Please Help Part A: Percent Yield of Sodium Carbonate from Baking Soda97.18gMass of test tube and beaker११. २० +Mass of test tube, beaker and baking soda(before heating)Mass of baking soda, NaHCO3M98.40g98.409 97.1ÉgMass of test tube, beaker and Na2CO3 residue(after heating)Mass of sodium carbonate, Na2CO30.899(take after heating - mass of test tube and beaker)Show the calculation for the theoretical yield of sodium carbonate below based on the startingmass of baking soda (see example 1):Mass of Na2CO3 (theoretical yield)Show the calculation for the percent yield of sodium carbonate below:Percent yield

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Part A: Percent Yield of Sodium Carbonate from Baking Soda 97.18g Mass of test tube and beaker ११. २० Mass of test tube, beaker and baking soda (before heating) Mass of baking soda, NaHCO3 98.40g 98.40g-97.1ég Mass of test tube, beaker and Na2CO3 residue (after heating) Mass of sodium carbonate, Na2CO3 0.829 (take after heating - mass of test tube and beaker) Show the calculation for the theoretical yield of sodium carbonate below based on the starting mass of baking soda (see example 1): Mass of Na2CO3 (theoretical yield) Show the calculation for the percent yield of sodium carbonate below: Percent yield

Part A: Percent Yield of Sodium Carbonate from Baking Soda 97.18g Mass of test tube and beaker ११. २० Mass of test tube, beaker and baking soda (before heating) Mass of baking soda, NaHCO3 98.40g 98.40g-97.1ég Mass of test tube, beaker and Na2CO3 residue (after heating) Mass of sodium carbonate, Na2CO3 0.829 (take after heating - mass of test tube and beaker) Show the calculation for the theoretical yield of sodium carbonate below based on the starting mass of baking soda (see example 1): Mass of Na2CO3 (theoretical yield) Show the calculation for the percent yield of sodium carbonate below: Percent yield

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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part A 1. Concentration of Known NiCl2 Stock Solution ___500________ mM Tube Number Blank #1 #2 #3 #4 #5 2. Volume of Known NiCl2 Stock Solution Pipetted Into Tube 0.00 mL 1.50 mL 3.00 mL 4.50 mL 6.00 mL 7.50 mL 3. Volume of Distilled Water Pipetted Into Tube 11.00 mL 9.50 mL 8.00 mL 6.50 mL 5.00 mL 3.50 mL 4. Total Volume of Solution In Tube 11.00 mL 11.00 mL 11.00 mL 11.00 mL 11.00 mL 11.00 mL 5. Diluted Concentration of NiCl2 In Tube ----------- 68.2 mn 136mn 204mn 273mn 341mn 1. Equation for the Best-Fit Straight Line Y=3822x+4.7446 2. Absorbance at λmax for Diluted Unknown 0.87 3. Concentration of NiCl2 in Diluted Unknown 25.693 mM Determine the dilution factor for your diluted unknown U1 based on how you prepared the solutions in Part A. Record this on your report sheet in Part D #4.