Graceli topology.
theory of physical coordinates Graceli [topology and topometria Graceli].

where the results will form the basis of variations and variable physical and dimensional coordinate Graceli.




a thermal expansion dilation and oscillatory flow system does not follow the same intensity and scope, nor the momentum variations, kinetic energy, spin, inertia, vortices molecules and actions of centrifugal and centripetal forces, entanglements as particle positions and loads, parities, interactions, transformations and other phenomena.


as the heating time on iron, mercury, uranios, water, or other elements. that is,

follows two fundamental variables of time divided by intensity and amount of added heat.


and also the type and quality potential of particles and molecules involved in the system.


ie, in the same thermal state have varying physical conditions as long as state thermal state started the process. the longer the time, the greater will be the variables of the thermal system at a given future time.


and as the states of matter-energy proposed by Graceli, as mainly, like, potential and quality of matter and particles that time.


that is, a relativistic and trans-indeterminate and generalized system proposed by Graceli and variational effects.



i.e., the kinetic theory of gases and expansion is not universal for all types of molecules or for all types of dimensions. as seen above tends to have own and particular effects.


that is, a system of relativistic nature.



Graceli angles from their coordinates.


for coordinates system Graceli also gives support to a theory of angles and trigonometry as well as a topology from coordendas of Graceli.