Part six


NEW SINGULARITY BRANCH (Phosphorus atom as central atom)


PHOSPHATE MOLECULES   PO4; HPO4; H2PO4; H3PO4; H4PO4; H5PO5.....

The chemical process can change the content, with the chemical synthesis of the Phosphorus atom.
The Carbon or Phosphorus atoms, as central atoms, determine the kind of molecules.

The beginning of the next singularity is determined by the number of electrons. See Figure 149

Figure 149
Molecule content
Periphery atoms Central atoms
atom
atom Hydrogen Oxygen Nitrogen Carbon Phosphorus
electrons 1 2 - 6 2 - 5 2 - 4 2 - 8 - 5
mising electrons 7 2 3 4 3
singularity 1 2 3 4 5


The electron bond is the sum of electron number + missing electrons number = 8.

The singularity number is the distance from the zero point.

ANALYTICAL CHEMISTRY OF THE PHOSPHATE MOLECULE


See Analytical Chemistry

See Phosphorus

See Phosphate molecule.

Two Hydrogen peroxide molecules + Carbon atom → Creatinine molecule (Singularity four - Carbon electrons).
Two Hydrogen peroxide molecules + Phosphorus atom → Phosphate molecule (Singularity five - Phosphorus electrons).

Chemical transformations of the Creatinine molecule, including Phosphorus atom and excluding Carbon and Hydrogen atoms.
(See Figure 150)

Singularity 4 2H2O2 + C → CH4O4 Creatinine molecule CH4O4 See Figure 150
Singularity 5 2H2O2 + P → PH3O4 excludes H Phosphate molecule H3PO4 See Phosphoric acid.


Figure 150
Molecule content
Molecule
Creatinine molecule Phosphate molecule
singularity 4 5


Hydrogen atoms singularity (prefix example)
  singularity   1    2    3  45678910
  prefix monoditritetrapentahexaheptaoctanonadeca


Chemical transformations of Phosphate molecules, including Hydrogen atoms.



 Phosphate molecule PO4  


A Phosphate molecule.PO4 (See Figure 151)

Figure 151

A Phosphate molecule. PO4 includes H (Hydrogen atom) and becomes a Hydrogen phosphate molecule HPO4.

  PO4 + H → HPO4   


A Phosphate molecule. PO4 includes 2H (Hydrogen atoms) and becomes a Dihydrogen phosphate molecule H2PO4.(See Figure 152)

  PO4 + 2H → H2PO4   


A Phosphate molecule. PO4 includes 3H (Hydrogen atoms) and becomes a Trihydrogen phosphate molecule H3PO4.(See Figure 152)

  PO4 + 3H → H3PO4   


A Phosphate molecule. PO4 includes 4H (Hydrogen atoms) and becomes a Tetrahydrogen phosphate molecule H3PO4.(See Figure 152)

  PO4 + 4H → H4PO4   


A Phosphate molecule. PO4 includes 5H (Hydrogen atoms) and O (Oxygen atom) and becomes a Pentahydrogen phosphate molecule H5PO5.(See Figure 152)

  PO4 + 5H + O → H5PO5   


Figure 152
Molecule content
Figure 152
molecule PO4 HPO4 H2PO4 H3PO4 H4PO4 H5PO5
Hydrogen atoms PO4 +H +2H +3H +4H +5H
sin 0 1 2 3 4 5


SINGULARITY LOW - PHOSPHATE MOLECULES CONTENT ANALYZER
Example....
Write velue of blood Phosphate in the field
(example ∑ 1.7 mmol/l.)

∑ mmol/l. Sin. mmol/l. molecule mmol/l.
H P H2O O
0   PO4    Phosphate molecule
1   HPO4   Hydrogen phosphate molecule
2   H2PO4  Dihydrogen phosphate molecule
3   H3PO4  Trihydrogen phosphate molecule
4   H4PO4  Tetrahydrogen phosphate molecule
5   H5PO5  Pentahydrogen phosphate molecule
∑      H15P6O25  Sum of Phosphate molecules
∑         H P O     mmol/l


Example 52

Chemical transformations of Phosphate molecules, including water molecules and excluding oxygen atom.


