Examples of using Geometric objects in English and their translations into Greek
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Visualize and investigate proteins and some geometric objects.
These games need to connect the same geometric objects in the form of spheres, cubes or other shapes.
In this interesting world,you will observe exclusively geometric objects.
Lines can be smooth or sharp, and geometric objects are volumetric or scattered around the perimeter.
This stainless steel boulders sculpture has been designed as free flowing geometric objects.
Its early practitioners constructed huge geometric objects, serial structures, and simplified gridded planes.
Thus, a system of tiers that are convenient for working on small,smooth enough geometric objects.
Fractals are geometric objects that are self-similar: small parts reproduce, at least roughly, the entire global structure.
Before you will be a circle on which geometric objects appear.
Sensors respond to user interaction with geometric objects in the world, the movement of the user through the world, or the passage of time.
The products of thought at level 2 are relationships among properties of geometric objects.
Geometric objects, such as points, lines, or planes, can be given a representation as elements in projective spaces based on homogeneous coordinates.
The book prescribes step-by-step procedures for constructing geometric objects like altars using a peg and chord.
Other mathematical work includes a system he called"Géométrographie" anda method which related algebraic expressions to geometric objects.
Equations and, more generally, mathematical structures such as numbers,vectors and geometric objects describe the world with remarkable verisimilitude.
Algebraic geometry explores the geometric objects that are sets of solutions to algebraic equations- for example, a circle of radius r can be described by x2+y2=r2.
Mathematically, the theory describes theseforces and particles as the dynamics of elegant geometric objects called Lie groups and fiber bundles.
Cryptographical methods of this kind benefit from the flexibility of the geometric objects, hence their group structures, together with the complicated structure of these groups, which make the discrete logarithm very hard to calculate.
Logarithms are commonplace in technological formulae,in addition to measurements of the complexity of algorithms along with geometric objects called fractals.
In a major marine archaeological discovery,Indian scientists found excellent geometric objects below the sea-bed in the western coast, similar to the Harappan ruins.
The principle was based on the principle that each section should study those properties of geometric objects that, in the transformation of these objects, would remain constant according to the rules of this particular section(in other words, they are invariant properties).
Since the mid-1980s, geometric group theory,which studies finitely generated groups as geometric objects, has become a particularly active area in group theory.
The Greeks created a geometric algebra where terms were represented by sides of geometric objects, usually lines, that had letters associated with them.[6] Diophantus(3rd century AD) was an Alexandrian Greek mathematician and the author of a series of books called Arithmetica.
It can be defined as the systematic study of algorithms anddata structures for geometric objects, with a focus on exact algorithms that are asymptotically fast.
A spatial database is a database that defines special data types for geometric objects andallows you to store geometric data(usually of a geographic nature) in regular database tables.
The Greeks created a geometric algebra where terms were represented by sides of geometric objects, usually lines, that had letters associated with them.
This produces a geometric object called the Clifford torus, a surface in 4-space.
A line is a geometric object.
Very roughly speaking,a topological space is a geometric object, and the homeomorphism is a continuous stretching and bending of the object into a new shape.
In 2013, physicists discovered a geometric object that dramatically simplifies calculations of particle interactions.