Search results

| [[File:4 spheres, vertices.png|thumb|center|x300px|8 vertices]] | [[File:4 spheres as rings.png|thumb|center|x300px|24 edges <small>(forming 6 rings)</small>] ...

| [[File:EuDi; medusa spheres half.png|550px]] | image1 = 4 spheres, lens 0 3, hollow.png | caption1 = <math>A \cap D</math><br>spots 9, 11, 13 ...

=== Remark: Epsilon spheres in normalized spaces === ...norms, metrics, topology|normed space]], then the <math>\varepsilon</math> spheres form ...

...At a mass center, opposing, incoming lines of Gravity convert to expanding spheres of Space. This relationship between Space and Gravity is the Basic Cycle. T ...hysical universe, opposing, incoming lines of Gravity convert to expanding spheres of Space. Unopposed, incoming lines of Gravity convert to Linear-motion. ...

...cover all the solutions, and dividing the hyper spheres to equal sub hyper spheres in each iteration. After the creation of segments, the selection is done by The conceptual model of the best hyper spheres for selecting a food source or removing a solution from the archive are sho ...

! Concentric spheres ! Two spheres,<br>equal radius ...

can assume bubbly fluids to be an assembly of coated spheres. For such ===Hashin's relations for assemblages of coated spheres=== ...

...me as asking for the most general transformation that changes spheres into spheres, the Lorentz group can be extended by adding dilations represented by the f ...ation]]s) in terms of [[w:contact transformation]]s preserving circles and spheres. It was shown by [[#Bateman|Bateman & Cunningham (1909–1910)]], that the gr ...

In the image on the right notice the spheres are arranged to form an equilateral triangle. ...

...[[w:vortex street]] around a cylinder. This can occur around cylinders and spheres, for any fluid, cylinder size and fluid speed, provided that the flow has a ...

...inner limits, the incoming opposing lines of Gravity convert to expanding spheres of Space. ...inner limits, the incoming opposing lines of Gravity convert to expanding spheres of Space. The incoming unopposed lines of Gravity convert to Linear motion ...

...e other ones remain real was alluded to by [[#Lie|Lie (1871)]] in terms of spheres with imaginary radius, while the interpretation of the imaginary coordinate ...us Lie]] (1871a) described a manifold whose elements can be represented by spheres, where the last coordinate ''y_n+1'' can be related to an imagina ...

This law is primarily for idealized objects such as spheres and points that act on each other's centers of motion. However, it is the i ...er larger objects as being made up of a lot of particles. We will see that spheres (objects like pool balls) behave a lot like particles (classically) and so ...

...cuses on the `simple' but non-trivial case of the smallest moduli space of spheres with four ordered marked points. The Galois action on the [[../SingularComp ...

...th>\, of a hollow ball, where the matter is located between two concentric spheres with radii <math>R_0</math> and <math>R\, (>R_0)</math>. Here the density o ...

...Lorentz transformation (conformal)#Lie|E:Lie's transformations of oriented spheres]]. In two dimensions the transformation or oriented lines has the form (''R ...

source-free region between two concentric spheres can be represented two concentric spheres are given by ...

osculating spheres which are situated in the ambient space would be distinguish portions of spheres of different radii intrinsically. ...

...odern sense) is the study of [[w:Manifold|differentiable manifold]]s (e.g. spheres of any dimensions). Its subfields include [[symplectic geometry]] and [[Ri ...mathbb{R}^n</math> via charts. Examples are <math>\mathbb{R}^n</math>, the spheres <math>S^n</math>, Lie Groups, Symmetric Spaces,... (Read more: [[w:Manifold ...

...ed by a sphere of radius 3.5 meters is determined by the fact that charged spheres have radius less than 2.5 meters: ...