Review of Section C Law of Conservation of Matter.
6 g/mol
12.01 g/mol
19.00 g/mol
1.01 g/mol
12.01 g/mol
13.02 g/mol
16.05 g/mol
32.10 g/mol
96.11 g/mol
82.10 g/mol
106.11 g/mol
43.01 g/mol
253.49 g/mol
380.59 g/mol
110.22 g/mol
348.59 g/mol
213.01 g/mol
335.98 g/mol
56.99 g/mol
141.01 g/mol
2,2,1
2,1,2
4,1,2
2,2,2
1,3,2
4,3,2
2,2,2
2,1,3
2,2,2,1
1,1,1,1
1,2,1,2
2,1,2,1
1,1,1,1
2,2,2,1
2,1,2,1
1,2,1,2
1,1,1
2,2,1
2,1,2
1,2,2
The reaction to occur
Mass to be conserved.
Energy use to be minimized.
Electrolysis to occur.
Chemical symbols
Subscripts
Coefficients
Reactants
Atoms are destroyed
Atoms are created
Atoms are rearranged
Atoms are heated or cooled
A product
A chemical
A reactant
An enzyme
55 % Sulfur and 45% Fluorine
45.76% Sulfur and 54.39 % Fluorine
33% Sulfur and 67% Fluorine
49.2 % Sulfur and 50.8 % Fluorine
92.31% Carbon and 7.76% Hydrogen
82% Carbon and 18% Hydrogen
82.7% Carbon and 17.3 % Hydrogen
90% Carbon and 14 % Hydrogen
32.06 % Sulfur
25% Sulfur
45.15 % Sulfur
62.67 % Sulfur
CH
CH2
C2H3
CH3
NaF3
Na2F
NaF
NaF2
C2H3
CH2
CH3
C2H4
Matter can not be created or destroyed.
Matter can be created but can not be destroyed.
Matter can be destroyed but not created.
Right
Left
Middle
Both.
Hydrogen
Oxygen
Water
Hydrogen and Oxygen
1
2
3
0