9. [M] If possible, use exact arithmetic or rational format for calculations in balancing the following chemical reaction: PbN6+ CrMn2O8 → Pb3O4 + Cr₂O3 + MnO2 + NO

Chemistry & Chemical Reactivity
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9 pl

NaHCO3+H3C6H5O7
→ Na3C6H5O7 + H₂O + CO₂
8. The following reaction between potassium permanganate
(KMnO4) and manganese sulfate in water produces man-
ganese dioxide, potassium sulfate, and sulfuric acid:
KMnO4 + MnSO4+H₂O → MnO2 + K2SO4 + H₂SO4
[For each compound, construct a vector that lists the numbers
of atoms of potassium (K), manganese, oxygen, sulfur, and
hydrogen.]
R9
DAR9
OT 2MOITUJO2
9. [M] If possible, use exact arithmetic or rational format for
calculations in balancing the following chemical reaction:
PbN6 + CrMn₂O8 → Pb3O4 + Cr2O3 + MnO₂ + NO
10. [M] The chemical reaction below can be used in some indus-
trial processes, such as the production of arsene (AsH3). Use
exact arithmetic or rational format for calculations to balance
this equation.
MnS + As₂ Cr10035 + H₂SO4
11. Find the general flow pattern of the network shown in the
figure. Assuming that the flows are all nonnegative, what is
the largest possible value for x3?
20
→ HMnO4 + AsH3 + CrS3012 + H₂O
80
XI
A
X3
x2
C
BOVE JO
12. a. Find the general traffic no
B
X4
Transcribed Image Text:NaHCO3+H3C6H5O7 → Na3C6H5O7 + H₂O + CO₂ 8. The following reaction between potassium permanganate (KMnO4) and manganese sulfate in water produces man- ganese dioxide, potassium sulfate, and sulfuric acid: KMnO4 + MnSO4+H₂O → MnO2 + K2SO4 + H₂SO4 [For each compound, construct a vector that lists the numbers of atoms of potassium (K), manganese, oxygen, sulfur, and hydrogen.] R9 DAR9 OT 2MOITUJO2 9. [M] If possible, use exact arithmetic or rational format for calculations in balancing the following chemical reaction: PbN6 + CrMn₂O8 → Pb3O4 + Cr2O3 + MnO₂ + NO 10. [M] The chemical reaction below can be used in some indus- trial processes, such as the production of arsene (AsH3). Use exact arithmetic or rational format for calculations to balance this equation. MnS + As₂ Cr10035 + H₂SO4 11. Find the general flow pattern of the network shown in the figure. Assuming that the flows are all nonnegative, what is the largest possible value for x3? 20 → HMnO4 + AsH3 + CrS3012 + H₂O 80 XI A X3 x2 C BOVE JO 12. a. Find the general traffic no B X4
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