 Hydrogen phosphate   HPO4  


A Hydrogen phosphate HPO4 includes H2O (water molecule) and becomes a Trihydrogen phosphate molecule H3PO4 excluding O (oxygen atom)

  HPO4 + H2O → H3PO4 excludes O    

Trihydrogen phosphate molecule   H3PO4

 Dihydrogen phosphate   H2PO4  


A Dihydrogen phosphate H2PO4 includes H2O (water molecule) and becomes a Tetrahydrogen phosphate molecule H4PO4 excluding O (oxygen atom).

  H2PO4 + H2O → H4PO4 excludes O    

Tetrahydrogen phosphate molecule   H4PO4

 Trihydrogen phosphate   H3PO4  


A Trihydrogen phosphate H3PO4 includes H2O (water molecule) and becomes a Pentahydrogen phosphate molecule H5PO5

  H3PO4 + H2O → H5PO5    

Pentahydrogenphosphate molecule   H5PO5

 Tetrahydrogen phosphate   H4PO4


  H4PO4 + H2O → H5PO5   excludes H  

A Tetrahydrogen phosphate H4PO4 includes H2O (water molecule) and becomes a Pentahydrogen phosphate molecule H5PO5   excluding H    

Pentahydrogen phosphate molecule   H5PO5

 Pentahydrogen phosphate   H5PO5


  H5PO5 + H2O → H5PO5   excludes H2O  

A Pentahydrogen phosphate H5PO5 does not includes H2O (water molecule) and becomes a Pentahydrogen phosphate molecule H5PO5    

Pentahydrogen phosphate molecule   H5PO5

Chemical transformations overview
molecule includes excludes molecule
Hydrogen phosphate HPO4 H2O O → Trihydrogen phosphate H3PO4
Dihydrogen phosphate H2PO4 H2O O → Tetrahydrogen phosphate H4PO4
Phosphoric acid H3PO4 H2O → Pentahydrogen phosphate H5PO5
Tetrahydrogen phosphate H4PO4 H2O H → H5PO5
Pentahydrogen phosphate H5PO5 H2O H2O → H5PO5


molecule
Phosphate molecule Creatinine molecule
HPO4
H2PO4
H3PO4
H4PO4 CH4O4
H5PO5


Example 53


Chemical transformations of Phosphate molecules, including two water molecules and excluding oxygen atoms.


 Hydrogen phosphate   HPO4  


A Hydrogen phosphate HPO4 includes 2H2O (two water molecules) and becomes a Pentahydrogen phosphate molecule H5PO5 excluding O (oxygen atom)

  HPO4 + 2H2O → H5PO5 excludes O    

Pentahydrogen phosphate molecule   H5PO5

 Dihydrogen phosphate   H2PO4  


A Dihydrogen phosphate H2PO4 includes 2H2O (two water molecules) and becomes a Pentahydrogen phosphate molecule H5PO5   excluding O (oxygen atom) and excluding H (hydrgen atom).

  H2PO4 + 2H2O → H5PO5   excludes O   excludes H    

Pentahydrogen phosphate molecule   H5PO5

 Trihydrogen phosphate + Trihydrogen phosphate   H3PO4 + H3PO4  


A Trihydrogen phosphate H3PO4 + H3PO4 becomes a Sextahydrogen phosphate molecule H6P2O6   excluding O2 (oxygen molecule)

  H3PO4 + H3PO4 → H6P2O6   excludes O2     

Sextahydrogen phosphate molecule   H6P2O6 (See Figure 153)

Figure 153

 Sextahydrogen phosphate   H6P2O6  


A Sextahydrogen phosphate H6P2O6 includes 2H2O (two water molecules) and becomes a Octahydrogen phosphate molecule H8P2O8   excluding 2H (hydrgen atoms).

  H6P2O6 + 2H2O → H8P2O8   excludes H2    

Octahydrogen phosphate molecule   H8P2O8 (See Figure 154)

Figure 154

Molecule division

Molecule division is the process by which an Octahydrogen phosphate molecule divides into two Pentahydrogen phosphate molecules.

Molecule division with H2O2 Hydrogen peroxide

H8P2O8 + H2O2 H5PO5
H5PO5


-------------------------

Example 54

Chemical transformations of Phosphate molecules, including ammonia molecule and excluding water molecules.


 Hydrogen phosphate HPO4  

See hydrogen phosphate.

