidean plane

    sphere, a, b, and c are the angles at the center of the sphere subtended by those arcs, in radians. Let A, B, and C be the angles opposite those respective

    Law of sines

    Law of sines

    Law_of_sines

  • Big sky theory
  • Theory in aviation

    unguided projectiles are used. At the vast engagement distances, the subtended angle of the target would be minuscule, and the projectile flight time to

    Big sky theory

    Big_sky_theory

  • Pursuit predation
  • Hunting strategy by some predators

    likely to engage in pursuit when prey come within a subtended angle of around 1-2 degrees. Angles greater than this are outside of a dragonflies visual

    Pursuit predation

    Pursuit predation

    Pursuit_predation

  • Radiance
  • Physical quantity in radiometry

    at that surface from a specified angle of view. In this case, the solid angle of interest is the solid angle subtended by the optical system's entrance

    Radiance

    Radiance

  • Globular cluster
  • Spherical collection of stars

    radius (rt). The radius can be expressed as a physical distance or as a subtended angle in the sky. Considering a radius around the core, the surface luminosity

    Globular cluster

    Globular cluster

    Globular_cluster

  • Tetrahedron
  • Polyhedron with four faces

    which the solid angles subtended by the faces are equal, having a common value of π {\displaystyle \pi } sr, and at which the angles subtended by opposite

    Tetrahedron

    Tetrahedron

    Tetrahedron

  • Moon illusion
  • Perceived variation in the Moon's size

    angular size when at the horizon than when above. The angle that the diameter of the full Moon subtends at an observer's eye can be measured directly with

    Moon illusion

    Moon illusion

    Moon_illusion

  • Triangulation (surveying)
  • Using measures of converging rays to improve fixed points for mapping

    Snell in 1615–17, who showed how a point could be located from the angles subtended from three known points, but measured at the new unknown point rather

    Triangulation (surveying)

    Triangulation (surveying)

    Triangulation_(surveying)

  • Angular distance
  • Angle between the two sightlines or two objects as viewed from an observer

    the angle between the orientation of two straight lines, rays, or vectors – typically in three-dimensional space – or the central angle subtended by the

    Angular distance

    Angular_distance

  • Bistatic radar
  • Radio wave detection and transmission system defined by its separation

    transmit and receive antennas, but if the angle subtended between transmitter, target and receiver (the bistatic angle) is close to zero, then they would still

    Bistatic radar

    Bistatic radar

    Bistatic_radar

  • Transmitarray antenna
  • edges, as they perform better at oblique incidence angles. This enabled the subtended (flare) angle of the feed horn to be increased, and hence the length

    Transmitarray antenna

    Transmitarray antenna

    Transmitarray_antenna

  • Parallax in astronomy
  • Distance measuring technique

    difference in position of a star as seen from the Earth and Sun, i.e. the angle subtended at a star by the mean radius of the Earth's orbit around the Sun. The

    Parallax in astronomy

    Parallax in astronomy

    Parallax_in_astronomy

  • Spherical trigonometry
  • Geometry of figures on the surface of a sphere

    to the vertices of the triangle (on the unit sphere). The arc BC subtends an angle of magnitude a at the centre and therefore OB→ · OC→ = cos a. Introduce

    Spherical trigonometry

    Spherical trigonometry

    Spherical_trigonometry

  • Multiangle light scattering
  • Spectroscopy technique

    at a detector lying at an angle θ and subtending a solid angle ΔΩ is defined as the intensity of light per unit solid angle per unit incident intensity

    Multiangle light scattering

    Multiangle_light_scattering

  • Tau (mathematics)
  • Constant equal to twice pi

    clearer or pedagogically preferable if formulas and quantities (including angles) were described in terms of τ instead of π. A constant named tau is implemented

    Tau (mathematics)

    Tau (mathematics)

    Tau_(mathematics)

  • Angle of parallelism
  • Angle in certain right triangles in the hyperbolic plane

    semicircles, making a right angle with the unit semicircle and a variable angle Φ with Q. The angle at the center of Q subtended by the radius to (0, y) is

    Angle of parallelism

    Angle of parallelism

    Angle_of_parallelism

  • Law of cosines
  • Generalization of Pythagorean theorem

    obtuse-angled triangles the square on the side subtending the obtuse angle is greater than the squares on the sides containing the obtuse angle by twice

    Law of cosines

    Law of cosines

    Law_of_cosines

  • Analemma
  • Diagrammatic representation of Sun's position over a period of time

    on the diagram, but it should be expressed in terms of the angle that would be subtended at an observer on the ground by the corresponding distance in

