 BI-CARBONATE
OF SODA
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 MOLECULES OF
WATER
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 A MOLECULE OF
CARBOCSENE
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 TRI-CARBONATE
OF SODA
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YOU CAN SEE, THAT IN ORDER TO MAKE...THE TRI-CARBONATE OF SODA
AND COMPLETE WATER AND CARBOCSENE MOLECULES,
WE WILL NEED TO HAVE THE PROPER PROPORTION OF
EACH OF THE DIFFERENT CHEMICAL COMPONENTS
THE TABLE BELOW, ILLUSTRATES, ALL THE REACTANTS & PRODUCTS
AND SHOWS YOU, THE FORMULAS, USED FOR CHEMICAL ANALYSIS,
BY COMPUTERS and THE CORRECT, ADJUSTED RATIO FORMULAS.
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OUR CHEMICAL CONVERSION TABLE
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REACTANT
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PRODUCTS
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CHEMICAL R-1
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CHEMICAL P-1
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CHEMICAL P-2
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CHEMICAL P-3
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6
HYDROCSI-BI-CARBONATE
OF SODION
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6
WATER
MOLECULES
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3
CARBOCSENE
MOLECULES
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2
TRI - CARBONATE
OF SODION
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+
H
E
A
T
+
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=
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+
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+
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THE CHEMICAL CONVERSION
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IN THE NEW...COMPLETE FORMULA WRITING SYSTEM
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HYDROCSI-BI-CARBONATE
OF SODION
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WATER
MOLECULES
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CARBOCSENE
MOLECULES
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TRI - CARBONATE
OF SODION
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6
2.CBN + 6.OCS + 2.HDR + 2.SDI
+ 180°C HEAT +
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=
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6
1.OCS + 2.HDR
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+
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3
2.CBN + 4.OCS
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+
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2
3.CBN + 9.OCS + 6.SDI
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IN THE RATIO FORMULA WRITNG SYSTEM
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6
( HO Na O CO- ) 2
+ 180°C HEAT +
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=
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6
( H2O )
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+
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3
( C2O4 )
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+
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2
3( NaO )2 CO
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TEMPERATURE OF CONVERSION = 185°C
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THE BALANCED...CHEMICAL CONVERSION...WEIGHTS TABLE
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REACTANTS
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=
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PRODUCTS
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CHEMICAL R-1
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CHEMICAL P-1 WATER MOLECULES
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HYDROCSI BICARBONATE OF SODION
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1.OCSION = 1 x 26. 56 = 26. 56
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2 CARBON = 2 x 19. 94 = 39. 88
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2.HYDRON = 2 x 1. 67 = 3. 34
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6.OCSION = 6 x 26. 56 = 159. 36
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WEIGHT OF WATER MOLECULE = 29. 90 ( X 6 )
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2.HYDRON = 2 x 1. 67 = 3. 34
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WEIGHT OF SIX WATER MOLECULES = 179. 40 ugr
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2.SODION = 2 x 38.18 = 76. 36
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WEIGHT OF ONE MOLECULE = 278.94 ugr
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CHEMICAL P-2 CARBOCSENE
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X 6
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2.CARBON = 2 x 19. 94 = 39. 88
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WEIGHT OF SIX MOLECULES = 1,673. 64 ugr
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4.OCSION = 4 X 26. 56 = 106. 24
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WEIGHT OF ONE MOLECULE = 146. 12
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WEIGHT OF THREE MOLECULES = 438. 36 ugr
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TEMPERATURE OF REACTION = 185° C
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CHEMICAL P-3 TRI-CARBONATE OF SODION
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3.CARBON = 3 x 19. 94 = 59. 82
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9.OCSION = 9 x 26. 56 = 239. 04
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TIME AT TEMPERATURE = 1 HOUR
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6.SODION = 6 x 38.18 = 229. 08
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WEIGHT OF ONE MOLECULE = 527. 94 ( X2 )
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WEIGHT OF TWO MOLECULES = 1,055. 88
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WEIGHT OF CHEMICAL R-1 = 1,673. 64 ugr
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WEIGHT OF CHEMICAL P-1,P-2,P-3 = 1,673. 64 ugr
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THE ATOMIC WEIGHTS, ARE THE UNIGRAM (ugr)....METRIC ATOMIC WEIGHTS
SHOWN ON THE NEW SCHOLASTIC PERIODIC TABLE
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AS YOU CAN SEE,
DURING THE CONVERSION OF THE, HYDROCSI BI-CARBONATE OF SODION
AND THE FORMATION OF THE TRI-CARBONATE OF SODION
ALL THE CHEMICAL COMPONENTS,
ARE RECYCLED AND ARE USED IN OTHER CHEMICALS
WE ALSO CAN SAY,
THAT CHEMICAL R-1, WITH THE ADDITION OF HEAT, REACTED
AND PRODUCED CHEMICALS P-1, P-2, & P-3
THEREFORE,
IT IS SAID,THAT CHEMICAL R-1, IS THE REACTANT,
AND THAT CHEMICALS, P- 1, P-2 & P-3 ARE THE PRODUCTS.
WE CAN ALSO UNDERSTAND, FROM THESE OBSERVATIONS
WHY SCIENTISTS SAY,
THE REACTANTS = THE PRODUCTS
AND ALSO WHY THEY SAY,
DURING CHEMICAL CHANGES,
MATTER IS NEITHER CREATED, NOR DESTROYED.
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NOW YOU CAN COMPREHEND WHY,
WHEN THE WEIGHT OF THE REACTANTS = THE WEIGHT OF THE PRODUCTS
THE EQUATION IS SAID TO BE A BALANCED EQUATION
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WE TEACH,
HOW TO MAKE, BALANCED CHEMICAL EQUATIONS,
WITH THESE TWO TABLES AT THIS CHEMISTRY SCHOOL
BECAUSE STUDENTS, CAN LEARN ABOUT WEIGHT BALANCING
BETTER,
WITH THESE TWO BALANCED CHEMISTRY TABLES,
THAN WITHOUT,
THE USE OF THESE SIMPLE, GRIDED CHEMISTRY TABLES.
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