Before a chemist runs an experiment, they fill out a data table with all of the reactants information. Below is an example table. Please fill out the missing information in the data table including the theoretical and percent yield for the reaction. BrNaNgNaBrDMSOsodiumDPropargylbromide(solvent)azideMW(g/mol)density(g/mL)ReactantequivalentsmmolamountPropargyl0.274 mLbromideSodium2.86N/AazideSolventVolume|Concentration(mL)of limitingreagent (M)0.2DMSOProductsTheoreticalActual% YieldYield (g)YieldN/A0.182 g

Br NaNg NaBr DMSO sodium D Propargyl bromide (solvent) azide MW (g/mol) density (g/mL) Reactant equivalents mmol amount Propargyl 0.274 mL bromide Sodium 2.86 N/A azide Solvent Volume |Concentration (mL) of limiting reagent (M) 0.2 DMSO Products Theoretical Actual % Yield Yield (g) Yield N/A 0.182 g

Br NaNg NaBr DMSO sodium D Propargyl bromide (solvent) azide MW (g/mol) density (g/mL) Reactant equivalents mmol amount Propargyl 0.274 mL bromide Sodium 2.86 N/A azide Solvent Volume |Concentration (mL) of limiting reagent (M) 0.2 DMSO Products Theoretical Actual % Yield Yield (g) Yield N/A 0.182 g

Fundamentals Of Analytical Chemistry

9th Edition

ISBN:9781285640686

Author:Skoog

Publisher:Skoog

Chapter11: Solving Equilibrium Problems For Complex Systems

Section: Chapter Questions

Problem 11.3QAP

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