    Analemma

    Analemma

    Analemma

  • Chord (geometry)
  • Geometric line segment whose endpoints lie on a circular arc

    center if and only if their lengths are equal. Equal chords are subtended by equal angles from the center of the circle. A chord that passes through the

    Chord (geometry)

    Chord (geometry)

    Chord_(geometry)

  • Sextant
  • Tool for angle measurement

    which is basically a quintant: the frame is a sector of a circle subtending an angle of 76° at the pivot of the index arm. The necessity for the doubled

    Sextant

    Sextant

    Sextant

  • Moth trap
  • Trap used to catch insects

    aids, and that the placement of a closer-than-the-moon light causes subtended angles of light at the insect's eye to alter so rapidly that it has to fly

    Moth trap

    Moth trap

    Moth_trap

  • Sunrise
  • Time of day when the sun appears above the horizon

    for calculation, neglecting atmospheric refraction and the non-zero angle subtended by the solar disc. Neglecting the effects of refraction and the Sun's

    Sunrise

    Sunrise

    Sunrise

  • Luminance
  • Photometric measure

    source inside the solid angle dΩΣ; dΩS is the infinitesimal solid angle subtended by dΣ as seen from dS; and θS is the angle between the normal nS to

    Luminance

    Luminance

    Luminance

  • Etendue
  • Measure of the "spread" of light in an optical system

    solid angle the source subtends as seen from the pupil. These definitions must be applied for infinitesimally small "elements" of area and solid angle, which

    Etendue

    Etendue

    Etendue

  • Haversine formula
  • Formula for the great-circle distance between two points on a sphere

    unit sphere, the lengths a, b, and c are simply equal to the angles (in radians) subtended by those sides from the center of the sphere (for a non-unit

    Haversine formula

    Haversine formula

    Haversine_formula

  • Spherical law of cosines
  • Mathematical relation in spherical triangles

    proportional to the measures of the central angles they subtend. The angles between sides are dihedral angles between the planes containing them. In the

    Spherical law of cosines

    Spherical law of cosines

    Spherical_law_of_cosines

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

    is the solid angle of the spherical sector in steradians, the SI unit of solid angle. One steradian is defined as the solid angle subtended by a cap area

    Spherical sector

    Spherical sector

    Spherical_sector

  • History of trigonometry
  • chord is the line that subtends the arc. A chord's perpendicular bisector passes through the center of the circle and bisects the angle. One half of the bisected

    History of trigonometry

    History of trigonometry

    History_of_trigonometry

  • Conoscopic interference pattern
  • Pattern of birefringence colors

    power objective lens is typically used. This both maximises the solid angle subtended by the lens, and hence the angular variation of the light intercepted

    Conoscopic interference pattern

    Conoscopic_interference_pattern

  • Pythagorean theorem
  • Relation between sides of a right triangle

    Elements: Book VI, Proposition VI 31: "In right-angled triangles the figure on the side subtending the right angle is equal to the similar and similarly described

    Pythagorean theorem

    Pythagorean theorem

    Pythagorean_theorem

  • Graphometer
  • Surveying instrument for angle measurements

    for angle measurements. It consists of a semicircular limb divided into 180 degrees and sometimes subdivided into minutes. The limb is subtended by the

    Graphometer

    Graphometer

    Graphometer

  • List of conversion factors
  • following quantities are considered: length, area, volume, plane angle, solid angle, mass, density, time, frequency, velocity, volumetric flow rate, acceleration

    List of conversion factors

    List_of_conversion_factors

  • Intensity (heat transfer)
  • the solid angle subtended by the infinitesimal 'target' (or 'aperture') area d A a {\displaystyle dA_{a}} θ {\displaystyle \theta } is the angle between

    Intensity (heat transfer)

    Intensity_(heat_transfer)

  • Perpendicular
  • Relationship between two lines that meet at a right angle

    geometric objects are perpendicular if they intersect at right angles, i.e. at an angle of 90 degrees or π/2 radians. The condition of perpendicularity

    Perpendicular

    Perpendicular

    Perpendicular

  • Radiant intensity
  • Intensity of electromagnetic radiation

    to the solid angle into which the light is emitted. When calculating radiance received by a detector, Ω refers to the solid angle subtended by the source

    Radiant intensity

    Radiant_intensity

  • Focal length
  • Measure of how strongly an optical system converges or diverges light

    film or sensor format is known as a normal lens; its angle of view is similar to the angle subtended by a large-enough print viewed at a typical viewing

