CHECK YOUR ANSWERS IN THE DIGITAL NOTEBOOK" P Mass in Chemical Balancing Chemical Equations # Fe YOUR TASK: Balance the following chemical equations by filling in the blanks with the correct reaction coefficients. Use the table below the equations to show your work. FeCl3 (s) # Cl # C #H Fe (s) _C₂H6 + Cl₂ (9) C₂H4 (8) + Reactions H2 (8) COD # Al #Mn #0 (S) There is no specific order in which you need to balance equations. Determine the number of each atom on both sid of the arrow when you assume you have one of each ("1" is your reaction coefficient). Identify the atoms that are clearly not balanced and insert reaction coefficients to balance just that atom. Go back and evaluate the equation again to determine if any of the other atoms are not balanced. Continue the evaluation/add reaction coefficient process until all you have the same number of each atom on both sides of the arrow. MnO₂ (aq) Al₂O3(aq) + + Mn (5
CHECK YOUR ANSWERS IN THE DIGITAL NOTEBOOK" P Mass in Chemical Balancing Chemical Equations # Fe YOUR TASK: Balance the following chemical equations by filling in the blanks with the correct reaction coefficients. Use the table below the equations to show your work. FeCl3 (s) # Cl # C #H Fe (s) _C₂H6 + Cl₂ (9) C₂H4 (8) + Reactions H2 (8) COD # Al #Mn #0 (S) There is no specific order in which you need to balance equations. Determine the number of each atom on both sid of the arrow when you assume you have one of each ("1" is your reaction coefficient). Identify the atoms that are clearly not balanced and insert reaction coefficients to balance just that atom. Go back and evaluate the equation again to determine if any of the other atoms are not balanced. Continue the evaluation/add reaction coefficient process until all you have the same number of each atom on both sides of the arrow. MnO₂ (aq) Al₂O3(aq) + + Mn (5
CHECK YOUR ANSWERS IN THE DIGITAL NOTEBOOK" P Mass in Chemical Balancing Chemical Equations # Fe YOUR TASK: Balance the following chemical equations by filling in the blanks with the correct reaction coefficients. Use the table below the equations to show your work. FeCl3 (s) # Cl # C #H Fe (s) _C₂H6 + Cl₂ (9) C₂H4 (8) + Reactions H2 (8) COD # Al #Mn #0 (S) There is no specific order in which you need to balance equations. Determine the number of each atom on both sid of the arrow when you assume you have one of each ("1" is your reaction coefficient). Identify the atoms that are clearly not balanced and insert reaction coefficients to balance just that atom. Go back and evaluate the equation again to determine if any of the other atoms are not balanced. Continue the evaluation/add reaction coefficient process until all you have the same number of each atom on both sides of the arrow. MnO₂ (aq) Al₂O3(aq) + + Mn (5
Transcribed Image Text:CHECK YOUR ANSWERS IN THE DIGITAL NOTEBOOK
Mass in Chemical
Balancing Chemical Equations
YOUR TASK: Balance the following chemical equations by filling in
the blanks with the correct reaction coefficients.
Use the table below the equations to show your work.
FeCl3 (s)
Cl2 (8)
# Fe
# Cl
#C
#H
Fe (s)
+
_C₂H6 (8)
_C₂H4 (3)
P
Reactions
+
H₂ (8)
# Al
#Mn
#0
+
.
There is no specific order in which you need to
balance equations.
Determine the number of each atom on both side
of the arrow when you assume you have one of
each ("1" is your reaction coefficient).
Identify the atoms that are clearly not balanced
and insert reaction coefficients to balance just
that atom.
Go back and evaluate the equation again to
determine if any of the other atoms are not
balanced.
Continue the evaluation/add reaction coefficient
process until all you have the same number of
each atom on both sides of the arrow.
MnO2 (aq)
Al₂O3(aq)
+ Mn
(5)
Transcribed Image Text:actions
ions
bu need to
on both
ou have one
Tent).
ot balanced
alance just
again to
s are not
on coefficient
number of
# Al
N
2Al(s) + HCl(aq) → ZAICI (aq)
O
1x2=2+
1x2=2
¹x6=6
# CI
Lisa Karosas (TE)
x6 = 64
+3H₂ (9)
./
2x3=60
3x2=60
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.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, chemistry and related others by exploring similar questions and additional content below.
