Under a spherically dependent quadratic density function, where density increases with the square of the distance from the origin ($\rho \propto r^2$), the total mass of an object is heavily dictated by its geometric boundary. Because mass is concentrated in the regions farthest from the coordinate center, objects like spheres contain significantly more mass than cubes because their boundaries are more effective at capturing high-density material at large radial distances. This principle extends to complex shapes, such as ellipsoids and tori, where the total mass calculations are dominated by the outermost regions, such as the outer shell or the large outer rim, where the radial distance is maximized.
A derivative illustration based on our specific text and creative direction
A derivative illustration based on our specific text and creative direction
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%% Proof and Derivation
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