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II. Small Object Axioms
  
  2.5 Molecular Axioms  
  Article 37-Molecular Liquid (MOL-MAT)  
  Canon 475  
  The axioms within the Class of Natural Law of MOL-MAT MASS are:  
  1. The axiom class of MOL MAT MASS is derived from the existence of UCA axiom 126-(ATOMIC ELEMENTS), UCA axiom 129-(ATOMIC PROPERTIES), UCA axiom 151-(MOLECULAR ELEMENTS) and Can.453-(MOLECULAR PROPERTIES).  
  2. MOLECULAR MATRIX (MOL-MATRIX) (LIQUID) MASS is relative to MOLECULAR MATRIX STRUCTURES and MOLECULAR MASS.  
  3. MOLECULAR MATRIX (MOL-MATRIX) (LIQUID) is equivalent to the SUM of a CORE, MID, SURFACE and ATMOSPHERE PROPERTIES of a MOLECULAR FIELD STRUCTURE.  
     
  Canon 476  
  The axioms within the Class of Natural Law of MOL-MAT KINESIS are:  
  1. The axiom class of MOL MAT KINESIS is derived from the existence of UCA axiom 126-(ATOMIC ELEMENTS), UCA axiom 129-(ATOMIC PROPERTIES), UCA axiom 151-(MOLECULAR ELEMENTS) and Can.453-(MOLECULAR PROPERTIES).  
  2. As the VELOCITY of a LIQUID increases, its PRESSURE decreases  
     
  Canon 477  
  The axioms within the Class of Natural Law of MOL-MAT PROPERTIES are:  
  1. The AXIOM CLASS of MOL-MAT (Molecular Liquid Field) Properties is derived from the EXISTENCE of Can.316-(PROPERTIES), Can.319-(UNITA ELEMENTS), Can.320-(UNITA PROPERTIES), Can.378-(SUPER SUB ATOMIC ELEMENTS), Can.379-(SUPER SUB ATOMIC PROPERTIES, Can.390-(SUB ATOMIC ELEMENTS), Can.391-(SUB ATOMIC PROPERTIES), Can.427-(ATOMIC ELEMENTS), Can.428-(ATOMIC PROPERTIES) and Can.452 (MOLECULAR PROPERTIES) and
 
  2. MOL FIELD (Molecular Liquid) Properties are primarily inherited from the properties of the Atomic Elements that form Molecular Elements and Sub-Atomic Ergon Field Properties.
 
  3. All non-inherited properties of Molecular Elements in a MOL MAT (Molecular Solid) state come from temporary new relationships and interactions of Molecular Elements not previously seen at the Atomic level, such as different ergon fields and molecules themselves behaving in field dynamics.
 
  4. The list of MOL (Molecular) Properties are CORE, MID, SURFACE, ATMOSPHERE, EQUATOR, AXIS, POLES, NORTHERN HEMISPHERE, SOUTHERN HEMISPHERE, ROTATION, ROTAXIS, GEOMETRIC STRUCTURE, VOLUME, UNIQUE POSITION, AWARENESS OF POSITION, RESONANCE, DENSITY, RELATIVITY, SPACE, MASS-ELEMENTAL, MASS-GRAVITATIONAL, MASS-NEUTRINO, MASS-MAGNETON, MASS-POSITRON, MASS-ELECTRON, MASS-PHOTON, MASS-HETON, WEIGHT, KINESIS, FREQUENCY of MOTION, STRONG CHEMICAL FUSION POINT, WEAK CHEMICAL FUSION POINT, STRONG CHEMICAL FISSION POINT and WEAK CHEMICAL FISSION POINT.  
     
  Canon 478  
  The axioms within the Class of Natural Law of MOL-MAT STRUCTURE are:  
  1. The axiom class of MOL MAT STRUCTURE is derived from the existence of UCA axiom 126-(ATOMIC ELEMENTS), UCA axiom 129-(ATOMIC PROPERTIES), UCA axiom 151-(MOLECULAR ELEMENTS) and Can.453-(MOLECULAR PROPERTIES).  
  2. MOL MAT STRUCTURE is equivalent to CURRENT FIELD ORBIT for MOLECULES plus their ERGON FIELDS.  
     
  Canon 479  
  The axioms within the Class of Natural Law of MOL-MAT RESISTENCE are:  
  1. The axiom class of MOL MAT RESISTENCE is derived from the existence of UCA axiom 126-(ATOMIC ELEMENTS), UCA axiom 129-(ATOMIC PROPERTIES), UCA axiom 151-(MOLECULAR ELEMENTS) and Can.453-(MOLECULAR PROPERTIES).  
  2. MOL MAT RESISTENCE is equivalent to the RESISTANCE of MOLECULAR MATRIX (LIQUID) STRUCTURES.  
  3. THE MOL MAT RESISTANCE is inversely proportional to its MASS divided by its PRESSURE. Therefore, the greater the TEMPERATURE, the lower the RESISTENCE of the LIQUID  
  4. The RESISTENCE (viscosity) of a MOLECULAR MATRIX is inversely proportional to PRESSURE. The greater the TEMPERATURE, the lower the RESISTENCE.  
     
