ROTATION PERIODS
In rigid bodies, a point at A on this planet would rotate about 1000 miles per hour, at B 500 miles per hour at C 250 miles per hour. at D 125 miles per hour while at++ motion would cease.
TEMPERATURE RATIOS
The constant of all dimensions of energy is equal in each of the four units in
which nature divides all of her expressions of energy and between which she erects pressure walls as represented by equal and opposite tonal systems.
PRESSURE RATIOS
Resistance pressure at B is 8 times that of A, at C is 8 times that of B; at D is 8 times that of C and at ++ it is 8 times that of D.
VOLUME RATIOS
The volume of any system at A, if removed to B, would be 1/8, at C 1/64, at D 1/512, while at ++ 1/4096.
The constant of all dimensions of energy is equal in each of the four units in which nature divides all of her expressions of energy and between which she erects pressure walls as represented by equal and opposite tonal systems.
REVOLUTION PERIODS
In freely moving equal masses at A, a planet that would revolve 3 miles per second at B would revolve 6 miles, at C 12 miles and at D 24 miles per second.
ROTATION PERIODS
At A a mass would rotate once in 4 hours, at B once in 8 hours, at C once in 16 hours, while at D its day would be 32 hours long.
TEMPERATURE RATIOS
same as above
VOLUME RATIOS
same as above
THE LAW
ALL TONAL SYSTEMS VARY IN ALL THEIR DIMENSIONS IN UNIVERSAL RATIO TO CONFORM WITH THE VARIATIONS OF ANY ONE DIMENSION.
POTENTIAL RATIOS FOR FREELY MOVING MASSES WITHIN ANY SYSTEM
Dimension Chart No. 8. ROTATION PERIOD OF ANY UNMARKED PLANET CAN BE CALCULATED FROM KNOWN POSITION AND REVOLUTION. MASS AND OTHER DIMENSIONS CAN BE CALCULATED FROM KNOWN POSITION AND ROTATION.