Примеры использования Intersection points на Английском языке и их переводы на Русский язык
{-}
-
Official
-
Colloquial
With intersection points.
Every three orbs from these four have two intersection points.
With intersection points.
Since imaginary inversion does not have motionless points, intersection points F and G interchange their positions.
The intersection points produce the right angles.
One of the circles divides intersection points of two others.
Again, intersection points are used for emphasis.
None of circles divides the intersection points of two others.
Therefore, intersection points O1 and O2(one of them) are either swapped or remain motionless.
And if Q lies inside the circle, on the contrary,it is necessary for Q to separate intersection points, and then the formula remains invariable.
We show the intersection points for various contemporary approaches.
It is possible to tell, that to any straight line intersecting an orb there are corresponded circles which are passing through its intersection points with an orb.
Choose any of two intersection points of this circle with C.
At first different methods of construction of a circle orthogonal to three given are specified andtheorems about circles constructed on intersection points of three given circles are proved.
Since f(I)= I and f(B)= B, intersection points of I and B pass to themselves under f.
Also this theorem can be named as«theorem about circumcircles of Lobachevsky's tri-circle»(naming on the analogies of a triangle the circles which are passing through intersection points of three given«circumscribed circle»).
These three circles contain P and intersection points of circles A, B and C among themselves.
The intersection points of these icosahedron and dodecahedron are the most suitable places for the life development.
Otherwise the contradiction turns out: intersection points can be neither motionless, nor can be swapped.
The intersection points of the vertical and horizontal axes are where conformity assessment can be done against requirements, if the requirements are available.
The length of the interval between these intersection points(it is colored in red in the figure) defines the FWHM of the peak.
If the pair of intersection points F and G is swapped under the action of O, all circles which are passing through this pair are orthogonal to O and under the inversion through O are transformed to itself.
Alternatively, an Ammann-Beenker tiling can be obtained by drawing rhombs and squares around the intersection points of pair of equal-scale square lattices overlaid at a 45-degree angle.
Circles I and O; intersection points of these circles G and V, points K and X lying on O.
Bézout's theorem is a statement in algebraic geometry concerning the number of common points, or intersection points, of two plane algebraic curves which do not share a common component that is, which do not have infinitely many common points. .
Since O(F)= G, intersection points F andG are mapped again to intersection points F and G. Since intersection points only two, they are either both motionless or interchanged their positions.
These three points are the intersection points of the"opposite" sides of the hexagon AbCaBc.
It is required to prove, that intersection points A andB lie on one circle with intersection points D1 and D3(circle D2 according to the theorem must contain them).
Similarly we receive intersection points of two other pairs of circles and designate them as H3, H4, H5, H6.
As in each pair there are two intersection points, and there are three pairs, total number of circles is 2x2x2=8.