Examples of using Dimensional space in English and their translations into Russian
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Colloquial
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Official
Contorted dimensional space.
Which better defines geometry in three dimensional space?
For the purposes of moving in three dimensional space the drag and drop functionality was implemented.
What is the sphere in the plane,i.e. in 2 dimensional space?
Unique network localizability in two- dimensional space can be described by the graphs rigidity theory.
The image on the right shows the 600 going through our 3 dimensional space.
Storytelling through objects, in a three dimensional space- this is the power of a museum in the digital age.
Polygons are drawn in the plane andpolyhedra in ordinary 3 dimensional space.
An algorithm for the dynamic closet-pair problem in d dimensional space was developed by Sergey Bespamyatnikh in 1998.
Players must navigate a series of screens to explore a landscape suspended in a dimensional space.
To sum up: in n dimensional space, the sphere is of dimension n-1 and it's for this reason that mathematicians use the symbol Sn-1.
The impressions we make in two dimensional space.
Hypercompact Coxeter groups in three dimensional space or higher differ from two dimensional groups in one essential respect.
I tell you I came from three dimensional space!
In some sense,the sphere in 3 dimensional space is only 2 dimensional because"it is missing a dimension": the height above the sphere.
A circle is thus a sphere in 2 dimensional space!
In the same way, the sphere in 4 dimensional space is 3 dimensional, and it also is"missing" a dimension which is again the height above the sphere.
If someone wants to upgrade Time whistle in One Dimensional Space- can be so“head”.
Given M signal mixtures in an M-dimensional space, GSO project these data points onto an(M-1)-dimensional space by using the weight vector.
Lockjaw also has the ability to psionically trace a given"scent" across dimensional space.
Whereas Plato discussed the regular polyhedra in ordinary 3 dimensional space, Schäfli described the regular polyhedrons in dimension 4.
At the same time, structuring of living organism is provided by peculiarities of our three dimensional space.
Arbitrary vector of any n-dimensional space can be expressed in the form of the linear combination of some basis vectors of this n-dimensional space.
You see, an entity that has many dimensions is a space, similar to the three dimensional space we live in.
We arein our 3 dimensional space and we imagine that an obect moves through 4 dimensional space and progressively cuts our 3 dimension space. .
There are living pyramids of Light/life within every energy field and dimensional space of Creation.
Since S3 is the unit sphere in 4 dimensional space, one can turn it by four-dimensional rotations before once more stereographically projecting it into 3 dimensional space!
So it's a surface in S3 for which the film shows the stereographic projection in the 3 dimensional space, as usual.
The centroid ofan object X{\displaystyle X} in n{\displaystyle n}-dimensional space is the intersection of all hyperplanes that divide X{\displaystyle X} into two parts of equal moment about the hyperplane.
If X{\displaystyle X\,} is a sum of n{\displaystyle n\,} random variables,the spreading of mass takes place in an n{\displaystyle n\,} dimensional space.