A Hydrogen phosphate molecule HPO4 (See Figure 155)

Figure 155

A Hydrogen phosphate molecule HPO4 includes an NH3 ammonia molecule and becomes a PN nitrogen phosphate molecule   excluding 2H2O two water molecules   excluding O2 oxygen molecule.  (See Figure 155A)

  HPO4 + NH3 → PN   excludes 2H2O   excludes O2    


(See H4PNO4 molecule)

Figure 155A   H4PNO4 molecule content
P H2O H2O O2 N


 Dihydrogen phosphate H2PO4  

See Dihydrogen phosphate.

A Dihydrogen phosphate molecule H2PO4 (See Figure 156)

Figure 156

A Dihydrogen phosphate molecule H2PO4 includes an NH3 ammonia molecule and becomes an HPN (hydrogen phosphate molecule) HPN   excluding 2H2O (two water molecules)   and excluding O2 ( oxygen molecule)

  H2PO4 + NH3 → HPN   excludes 2H2O   excludes O2   


(See H5PNO4 molecule)

Figure 156A   H5PNO4 molecule content
P H2O H2O O2 H N


 Phosphoric acid H3PO4  

See Phosphoric acid.

A Trihydrogen phosphate H3PO4 (See Figure 157)

Figure 157

A Trihydrogen phosphate H3PO4 includes NH3 ammonia molecule and becomes a PN (nitrogen phosphate molecule)   excluding 2H2O (two water molecules)   and excluding H2O2 (hydrogen peroxide molecule)

  H3PO4 + NH3 → PN   excludes 2H2O   excludes H2O2    


(See H6PNO4 molecule)

Figure 157A   H6PNO4 molecule content
P H2O H2O H2O2 N


 Tetrahydrogen phosphate H4PO4  

A Tetrahydrogen phosphate H4PO4 (See Figure 158)

Figure 158

A Tetrahydrogen phosphate H4PO4 includes an NH3 ammonia molecule and becomes an HPN ((hydrogen phosphate molecule)   excluding 3H2O (three water molecules)   excluding O ( oxygen atom)

  H4PO4 + NH3 → HPN   excludes 3H2O   excludes O    


(See H6PNO4 molecule)

Figure 158A   H6PNO4 molecule content (excludes H)
P H2O H2O H2O O H N


 Pentahydrogen phosphate H5PO5  

A Pentahydrogen phosphate H5PO5 (See Figure 159)

Figure 159

A Pentahydrogen phosphate H5PO5 includes NH3 ammonia molecule and becomes a PN (nitrogen phosphate molecule)   excluding 4H2O (four water molecules)  and excluding O ( oxygen atom)

  H5PO5 + NH3 →PN   excludes 4H2O   excludes O    


(See H6PNO4 molecule)

Figure 159A   H6PNO4 molecule content (excludes O)
P H2O H2O H2O H2O O N


Chemical transformations overview
molecule includes excludes excludes molecule
Hydrogen phosphate HPO4 NH3 2H2O O2 → Nitrogen phosphate PN
Dihydrogen phosphate H2PO4 NH3 2H2O O2 → Hydrogen phosphate HPN
Phosphoric acid H3PO4 NH3 2H2O H2O2 → Nitrogen phosphate PN
Tetrahydrogen phosphate H4PO4 NH3 3H2O O → Hydrogen phosphate HPN
Pentahydrogen phosphate H5PO5 NH3 4H2O O → Nitrogen phosphate PN


-----------------------------------

Example 55

Chemical transformations of Phosphate molecules, including ammonia molecule.


An NH3 ammonia molecule includes one electron from a Hydrogen phosphate molecule   HPO4
An O oxygen atom includes one hydrogen atom from ammonia


A Hydrogen phosphate molecule HPO4 becomes a nitrogen phosphate molecule

  NH3 + HPO4 → H4PNO4    

H4PNO4 molecule Figure 160
Figure 160


An NH3 ammonia molecule includes one electron from Dihydrogen phosphate molecule  H2PO4

Two O oxygen atom include two hydrogen atoms from ammonia

  NH3 + H2PO4 → H5PNO4    

H5PNO4 molecule Figure 161
Figure 161


A NH3 ammonia molecule includes one electron from Trihydrogen phosphate molecule  H3PO4

One O oxygen atom includes one hydrogen atom from ammonia

  NH3 + H3PO4 → H6PNO4    

H6PNO4 molecule Figure 162
Figure 162


An NH3 ammonia molecule includes one electron from Tetrahydrogen phosphate molecule  H4PO4

One H hydrogen atom is excluded from ammonia

  NH3 + H4PO4 → H6PNO4  excludes H    

H6PNO4 molecule Figure 163
Figure 163


An NH3 ammonia molecule includes one electron from Pentahydrogen phosphate molecule  H5PO5 (See Figure 164)

excludes an H2O water molecule.

