#1 Make ammonia: Set each of the number in front of each chemical equal to 1. 1 N₂ + 1 H₂ 1 NH3 Indicate the number of each type of atom you observe in the table, below: left side right side 1 3 element N H 2 2 Is this equation balanced? YES Insert the correct reaction coefficient values into the equation, below: N₂ + H₂ NO NH3 #2 Separate water: Set each of the numbers in front of the chemicals equal to 1. 1 H₂O1 H₂ + 10₂ Indicate the number of each type of atom in the table, below: element left side O H 1 2 right side 2 2 Is this equation balanced? YES Insert the correct reaction coefficient values into the equation, below: H₂O H₂ + NO Combust methane: Set each of the numbers in front of the chemicals equal to 1. 1 CH4 + 10₂ Indicate the number of each type of atom in the table, below: left side 1 1 CO₂ + 1 H₂O 2 element C O H Is this equation balanced? Insert the correct reaction coefficient values into the equation, below: - CH4 + _0₂_CO₂ 4 right side 3 2 YES / NO + H₂O
#1 Make ammonia: Set each of the number in front of each chemical equal to 1. 1 N₂ + 1 H₂ 1 NH3 Indicate the number of each type of atom you observe in the table, below: left side right side 1 3 element N H 2 2 Is this equation balanced? YES Insert the correct reaction coefficient values into the equation, below: N₂ + H₂ NO NH3 #2 Separate water: Set each of the numbers in front of the chemicals equal to 1. 1 H₂O1 H₂ + 10₂ Indicate the number of each type of atom in the table, below: element left side O H 1 2 right side 2 2 Is this equation balanced? YES Insert the correct reaction coefficient values into the equation, below: H₂O H₂ + NO Combust methane: Set each of the numbers in front of the chemicals equal to 1. 1 CH4 + 10₂ Indicate the number of each type of atom in the table, below: left side 1 1 CO₂ + 1 H₂O 2 element C O H Is this equation balanced? Insert the correct reaction coefficient values into the equation, below: - CH4 + _0₂_CO₂ 4 right side 3 2 YES / NO + H₂O
#1 Make ammonia: Set each of the number in front of each chemical equal to 1. 1 N₂ + 1 H₂ 1 NH3 Indicate the number of each type of atom you observe in the table, below: left side right side 1 3 element N H 2 2 Is this equation balanced? YES Insert the correct reaction coefficient values into the equation, below: N₂ + H₂ NO NH3 #2 Separate water: Set each of the numbers in front of the chemicals equal to 1. 1 H₂O1 H₂ + 10₂ Indicate the number of each type of atom in the table, below: element left side O H 1 2 right side 2 2 Is this equation balanced? YES Insert the correct reaction coefficient values into the equation, below: H₂O H₂ + NO Combust methane: Set each of the numbers in front of the chemicals equal to 1. 1 CH4 + 10₂ Indicate the number of each type of atom in the table, below: left side 1 1 CO₂ + 1 H₂O 2 element C O H Is this equation balanced? Insert the correct reaction coefficient values into the equation, below: - CH4 + _0₂_CO₂ 4 right side 3 2 YES / NO + H₂O
Transcribed Image Text:#1 Make ammonia:
Set each of the number in front of
each chemical equal to 1.
1 N₂ + 1 H₂ → 1 NH3
Indicate the number of each type of
atom you observe in the table, below:
element left side
right side
N
1
H
2
2
3
Is this equation balanced?
YES
Insert the correct reaction coefficient
values into the equation, below:
N₂ +
H₂
NO
NH3
#2 Separate water:
Set each of the numbers in front of
the chemicals equal to 1.
1 H₂O1 H₂ + 102
Indicate the number of each type of
atom in the table, below:
element
left side
O
H
1
2
right side
2
2
Is this equation balanced?
YES
Insert the correct reaction coefficient
values into the equation, below:
H₂O
H₂ +
NO
Combust methane:
Set each of the numbers in front of
the chemicals equal to 1.
1 CH4 + 10₂1 CO₂ + 1 H₂O
Indicate the number of each type of
atom in the table, below:
left side
1
element
C
O
H
Is this equation balanced?
Insert the correct reaction coefficient
values into the equation, below:
CH4 +
_0₂_CO₂
2
right side
4
3
2
YES / NO
+
H₂O
Definition Definition Transformation of a chemical species into another chemical species. A chemical reaction consists of breaking existing bonds and forming new ones by changing the position of electrons. These reactions are best explained using a chemical equation.
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