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> Article 17
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II. Small Object Axioms |
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| 2.1 Foundation Axioms | ||
| Article 17-Boundaries, Measurement & Kinetic Ratios | ||
| Canon 368 | ||
| The axioms within the Class of Natural Law of HARMONIC-VOLUME BOUNDARY are: | ||
| 1. The axiom class of HARMONIC-VOLUME BOUNDARY is derived from the existence of Can.314-(Existence), Can.319-(UNITA Elements) , Can.320-(UNITA Properties), Can.378-(SUPER SUB ATOMIC ELEMENTS) and Can.379-(SUPER SUB ATOMIC PROPERTIES). | ||
| 2. The greater the VOLUME of an object to its benchmark object (eg proton), the greater its harmonic kinesis. | ||
| 3. The smaller the VOLUME of an object to its benchmark object (eg proton), the less its harmonic kinesis. | ||
| 4. The greater the VOLUME of an object to its benchmark object (eg proton), the greater its perceived MASS . | ||
| 5. The smaller the VOLUME of an object to its benchmark object (eg proton), the less its perceived MASS. | ||
| Canon 369 | ||
| The axioms within the Class of Natural Law of PERFECT-IMPERFECT RATIO are: | ||
| 1. The axiom class of PERFECT-IMPERFECT RATIO is derived from the existence of Can.314-(Existence), Can.319-(UNITA Elements) , Can.320-(UNITA Properties), Can.378-(SUPER SUB ATOMIC ELEMENTS) and Can.379-(SUPER SUB ATOMIC PROPERTIES). | ||
| 2. A PERFECT IMPERFECT RATIO is a UNIQUE IMPERFECT NUMBER being any positive or negative number excluding zero that cannot be expressed as a ratio of itself but can represent real world ratios. Therefore a PERFECT-IMPERFECT RATIO is equivalent to a constant. Therefore a PERFECT-IMPERFECT RATIO is equivalent to PI. | ||
| 3. The AREA of a SPHERE is equivalent to four times PIE by the RADIUS SQUARED. | ||
| 4. The VOLUME of a SPHERE is equivalent to four divided by three by PI by the RADIUS cubed. | ||
| 5. The CIRCUMFRENCE of a CIRCLE is equal to 2 by PI by the RADIUS. | ||
| 6. The AREA of a CIRCLE is equivalent to PI by the RADIUS squared. | ||
| Canon 370 | ||
| The axioms within the Class of Natural Law of VELOCITY-HARMONIC KINETIC RATIO are: | ||
| 1. The axiom class of VELOCITY-HARMONIC KINETIC RATIO is derived from the existence of Can.314-(Existence), Can.319-(UNITA Elements) , Can.320-(UNITA Properties), Can.378-(SUPER SUB ATOMIC ELEMENTS) and Can.379-(SUPER SUB ATOMIC PROPERTIES). | ||
| 2. If Velocity at T1 does not change at T2, then the STRUCTURAL KINESIS at T2 shall be the same as T1. | ||
| 3. If Velocity at T1 does not change at T2, then the FREQUENCY at T2 shall be the same as T1. | ||
| Canon 371 | ||
| The axioms within the Class of Natural Law of MEASUREMENT are: | ||
| 1. The axiom class of MEASUREMENT is derived from the existence of Can.314-(Existence), Can.319-(UNITA Elements) , Can.320-(UNITA Properties), Can.378-(SUPER SUB ATOMIC ELEMENTS) and Can.379-(SUPER SUB ATOMIC PROPERTIES). | ||
| 2. MEASUREMENT is equivalent to the MEASUREMENT of TIME. | ||
| 3. The STANDARD MEASUREMENT of TIME is ONE (1) SECOND which represents one cycle of FREQUENCY of CESIUM being 9,192,631,770. | ||
| 4. The MEASUREMENT of ONE (1) MINUTE is equal to sixty (60) SECONDS. Therefore, the MEASUREMENT of one (1) HOUR is equal to SIXTY (60) MINUTES. | ||
| 5. The MEASUREMENT of ONE (1) DAY is equal to twenty four (24) HOURS. Therefore the MEASUREMENT of ONE (1) YEAR is equal to three hundred and sixty five (365) DAYS. | ||
| 6. MEASUREMENT is equivalent to the MEASUREMENT of VELOCITY and DISTANCE. | ||
| 7. The MEASUREMENT of VELOCITY is equivalent to one (1) PHOTON SECOND (UNIT OF SPEED OF LIGHT) which represents the distance a photon travels in one (1) second being 299,792 kilometres (per sec). | ||
| 8. One (1) PHOTON SECOND (UNIT OF SPEED OF LIGHT) which represents the distance a photon travels in one (1) second being 186,212 miles (per sec). | ||
| 9. One (1) LIGHT YEAR is equal to the distance of 5.878 by 1012 miles being the DISTANCE travelled by a PHOTON in one YEAR. | ||
| 10. One (1) LIGHT YEAR is equal to the distance of 9.460 by 1012 kilometres being the DISTANCE travelled by a PHOTON in one YEAR. | ||
| 11. One (1) METRE is equal to one (1) divided by 299,792 being the DISTANCE travelled by a PHOTON in ONE SECOND. | ||
| 12. The MEASUREMENT of ONE CENTIMETRE is one hundredth of a METRE. Therefore the MEASUREMENT of ONE KILOMETRE is one thousand METRES. | ||
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