1. Calculate the amount of moles of oxygen that is needed to react with 2.4 mol of ammonia to produce poisonous hydrogen cynanide, HCN. 3 O, 6 Н.О 2 NH3 2 CH, НCN

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Stoichiometry Assignment
1. Calculate the amount of moles of oxygen that is needed to
react with 2.4 mol of ammonia to produce poisonous
hydrogen cynanide, HCN.
3 O2
6 Н.О
2 NH3
+
2 CH,
НCN
2. A sample of FeS, was burned to produce Fe,O, and SO,.
If 12.5 g of sulphur dioxide was collected, what mass of
FeS, was reacted?
4 FeS26)
8 SO28)
11 O2(g)
à
2 Fe,O3
+
+
3. What mass of Cu(NO3), is produced when 25.0 g of
HNO, reacts?
8 ΗΝΟ,
4 H,0
3 Cu
à
3 Cu(NO3),
+
2 NO
+
4. If 150.0 mL of Na,CO, completely reacts with 250 mL of
1.5 mol/L of HCl, what concentration of Na,CO, is
needed?
Na,CO,
2 HCI (aq)
CO2 (2)
3 (aq)
+
à
H,O
2 NaClaq)
+
Transcribed Image Text:Stoichiometry Assignment 1. Calculate the amount of moles of oxygen that is needed to react with 2.4 mol of ammonia to produce poisonous hydrogen cynanide, HCN. 3 O2 6 Н.О 2 NH3 + 2 CH, НCN 2. A sample of FeS, was burned to produce Fe,O, and SO,. If 12.5 g of sulphur dioxide was collected, what mass of FeS, was reacted? 4 FeS26) 8 SO28) 11 O2(g) à 2 Fe,O3 + + 3. What mass of Cu(NO3), is produced when 25.0 g of HNO, reacts? 8 ΗΝΟ, 4 H,0 3 Cu à 3 Cu(NO3), + 2 NO + 4. If 150.0 mL of Na,CO, completely reacts with 250 mL of 1.5 mol/L of HCl, what concentration of Na,CO, is needed? Na,CO, 2 HCI (aq) CO2 (2) 3 (aq) + à H,O 2 NaClaq) +
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