THE RELATIVISTIC CHARACTERISTICS OF A

SPINNING SPHERICAL MASS IN

PSEUDO-EUCLIDEAN SPACE-TIME,
D
0

The links below are to the Sections of this paper.

Introduction - The first section contains a title page, a brief abstract and the main introduction.

Relativistic Mass - The second section investigates the relativistic mass of a spinning spherical body within the Relativistic Domain D0.

Other Parameters - The third section deals with the relativistic characteristics of other typical parameters associated with spherical masses. These are (i) Moment of Inertia and Radius of Gyration, (ii) Angular Momentum, (iii) Spin Energy, (iv) Volume, Surface area and Average Matter Density, (v) The Circumference on the Spin Plane, and finally, (vi) Time Dilatation resulting from the spin motion and its Radial Gradient.

Translational Plus Spin - The relativistic mass of a spinning spherical body that also possess a rectilinear translational velocity is the subject of this final analytical Section.

Conclusions - Concluding remarks.

References

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