4. a) Balance the following equation. Pb(OH)2 + _ HCI → H2O+ PbCl2 b) How many moles of HCl are required to use up 3.6 moles of Pb(OH)2? c) How many grams of Pb(0H)2 are required to use up 8.2 moles of HCI?

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ChapterU4: Toxins: Stoichiometry, Solution Chemistry, And Acids And Bases
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Balancing Chemical Equations
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4. a) Balance the following equation.
Pb(OH)2 +
HCI →
H2O +
PbCl2
b) How many moles of HClare required to use up 3.6 moles of Pb(OH)2?
c) How many grams of Pb(OH)2 are required to use up 8.2 moles of HCI?
d) Determine the limiting reactant when 7.2 moles of Pb(OH)2 reacts with 4.8 moles of HCI
e) What mass in grams of PbClz is produced by the reaction of 7.2 moles of Pb(OH)2 with 4.8
moles of HCI?
Molar Mass: (Pb(OH)2=241.21 g; HCI=36.46 g; H2O=18.02 g; PbCl2=278.11 g)
Transcribed Image Text:Paragraph Styles Balancing Chemical Equations Show all of your calculations 4. a) Balance the following equation. Pb(OH)2 + HCI → H2O + PbCl2 b) How many moles of HClare required to use up 3.6 moles of Pb(OH)2? c) How many grams of Pb(OH)2 are required to use up 8.2 moles of HCI? d) Determine the limiting reactant when 7.2 moles of Pb(OH)2 reacts with 4.8 moles of HCI e) What mass in grams of PbClz is produced by the reaction of 7.2 moles of Pb(OH)2 with 4.8 moles of HCI? Molar Mass: (Pb(OH)2=241.21 g; HCI=36.46 g; H2O=18.02 g; PbCl2=278.11 g)
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