Given the following balanced equation, determine the limiting reagent when the following quantities of reactants are mixed: CaF₂ + Na₂SO4 → CaSO4 + 2NaF 1. 3 CaF₂ molecules and 4 Na₂SO4 molecules 2. 20 CaF₂ molecules and 20 Na₂SO4 molecules

World of Chemistry, 3rd edition
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Author:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste
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Chapter9: Chemical Quantities
Section: Chapter Questions
Problem 56A
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Given the following balanced equation, determine the limiting reagent when the following
quantities of reactants are mixed: CaF₂ + Na₂SO4 - CaSO4 + 2NaF
1. 3 CaF₂ molecules and 4 Na₂SO4 molecules
2. 20 CaF₂ molecules and 20 Na₂SO4 molecules
3. 16 CaF₂ molecules and 10 Na₂SO4 molecules
Transcribed Image Text:Given the following balanced equation, determine the limiting reagent when the following quantities of reactants are mixed: CaF₂ + Na₂SO4 - CaSO4 + 2NaF 1. 3 CaF₂ molecules and 4 Na₂SO4 molecules 2. 20 CaF₂ molecules and 20 Na₂SO4 molecules 3. 16 CaF₂ molecules and 10 Na₂SO4 molecules
Part 4: Determining Limiting Reagent & 2Cr + 3Cl₂ + 2CrCl3
Given the following balanced equation, determine the limiting reagent when the following
quantities of reactants are mixed with 2Cr + 3Cl₂ → 2CrCl3.
1. 4 Cr atoms and 6 Cl₂ molecules =
2. 6 Cr atoms and 10 Cl₂ molecules =
3. 12 Cr atoms and 20 Cl₂ molecules =
Transcribed Image Text:Part 4: Determining Limiting Reagent & 2Cr + 3Cl₂ + 2CrCl3 Given the following balanced equation, determine the limiting reagent when the following quantities of reactants are mixed with 2Cr + 3Cl₂ → 2CrCl3. 1. 4 Cr atoms and 6 Cl₂ molecules = 2. 6 Cr atoms and 10 Cl₂ molecules = 3. 12 Cr atoms and 20 Cl₂ molecules =
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