  Canon 480  
  The axioms within the Class of Natural Law of MOL-MAT CONDUCTIVITY are:  
  1. The axiom class of MOL MAT CONDUCTIVITY is derived from the existence of Can.314-(Existence), UCA axiom 126-(ATOMIC ELEMENTS), UCA axiom 129-(ATOMIC PROPERTIES), UCA axiom 151-(MOLECULAR ELEMENTS) and Can.453-(MOLECULAR PROPERTIES).  
  2. MOL-MATRIX (LIQUID) CONDUCTIVITY is the CONDUCTION of KINESIS and ERGONS that changes the DENSITY of a MOL-MATRIX (LIQUID) within MOLECULAR SPACE. Therefore (MOL-MATRIX CONDUCTIVTIY) is RELATIVE.  
  3. All MOL-MATRIX (LIQUID) CONDUCTIVITY is subject to ENTROPY, therefore RELATIVE MOL-MATRIX (LIQUID) RESISTENCE.  
  4. MOL-MATRIX (LIQUID) KINETIC CONDUCTIVITY is equivalent to the KINETIC TRANSFER between MOLECULES of VIBRATION and MOTION over TIME less ENTROPY.  
  5. MOL-MATRIX (LIQUID) ERGON CONDUCTIVITY is equivalent to the CONDUCTIVITY of ERGONS such that the ERGON DENSITY of a MOL-MATRIX (LIQUID) changes.  
  6. MOL-MATRIX (LIQUID) KINETIC CONDUCTIVITY is not equivalent to MOL-MATRIX (LIQUID) ERGON CONDUCTIVITY. Therefore (MOL-MATRIX (LIQUID) CONDUCTIVTIY) is RELATIVE.  
  7. ELECTRICAL CONDUCTIVITY through a MOL-MATRIX (LIQUID) is equivalent to MOL-MATRIX (LIQUID) ERGON CONDUCTIVITY.  
  8. The greater the TEMPERATURE, the greater the MOL-MATRIX (LIQUID) CONDUCTIVITY.  
     
  Canon 481  
  The axioms within the Class of Natural Law of MOL-MAT LUMINOSCITY are:  
  1. The axiom class of MOL MAT LUMINOSCITY is derived from the existence of UCA axiom 126-(ATOMIC ELEMENTS), UCA axiom 129-(ATOMIC PROPERTIES), UCA axiom 151-(MOLECULAR ELEMENTS) and Can.453-(MOLECULAR PROPERTIES).  
  2. LUMINOSCITY is the strong chemical fission of NEUTROACTIVE HYDROGEN from PHOTONS and the radiation of MOLECULES. Therefore it is equivalent to the ERGON dynamics of HYDROGEN TRANSFER.  
  3. LUMINOSCITY is equivalent to the ENTROPY of PHOTONS through a MOLECULAR MATRIX (Liquid).  
  4. The VELOCITY of LIGHT is dependent on the DENSITY of SPACE.  
  5. The DENSITY of PHOTONS is equivalent to a constant by the DENSITY of PROTONS and PROTOACTIVE elements.  
     
  Canon 482  
  The axioms within the Class of Natural Law of MOL-MAT RADIANCE are:  
  1. The axiom class of MOL MAT RADIANCE is derived from the existence of UCA axiom 126-(ATOMIC ELEMENTS), UCA axiom 129-(ATOMIC PROPERTIES), UCA axiom 151-(MOLECULAR ELEMENTS) and Can.453-(MOLECULAR PROPERTIES).  
  2. MOL-MAT RADIANCE is equivalent to the fission of RADIOACTIVE HYDROGEN from HETONS and the RADIOACTIVE DECAY of MOLECULES. Therefore the ERGON RULES of HYDROGEN.  
  3. MOL-MAT RADIANCE is equivalent to the entropy of HEAT through a MOLECULAR MATRIX (liquid), therefore the reaction with HYDROGEN.  
  4. HEAT is equivalent to HETONS and RADIOACTIVE HYDROGEN. Therefore the MASS of HEAT is one (1).  
  5. The VELOCITY of HEAT is dependent on the DENSITY of SPACE.  
  6. The DENSITY of HEAT is equivalent a constant by the DENSITY of NEUTRONS and NEUTROACTIVE elements.  
     
  Canon 483  
  The axioms within the Class of Natural Law of MOL-MAT VISCOSITY are:  
  1. The axiom class of MOL MAT VISCOSITY is derived from the existence of UCA axiom 126-(ATOMIC ELEMENTS), UCA axiom 129-(ATOMIC PROPERTIES), UCA axiom 151-(MOLECULAR ELEMENTS) and Can.453-(MOLECULAR PROPERTIES).  
  2. MOL-MAT VISCOSITY is equivalent to.  
  3. MOL-MAT RADIANCE is equivalent to the entropy of HEAT through a MOLECULAR MATRIX (liquid), therefore the reaction with HYDROGEN.  
  4. HEAT is equivalent to HETONS and RADIOACTIVE HYDROGEN. Therefore the MASS of HEAT is one (1).  
  5. The VELOCITY of HEAT is dependent on the DENSITY of SPACE.  
     
  Canon 484  
  The axioms within the Class of Natural Law of MOL-MAT BUOYANCY are:  
  1. The axiom class of MOL MAT BUOYANCY is derived from the existence of UCA axiom 126-(ATOMIC ELEMENTS), UCA axiom 129-(ATOMIC PROPERTIES), UCA axiom 151-(MOLECULAR ELEMENTS) and Can.453-(MOLECULAR PROPERTIES).  
  2. A Molecular network (object) fully or partially immersed in a molecular matrix (fluid) is buoyed up by a force equal to the weight of the fluid displaced by the body.  
     
     
 
 
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