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How many grams of each product result from the following reactions, and how many grams of which reactant is left over? Part A (1.5gNaCl)+(3.0gAgNO,) NaCl is the limiting reactant Part B (g AgCl)+(yg NaNO3) AgNO, is the limiting reactant Correct Previous Answers Since the reactants have a one to one stoichiometric relationship, the reactant with fewer moles will be the limiting reactant. Use the given mass of each compound and divide each by its molar mass to find which reactant has fewer moles. For NaCl For AgNO3. Thus, AgNO, is the limiting reactant. mol NaCl 1 mol NaC 1.5 g NaCl x 58.44 NaC = 0.026 mol NaCl mol AgNO3 = 1 mol AgNO 3.0 g AgNO3 x 100.9 g AgNO 0.018 mol AgNO3 Enter your answers numerically separated by commas. Express your answer using two significant figures. Na, Agch. NaNO, Ο ΑΣΦ ? B

How many grams of each product result from the following reactions, and how many grams of which reactant is left over? Part A (1.5gNaCl)+(3.0gAgNO,) NaCl is the limiting reactant Part B (g AgCl)+(yg NaNO3) AgNO, is the limiting reactant Correct Previous Answers Since the reactants have a one to one stoichiometric relationship, the reactant with fewer moles will be the limiting reactant. Use the given mass of each compound and divide each by its molar mass to find which reactant has fewer moles. For NaCl For AgNO3. Thus, AgNO, is the limiting reactant. mol NaCl 1 mol NaC 1.5 g NaCl x 58.44 NaC = 0.026 mol NaCl mol AgNO3 = 1 mol AgNO 3.0 g AgNO3 x 100.9 g AgNO 0.018 mol AgNO3 Enter your answers numerically separated by commas. Express your answer using two significant figures. Na, Agch. NaNO, Ο ΑΣΦ ? B

Biochemistry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
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How many grams of each product result from the following reactions, and how many grams of which reactant is left over? Part A (1.5gNaCl)+(3.0gAgNO,) NaCl is the limiting reactant Part B (g AgCl)+(yg NaNO3) AgNO, is the limiting reactant Correct Previous Answers Since the reactants have a one to one stoichiometric relationship, the reactant with fewer moles will be the limiting reactant. Use the given mass of each compound and divide each by its molar mass to find which reactant has fewer moles. For NaCl For AgNO3. Thus, AgNO, is the limiting reactant. mol NaCl 1 mol NaC 1.5 g NaCl x 58.44 NaC = 0.026 mol NaCl mol AgNO3 = 1 mol AgNO 3.0 g AgNO3 x 100.9 g AgNO 0.018 mol AgNO3 Enter your answers numerically separated by commas. Express your answer using two significant figures. Na, Agch. NaNO, Ο ΑΣΦ ? B
Transcribed Image Text:How many grams of each product result from the following reactions, and how many grams of which reactant is left over? Part A (1.5gNaCl)+(3.0gAgNO,) NaCl is the limiting reactant Part B (g AgCl)+(yg NaNO3) AgNO, is the limiting reactant Correct Previous Answers Since the reactants have a one to one stoichiometric relationship, the reactant with fewer moles will be the limiting reactant. Use the given mass of each compound and divide each by its molar mass to find which reactant has fewer moles. For NaCl For AgNO3. Thus, AgNO, is the limiting reactant. mol NaCl 1 mol NaC 1.5 g NaCl x 58.44 NaC = 0.026 mol NaCl mol AgNO3 = 1 mol AgNO 3.0 g AgNO3 x 100.9 g AgNO 0.018 mol AgNO3 Enter your answers numerically separated by commas. Express your answer using two significant figures. Na, Agch. NaNO, Ο ΑΣΦ ? B
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