    Focal length

    Focal_length

  • Platonic solid
  • Any of the five regular polyhedra

    is a regular q-gon. The solid angle of a face subtended from the center of a platonic solid is equal to the solid angle of a full sphere (4π steradians)

    Platonic solid

    Platonic solid

    Platonic_solid

  • Hypotenuse
  • Longest side of a right-angled triangle, the side opposite of the right angle

    equivalent Latin verb, subtend, is still used in English in a more general sense to refer to any line or curve stretched across an angle. The Pythagorean theorem

    Hypotenuse

    Hypotenuse

    Hypotenuse

  • Tacheometry
  • Archaic rapid surveying method

    surveyors. The horizontal distance S is inferred from the vertical angle subtended between two well-defined points on the staff and the known distance

    Tacheometry

    Tacheometry

    Tacheometry

  • 57P/du Toit–Neujmin–Delporte
  • Periodic comet with 6 year orbit

    discovery, these shed fragments were spread out along the orbital path subtending an angle of 27 arcminutes from the comet's surviving head. The comet has many

    57P/du Toit–Neujmin–Delporte

    57P/du Toit–Neujmin–Delporte

    57P/du_Toit–Neujmin–Delporte

  • Trirectangular tetrahedron
  • Tetrahedron where all three face angles at one vertex are right angles

    T_{0}={\frac {xyz}{2h}}.} The solid angle at the right-angled vertex, from which the opposite face (the base) subtends an octant, has measure π/2  steradians

    Trirectangular tetrahedron

    Trirectangular tetrahedron

    Trirectangular_tetrahedron

  • Latitude
  • Geographic coordinate specifying north-south position

    through the centre and the latitude (ϕ) is therefore equal to the angle subtended at the centre by the meridian arc from the equator to the point concerned

    Latitude

    Latitude

    Latitude

  • Optimum HDTV viewing distance
  • Television placement for immersive experience

    distance places the viewer where the horizontal angle subtended by the screen is the same as the horizontal angle captured by the camera. If this is the case

    Optimum HDTV viewing distance

    Optimum HDTV viewing distance

    Optimum_HDTV_viewing_distance

  • Goat grazing problem
  • Recreational mathematics planar boundary and area problem

    {1}{2}}r^{2}\theta } if the angle is in radians. Imagine an infinitely thin circular sector from o {\displaystyle o} to p {\displaystyle p} subtended by an infinitely

    Goat grazing problem

    Goat_grazing_problem

  • Circular segment
  • Area bounded by a circular arc and a straight line

    arc which forms part of the perimeter of the segment, θ the central angle subtending the arc in radians, c the chord length, s the arc length, h the sagitta

    Circular segment

    Circular segment

    Circular_segment

  • Angular diameter
  • How large a sphere or circle appears

    units of angle) describing how large a sphere or circle appears from a given point of view. In the vision sciences, it is called the visual angle, and in

    Angular diameter

    Angular diameter

    Angular_diameter

  • Euclidean geometry
  • Mathematical model of the physical space

    triangles the square on the side subtending the right angle is equal to the squares on the sides containing the right angle." (Book I, proposition 47) Books

    Euclidean geometry

    Euclidean geometry

    Euclidean_geometry

  • Rainbow
  • Meteorological phenomenon

    perceived angle that the rainbow subtends as follows. Given a spherical raindrop, and defining the perceived angle of the rainbow as 2φ, and the angle of the

    Rainbow

    Rainbow

    Rainbow

  • Fraunhofer diffraction
  • Far-field diffraction

    Most of the diffracted light falls between the first minima. The angle, α, subtended by these two minima is given by: α ≈ 2 λ W {\displaystyle \alpha

    Fraunhofer diffraction

    Fraunhofer_diffraction

  • Beam diameter
  • Width of an electromagnetic beam

    refer to the angular diameter (i.e., angular width), which is the angle subtended by the beam at the source. The angular width is also called the beam

    Beam diameter

    Beam diameter

    Beam_diameter

  • Ellipse
  • Plane curve

    arc length of a portion of the circumference, as a function of the angle subtended (or x coordinates of any two points on the upper half of the ellipse)

    Ellipse

    Ellipse

    Ellipse

  • Coma (optics)
  • Aberration inherent to certain optical designs or due to imperfection in the lens

    appear as wedge-shaped. The further off-axis (or the greater the angle subtended by the point with the optical axis), the worse this effect is. This causes

    Coma (optics)

    Coma (optics)

    Coma_(optics)

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