skew-angular triangle - ορισμός. Τι είναι το skew-angular triangle
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Τι (ποιος) είναι skew-angular triangle - ορισμός

POLYGON WHOSE VERTICES DO NOT LIE IN A PLANE
Regular skew polygon; Space polygon; Saddle polygon; Regular skew pentagon; Regular skew decagon; Regular skew dodecagon
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  • The (red) side edges of [[tetragonal disphenoid]] represent a regular zig-zag skew quadrilateral.
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  • A uniform ''n''-gonal [[antiprism]] has a 2''n''-sided regular skew polygon defined along its side edges.
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Skew lines         
  • fibration]] of [[projective space]] by skew lines on nested [[hyperboloid]]s.
LINES IN 3D THAT DO NOT INTERSECT AND NEITHER DO THEY POINT THE SAME DIRECTION
Skew line; Skew straight lines; Skew flats; Distance between two skew lines; Nearest distance between skew lines
In three-dimensional geometry, skew lines are two lines that do not intersect and are not parallel. A simple example of a pair of skew lines is the pair of lines through opposite edges of a regular tetrahedron.
Clock skew         
  • Figure 1. The perils of zero skew.  The FF2 -> FF3 path will malfunction with a hold violation if a small amount of extra clock delay to FF3, such as clock jitter, occurs.
  • Figure 2. A small amount of delay inserted at the clock input of FF2 guards against a hold violation in the FF2 -> FF3 path, and at the same time allows the FF1 -> FF2 path to operate at a lower clock period.  This intentional skew circuit is both safer and faster than the zero skew circuit of Figure 1.
PHENOMENON OF A SYNCHRONOUS DIGITAL CIRCUIT'S CLOCK SIGNAL ARRIVING OVER MULTIPLE PATHS AT DIFFERENT TIMES
Timing skew; Clock shear
Clock skew (sometimes called timing skew) is a phenomenon in synchronous digital circuit systems (such as computer systems) in which the same sourced clock signal arrives at different components at different times due to gate or, in more advanced semiconductor technology, wire signal propagation delay. The instantaneous difference between the readings of any two clocks is called their skew.
equilateral         
  • An equilateral triangle. It has equal sides (<math>a = b = c</math>), equal angles (<math>\alpha = \beta =\gamma</math>), and equal altitudes (<math>h_a = h_b = h_c</math>).
  • Construction of equilateral triangle with compass and straightedge
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  • The equilateral triangle tiling fills the plane.
  • A regular tetrahedron is made of four equilateral triangles.
GEOMETRIC SHAPE WITH THREE SIDES OF EQUAL LENGTH
Equilateral triangles; Equalangular triangle; Equiangular triangle; Equilateral Triangles; Equilateral Triangle; Regular Triangle; Regular triangle; Equalateral triangle; Equilateral; Isopleuron
[?i:kw?'lat(?)r(?)l, ??kw?-]
¦ adjective having all its sides of the same length.
Origin
C16: from Fr. equilateral or late L. aequilateralis, from aequilaterus 'equal-sided' (based on L. latus, later- 'side').

Βικιπαίδεια

Skew polygon

In geometry, a skew polygon is a polygon whose vertices are not all coplanar. Skew polygons must have at least four vertices. The interior surface (or area) of such a polygon is not uniquely defined.

Skew infinite polygons (apeirogons) have vertices which are not all colinear.

A zig-zag skew polygon or antiprismatic polygon has vertices which alternate on two parallel planes, and thus must be even-sided.

Regular skew polygons in 3 dimensions (and regular skew apeirogons in two dimensions) are always zig-zag.