  NH3 + H5PO5 → H6PNO4  excludes H2O    

H6PNO4 molecule Figure 164
Figure 164


Chemical transformations of Pentahydrogen phosphate molecule, including five ammonia molecules and excluding five water molecules


  5NH3 + H5PO5 → H10PN5 excludes 5H2O    

vice versa

  5H2O + H10PN5 → H5PO5 excludes 5NH3   

H10PN5   molecule Figure 164B

Figure 164B
H5PO5 transformation 5NH3 in 5H2O
and transformation 5H2O in 5NH3		 H10PN5


Singularity 4 Equal Creatinin molecule C4H4O4 transform four NH3 ammonia molecules in four H2O water molecules.
   See C4H4O4
Singularity 5 Chemical transformations of Pentahydrogenphosphate molecule PH5O5, with including five NH3 ammonia molecules
and excluding five H2O water molecules 		 See H5PO5  
 See H10PN5


SINGULARITY LOW - PHOSPHATE MOLECULES CONTENT ANALYZER
Example....
Write velue of blood Phosphate in the field
(example ∑ 1.7 mmol/l.)
∑ mmol/l. Sin. mmol/l. molecule mmol/l.
H P H2O NH3 O
0   PO4    Phosphate molecule
1     HPO4 ⇔ H4PNO4
2     H2PO4 ⇔ H5PNO4
3     H3PO4 ⇔ H6PNO4
4     H4PO4 ⇔ H6PNO4   excludes H
5     H5PO5 ⇔ H6PNO4   excludes H2O
∑      H15P6O25 ⇔ H27P6N5O24


----------------

Example 56


Chemical transformations of Phosphate molecules, including one methane molecule.


 Hydrogen phosphate   HPO4  


A CH4 (methane molecule) includes hydrogen phosphate HPO4 and becomes an Pentahydrogen phosphate molecule CH5PO4

  CH4 + HPO4 → CH5PO4    

Pentahydrogen phosphate molecule   CH5PO4   See Figure 165

Figure 165

Figure 165A   CH5PO4 molecule content
P H2O H2O CO2 H


 Dihydrogen phosphate   H2PO4  


A CH4 (methane molecule) includes Dihydrogen phosphate H2PO4 and becomes a Hexahydrogen phosphate molecule CH6PO4

  CH4 + H2PO4 → CH6PO4    

Hexahydrogen phosphate molecule   CH6PO4   See Figure 166

Figure 166

 Trihydrogen phosphate   H3PO4  


A CH4 (methane molecule) includes Trihydrogen phosphate H3PO4 and becomes a Heptahydrogen phosphate molecule CH7PO4

  CH4 + H3PO4 → CH7PO4    

Heptahydrogen phosphate molecule   CH7PO4   See Figure 167

Figure 167

Figure 167A   CH7PO4 molecule content
P H2O H2O H2O CO H


 Tetrahydrogen phosphate   H4PO4  


A CH4 (methane molecule) includes Tetrahydrogen phosphate H4PO4 and becomes a Heptahydrogen phosphate molecule CH7PO4   excludeing H (hydrgen atom)

  CH4 + H4PO4 → CH7PO4   excludes H    

Heptahydrogen phosphate molecule   CH7PO4   See Figure 168

Figure 168

  → CH7PO4 + excluded H → CH8PO4   

Figure 168A   CH8PO4 molecule content
P H2O H2O H2O H2O C


 Pentahydrogen phosphate   H5PO5  


A CH4 (methane molecule) includes Pentahydrogen phosphate H5PO5 and becomes a Heptahydrogen phosphate molecule CH7PO5   excludes 2H (hydrgen atoms)

  CH4 + H5PO5 → CH7PO5   excludes 2H    

Heptahydrogen phosphate molecule   CH7PO5   See Figure 169

Figure 169

  → CH7PO5 + excluded 2H → CH9PO5   

Figure 169A   CH9PO5 molecule content
P H2O H2O H2O H2O CO H


NEW SINGULARITY BRANCH (Carbon atom as central atom)


BLOOD SUGAR MOLECULE   C6H12O6

The chemical process can continue af changing the content, with the chemical synthesis of Carbon atoms.
The Carbon as the central atoms, determines the kind of molecules.

