Question:

UUN UUVIVIER - 3L1300B - Cantreld-1 - CHEMISTRY - P1 / Module 05: Stoichiometry 1.8 moles Fe and 2.7 moles CO2 6. (05.05 MC) The

UUN
UUVIVIER - 3L1300B - Cantreld-1 - CHEMISTRY - P1 / Module 05: Stoichiometry
1.8 moles Fe and 2.7 moles CO2
6. (05.05 MC)
The following data was collected when a reaction was performed experimentally in the laboratory.
Reaction Data
Reactants
Products
AI(NO3)3 NaCl
NaNO3 AlCl3
Starting Amount in Reaction
4 moles
9 moles
?
?
Determine the maximum amount of NaNO3 that was produced during the experiment. Explain how you determined this amount. (5 points)
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UUN UUVIVIER - 3L1300B - Cantreld-1 - CHEMISTRY - P1 / Module 05: Stoichiometry 1.8 moles Fe and 2.7 moles CO2 6. (05.05 MC) The following data was collected when a reaction was performed experimentally in the laboratory. Reaction Data Reactants Products AI(NO3)3 NaCl NaNO3 AlCl3 Starting Amount in Reaction 4 moles 9 moles ? ? Determine the maximum amount of NaNO3 that was produced during the experiment. Explain how you determined this amount. (5 points) B i U Font Family - AA- A O== CD

Answer

Ans
Explaination
AL(NO3)2
+ 3 Nacl
3 NaNO3 + Alle
4 moles
moles
mole
Stochiometic
--
1
NA sa
4
mole.
is less for Nace this it is
Stochiometric
limiting reagent
mole o
mole
Stochiometric
-
Stochiometric
Nall
Dang
n
I =
-d
3
A
n
mla
N2 1.5 moles
Maximum amount of NaNos produced = 105 mole.
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Ans Explaination AL(NO3)2 + 3 Nacl 3 NaNO3 + Alle 4 moles moles mole Stochiomet... Download the app for the rest