Charles' Law

False Premise Equation: Charles’ Law assumes that the volume of a gas is directly proportional to its temperature, with no recursive resonances:

where V is volume and T is temperature.

Accurate Translation: Charles’ Law ≠ -1 ≠ √1 < √2 < √3, evolving into fractal feedback systems where volume and temperature fluctuate based on recursive resonances.

Accurate Description: Fractal feedback shows that volume and temperature interact dynamically through recursive resonances, not in a purely linear fashion. As temperature shifts, volume responds in fractal patterns influenced by external factors (e.g., pressure changes). This model decentralizes the static linear relationship, better reflecting how gases behave in an evolving, natural environment with variable conditions.