The beginning of the next singularity determinateed by the number of atoms.

See blood sugar

See glucose

Example 57

Singularity ziro
One glucose molecule C6H12O6 disintegrates in:

   - 3CH4 molecules See Methane

   - 3CO2 molecules See Carbon dioxide

  excludes 3CH4   excludes 3CO2    


Glucose molecule content in Figure 170

Figure 170   C6H12O6 molecule content
CH4 CH4 CH4 CO2 CO2 CO2


Chemical multiple synthesis : See Chemical synthesis
  3CH4 + 3CO2 → C6H12O6    


Glucose molecule in Figure 171
Figure 171


Singularity one
One glucose molecule C6H12O6 disintegrates in:

   - C atom See Carbon

   - 3CH4 molecules See Methane

   - 2CO2 molecules See Carbon dioxide

   - O2 molecule See Oxygen

  excludes C   excludes 3CH4   excludes 2CO2   excludes O2    


Glucose molecule content in Figure 172

Figure 172   C6H12O6 molecule content
C CH4 CH4 CH4 CO2 CO2 O2

Chemical multiple synthesis : See Chemical synthesis
  C + 3CH4 + 2CO2 + O2 → C6H12O6    


Singularity two
One glucose molecule C6H12O6 disintegrates in:

   - 2C molecule See Carbon

   - 2CH4 molecules See Methane

   - 2CO2 molecules See Carbon dioxide

   - 2H2O molecules See Water

  excludes 2C   excludes 2CH4   excludes 2CO2   excludes 2H2O    


Glucose molecule content in Figure 173

Figure 173   C6H12O6 molecule content
2C CH4 CH4 CO2 CO2 H2O H2O

Chemical multiple synthesis : See Chemical synthesis
  2C + 2CH4 + 2CO2 + 2H2O → C6H12O6    


Singularity three
One glucose molecule C6H12O6 disintegrates in:

   - 3C molecule See Carbon

   - 2CH4 molecules See Methane

   - CO2 molecule See Carbon dioxide

   - 2H2O molecules See Water

   - O2 molecule See Oxygen

  excludes 3C   excludes 2CH4   excludes CO2   excludes 2H2O   excludes O2    


Glucose molecule content in Figure 174

Figure 174   C6H12O6 molecule content
3C CH4 CH4 CO2 H2O H2O O2

Chemical multiple synthesis : See Chemical synthesis
  3C + 2CH4 + CO2 + 2H2O + O2 → C6H12O6    


Singularity four
One glucose molecule C6H12O6 disintegrates in:

   - 4C molecule See Carbon

   - CH4 molecule See Methane

   - CO2 molecule See Carbon dioxide

   - 4H2O molecules See Water

  
  excludes 4C   excludes CH4   excludes CO2   excludes 4H2O    


Glucose molecule content in Figure 175

Figure 175   C6H12O6 molecule content
4C CH4 CO2 H2O H2O H2O H2O

Chemical multiple synthesis : See Chemical synthesis
  4C + CH4 + CO2 + 4H2O → C6H12O6    


Singularity five
One glucose molecule C6H12O6 disintegrates in:

   - 5C molecule See Carbon

   - CH4 molecule See Methane

   - 4H2O molecules See Water

   - O2 molecule See Oxygen

  excludes 5C   excludes CH4   excludes 4H2O   excludes O2    


Glucose molecule content in Figure 176

Figure 176   C6H12O6 molecule content
5C CH4 H2O H2O H2O H2O O2

Chemical multiple synthesis : See Chemical synthesis
  5C + CH4 + 4H2O + O2 → C6H12O6    


Singularity six
One glucose molecule C6H12O6 disintegrates in:

   - 6C molecule See Carbon

   - 6H2O molecules See Water

  excludes 6C     excludes 6H2O    


Glucose molecule content in Figure 177

Figure 177   C6H12O6 molecule content
6C H2O H2O H2O H2O H2O H2O

Chemical multiple synthesis : See Chemical synthesis
  6C + 6H2O → C6H12O6    


Figure 178

C6H12O6   molecule content
 Z.P   CH4   CH4   CH4   CO2   CO2   CO2   See Singularity ziro 
C CH4 CH4 CH4 CO2 CO2 O2 See Singularity one
2C CH4 CH4 CO2 CO2 H2O H2O See Singularity two
3C CH4 CH4 CO2 H2O H2O O2 See Singularity three
4C CH4 CO2 H2O H2O H2O H2O See Singularity four
5C CH4 H2O H2O H2O H2O O2 See Singularity five
6C H2O H2O H2O H2O H2O H2O See Singularity six


----------------------------------------
SINGULARITY LOW - BLOOD SUGAR MOLECULES CONTENT ANALYZER
Example....
Write velue of blood sugar in the field
(example ∑ 9 mmol/l.)

