Examples of using Euclidean geometry in English and their translations into Finnish
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Euclidean Geometry.
It's the basic foundation of Euclidean geometry.
It has been the whole Euclidean geometry to build-- in itself a powerful performance.
It can be described as a generalization of Euclidean geometry.
Classical mechanics, Euclidean geometry, Orientation.
Euclid's decision to make this a postulate led to Euclidean geometry.
Euclidean geometry can be axiomatically described in several ways.
The surface of a balloon is not an Euclidean space, and therefore does not follow the rules of Euclidean geometry.
Three-dimensional Euclidean geometry has been torn up, thrown in the air and snogged to death!
He realized he had made a mistake: the empirical concept of a rigid body andmathematics alone were not enough to characterize Euclidean geometry.
The thirteen books cover Euclidean geometry and the ancient Greek version of elementary number theory.
Projective geometry also includes a fulltheory of conic sections, a subject also extensively developed in Euclidean geometry.
Daniel Pedoe named it the most elementary theorem in Euclidean geometry since it only concerns straight lines and distances.
Euclidean geometry also allows the method of superposition, in which a figure is transferred to another point in space.
For example, the Euclidean group defines Euclidean geometry, whereas the group of Möbius transformations defines projective geometry. .
Cahit Arf's interest in mathematics was stimulated during his school years in Izmir by a teacher who encouraged him to solve problems in euclidean geometry.
He made Euclidean geometry, where parallel lines are truly parallel, into a special case of an all-encompassing geometric system.
At cosmological scales the present universe is geometrically flat,which is to say that the rules of Euclidean geometry associated with Euclid's fifth postulate hold, though in the past spacetime could have been highly curved.
In Euclidean geometry, Carnot's theorem states that the sum of the signed distances from the circumcenter D to the sides of an arbitrary triangle ABC is D F+ D G+ D H R+ r,{\displaystyle DF+DG+DH=R+r,\} where r is the inradius and R is the circumradius of the triangle.
The assumption that the sum of the three angles of a triangle is less than 180 leads to a curious geometry, quite different from ours[i.e. Euclidean geometry] but thoroughly consistent, which I have developed to my entire satisfaction, so that I can solve every problem in it excepting the determination of a constant, which cannot be fixed a priori….
For example, in the"game" of Euclidean geometry(which is seen as consisting of some strings called"axioms", and some"rules of inference" to generate new strings from given ones), one can prove that the Pythagorean theorem holds that is, one can generate the string corresponding to the Pythagorean theorem.
The term"projective geometry" is used sometimes to indicate the generalised underlying abstract geometry, and sometimes to indicate a particular geometry of wide interest,such as the metric geometry of flat space which we analyse through the use of homogeneous coordinates, and in which Euclidean geometry may be embedded hence its name, Extended Euclidean plane.
Cremona worried that euclidean geometry was being used to describe non-euclidean geometry and he saw a possible logical difficulty in this.
Because a Euclidean geometry is contained within a projective geometry-with projective geometry having a simpler foundation-general results in Euclidean geometry may be derived in a more transparent manner, where separate but similar theorems of Euclidean geometry may be handled collectively within the framework of projective geometry. .
The butterfly theorem is a classical result in Euclidean geometry, which can be stated as follows: Let M be the midpoint of a chord PQ of a circle, through which two other chords AB and CD are drawn; AD and BC intersect chord PQ at X and Y correspondingly.
This insight had the corollary that non-Euclidean geometry was consistent if and only if Euclidean geometry was, giving the same status to geometries Euclidean and non-Euclidean, and ending all controversy about non-Euclidean geometry. .