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. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.455 mol of the first reactant. Cl₂ (9)+KI(aq) → 1₂(a) + KCl(aq) mol KI D. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.305 mol of the first reactant. Co(s) + P4 (8)→ CosP₂ (8) mol P4 c. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.220 mol of the first reactant. Zn(s) + HNO3(aq) → Zn(NO₂)2 (aq) + H₂ (9) mol HNO, d. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.225 mol of the first reactant. CHz(l) + Oz(g) → CO,(g)+H_O(,) mol O₂

. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.455 mol of the first reactant. Cl₂ (9)+KI(aq) → 1₂(a) + KCl(aq) mol KI D. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.305 mol of the first reactant. Co(s) + P4 (8)→ CosP₂ (8) mol P4 c. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.220 mol of the first reactant. Zn(s) + HNO3(aq) → Zn(NO₂)2 (aq) + H₂ (9) mol HNO, d. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.225 mol of the first reactant. CHz(l) + Oz(g) → CO,(g)+H_O(,) mol O₂

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter4: Stoichiometry: Quantitative Information About Chemical Reactions
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a. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.455 mol of the first reactant. Cl₂ (9)+KI(aq) → 1₂(a) + KCl(aq) mol KI b. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.305 mol of the first reactant. Co(s) + P4 (8)→ Cos P₂ (8) mol P4 c. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.220 mol of the first reactant. Zn(s) + HNO3(aq) → Zn(NO₂)2 (aq) + H₂(g) mol HNO3 d. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.225 mol of the first reactant. CHz(l) + Oz(g) → CO,(g) +H,O(g) mol O₂
Transcribed Image Text:a. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.455 mol of the first reactant. Cl₂ (9)+KI(aq) → 1₂(a) + KCl(aq) mol KI b. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.305 mol of the first reactant. Co(s) + P4 (8)→ Cos P₂ (8) mol P4 c. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.220 mol of the first reactant. Zn(s) + HNO3(aq) → Zn(NO₂)2 (aq) + H₂(g) mol HNO3 d. For the following unbalanced equation, indicate how many moles of the second reactant would be required to react with exactly 0.225 mol of the first reactant. CHz(l) + Oz(g) → CO,(g) +H,O(g) mol O₂
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