C6H12O6   molecule content
∑ mmol/l. Sin. mmol/l. molecule mmol/l.
C CH4 CO2 H2O O
0     ZP     Singularity ziro  
1       C     Singularity one  
2     2C     Singularity two  
3     3C     Singularity three  
4     4C     Singularity four  
5     5C     Singularity five  
6     6C     Singularity six  
∑      7C6H12O6  Sum of glucose molecules
∑         C H O     mmol/l


Author


   Vladimir Lazic   Denmark   September 2013


NEW SINGULARITY BRANCH


TWO BLOOD SUGAR MOLECULE - LACTOSE MOLECULE

The chemical process can continue af changing the content, with the chemical synthesis of Glucose molecules C6H12O6.
The beginning of the next singularity determinateed by the number of molecules.

See blood sugar

See glucose

Example 58

Singularity two
(Two molecules)

One glucose molecule + one glucose molecule → one lactose molecule   excludes   one water molecule.
  C6H12O6 + C6H12O6 → C12H22O11     excludes H2O    


Lactose molecule in Figure 179
Figure 179


Singularity two
One lactose molecule C12H22O11 disintegrates in:

   - 2C molecule See Carbon

   - 5CH4 molecules See Methane

   - 5CO2 molecules See Carbon dioxide

   - H2O molecule See Water

  excludes 2C   excludes 5CH4   excludes 5CO2   excludes H2O    


Two glucose molecules content in Figure 180

Figure 180   C12H22O11 molecule content
2C CH4 CH4 CH4 CH4 CH4 CO2 CO2 CO2 CO2 CO2 H2O

Chemical multiple synthesis : See Chemical synthesis
  2C + 5CH4 + 5CO2 + H2O → C12H22O11    


Singularity three
One lactose molecule C12H22O11 disintegrates in:

   - 3C molecule See Carbon

   - 5CH4 molecules See Methane

   - 4CO2 molecules See Carbon dioxide

   - O2 molecule See Oxygen

   - H2O molecule See Water

  excludes 3C excludes 5CH4 excludes 4CO2 excludes O2 excludes H2O    


Two glucose molecules content in Figure 180

Figure 180   C12H22O11 molecule content
3C CH4 CH4 CH4 CH4 CH4 CO2 CO2 CO2 CO2 O2 H2O

Chemical multiple synthesis : See Chemical synthesis
  3C + 5CH4 + 4CO2 + O2 + H2O → C12H22O11    


Singularity four
One lactose molecule C12H22O11 disintegrates in:

   - 4C molecule See Carbon

   - 4CH4 molecules See Methane

   - 4CO2 molecules See Carbon dioxide

   - 3H2O molecules See Water

  excludes 4C excludes 4CH4 excludes 4CO2 excludes 3H2O    


Two glucose molecules content in Figure 181

Figure 181   C12H22O11 molecule content
4C CH4 CH4 CH4 CH4 CO2 CO2 CO2 CO2 H2O H2O H2O

Chemical multiple synthesis : See Chemical synthesis
  4C + 4CH4 + 4CO2 + + 3H2O → C12H22O11    


Singularity five
One lactose molecule C12H22O11 disintegrates in:

   - 5C molecule See Carbon

   - 4CH4 molecules See Methane

   - 3CO2 molecules See Carbon dioxide

   - O2 molecule See Oxygen

   - 3H2O molecules See Water

  excludes 5C excludes 4CH4 excludes 3CO2 excludes O2 excludes 3H2O    


Two glucose molecules content in Figure 182

Figure 182   C12H22O11 molecule content
5C CH4 CH4 CH4 CH4 CO2 CO2 CO2 O2 H2O H2O H2O

Chemical multiple synthesis : See Chemical synthesis
  5C + 4CH4 + 3CO2 + O2 + 3H2O → C12H22O11    


Singularity six
One lactose molecule C12H22O11 disintegrates in:

   - 6C molecule See Carbon

   - 3CH4 molecules See Methane

   - 3CO2 molecules See Carbon dioxide

   - 5H2O molecules See Water

  excludes 6C excludes 3CH4 excludes 3CO2 excludes 5H2O    


Two glucose molecules content in Figure 183

Figure 183   C12H22O11 molecule content
6C CH4 CH4 CH4 CO2 CO2 CO2 H2O H2O H2O H2O H2O

Chemical multiple synthesis : See Chemical synthesis
  6C + 3CH4 + 3CO2 + 5H2O → C12H22O11    


Singularity seven
One lactose molecule C12H22O11 disintegrates in:

   - 7C molecule See Carbon

   - 3CH4 molecules See Methane

   - 2CO2 molecules See Carbon dioxide

   - O2 molecule See Oxygen

   - 5H2O molecules See Water

  excludes 7C excludes 3CH4 excludes 2CO2 excludes O2 excludes 5H2O    


Two glucose molecules content in Figure 184

Figure 184   C12H22O11 molecule content
7C CH4 CH4 CH4 CO2 CO2 O2 H2O H2O H2O H2O H2O

Chemical multiple synthesis : See Chemical synthesis
  7C + 3CH4 + 2CO2 + O2 + 5H2O → C12H22O11    


Singularity eight
One lactose molecule C12H22O11 disintegrates in:

   - 8C molecule See Carbon

   - 2CH4 molecules See Methane

   - 2CO2 molecules See Carbon dioxide

   - 7H2O molecules See Water

  excludes 8C excludes 2CH4 excludes 2CO2 excludes 7H2O    


Two glucose molecules content in Figure 185

Figure 185   C12H22O11 molecule content
8C CH4 CH4 CO2 CO2 H2O H2O H2O H2O H2O H2O H2O

Chemical multiple synthesis : See Chemical synthesis
  8C + 2CH4 + 2CO2 + 7H2O → C12H22O11    


Singularity nine
One lactose molecule C12H22O11 disintegrates in:

   - 9C molecule See Carbon

   - 2CH4 molecules See Methane

   - CO2 molecule See Carbon dioxide

   - O2 molecule See Oxygen

   - 7H2O molecules See Water

  excludes 9C excludes 2CH4 excludes CO2 excludes O2 excludes 7H2O    


Two glucose molecules content in Figure 185

Figure 185   C12H22O11 molecule content
9C CH4 CH4 CO2 O2 H2O H2O H2O H2O H2O H2O H2O

Chemical multiple synthesis : See Chemical synthesis
  9C + 2CH4 + CO2 + O2 + 7H2O → C12H22O11    


Singularity ten
One lactose molecule C12H22O11 disintegrates in:

   - 10C molecule See Carbon

   - CH4 molecule See Methane

   - CO2 molecule See Carbon dioxide

   - 9H2O molecules See Water

  excludes 10C excludes CH4 excludes CO2 excludes 9H2O    


Two glucose molecules content in Figure 186

Figure 186   C12H22O11 molecule content
10C CH4 CO2 H2O H2O H2O H2O H2O H2O H2O H2O H2O

Chemical multiple synthesis : See Chemical synthesis
  10C + CH4 + CO2 + 9H2O → C12H22O11    


Singularity eleven
One lactose molecule C12H22O11 disintegrates in:

   - 11C molecule See Carbon

   - CH4 molecule See Methane

   - O2 molecule See Oxygen

   - 9H2O molecules See Water

  excludes 11C excludes CH4 excludes O2 excludes 9H2O    


Two glucose molecules content in Figure 187

Figure 187   C12H22O11 molecule content
11C CH4 O2 H2O H2O H2O H2O H2O H2O H2O H2O H2O

Chemical multiple synthesis : See Chemical synthesis
  11C + CH4 + O2 + 9H2O → C12H22O11    


Singularity twelve
One lactose molecule C12H22O11 disintegrates in:

   - 12C molecule See Carbon

   - 11H2O molecules See Water

  excludes 12C excludes 11H2O    


Two glucose molecules content in Figure 188

Figure 188   C12H22O11 molecule content
12C H2O H2O H2O H2O H2O H2O H2O H2O H2O H2O H2O

Chemical multiple synthesis : See Chemical synthesis
  12C + 11H2O → C12H22O11    


.