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EXPERIMENT 14 NAME DATE SECTION DATA TABLE g A. Percent Yield of Na2CO3 from Baking Soda...
DATA TABLE Trial# nal#2 A. Percent Yield of Na2C03 from Baking Soda 21.40 2!. 38 g mass of test tube + NaHCO3 g (before heating) mass of test tube 19.55 9.55 gg mass of NaHCO3 1.85 1-83 ge 20.55 20. 04 mass of test tube + Na2CO3 (after heating) 1.09 mass of Na2CO3 (actual yield) g Show the calculation for theoretical yield of Na2CO3 for trial. 1 (see Example Exercise 1) mass of Na2CO3 (theoretical yield) g Show the calculation...
6. A student collects the following data when decomposing a sample of baking soda, NaHCO3. Find the theoretical and percent yield of sodium carbonate. Mass of test tube + NaHCO, 19.151g Mass of test tube 18.002g Mass of test tube + Na2CO; 18.722g a. Mass of NaHCO,: b. Mass of Na2CO, (actual yield): c. Theoretical yield of Na-C0, and percent yield Theoretical yield: Percent yield: 7. A student collects the following data when decomposing an unknown mixture containing baking soda,...
5. A 1.555–g sample of baking soda decomposes with heat to produce 0.991 g to Example Exercise 14.1 and show the calculation for the theoretical yield of Na23 th heat to produce 0.991 g Na2CO3. Refer
Experiment 9- Decomposition of Baking Soda
A. mass of H2CO3 gas released, (H2CO3 decomposed into H2O +
CO2)?
B. mass of NaHCO3 in unknown mixture?
C. mass of NaHCO3 in unknown mixture?
D. mass of KCL in unknown mixture?
CURCU ILI U ULICOS MOLLE (Part 2) Percent of NaHCO3 in an Unknown Mixture 1) Weigh out approximately 1 g of the unknown sample into your cruci 2) Repeat the steps of the previous procedure. ne steps of the previous procedure....
Table Salt from Baking Soda Name: Date: Partner: DATA: Mass of beaker 95.85. Mass of beaker and sample (NaHCO3) 17.45. Mass of sample (NaHCO3) Mass of beaker and residue (NaCl) 1" Heating... :26 99, Mass of beaker and residue (NaCl) 2 Heating.. 26.85, Mass of beaker and residue (NaCl) 3* Heating... 26.959 Mass of beaker and residue (NaCl) best g Mass of residue (NaCl) 9 Volume of conc. HCI added ml CALCULATIONS: g/mol Molar mass of NaHCO3 Number of moles...
B. Percentage of NaHCO3 in an Unknown Mixture UNKNOWN # 134 mass of test tube + unknown mixture (before heating) 33,20 34,027 31.48 mass of test tube 31,538 mass of unknown mixture 32,6912 33.283 mass of test tube + residue (after heating) RECYCLE Chemical Waste mass of H2CO3 (H2O + CO2) 8 (before heating - after heating) Show the calculation for the mass of NaHCO3 in the unknown mixture for trial 1 (see Example Exercise 14.2). mass of NaHCO3 g...
B. Percentage of NaHCO3 in an unknown Mixture UNKNOWN # 8 33,20g 31.48 134 34027 31,5388 32.69) 33283 8 mass of test tube + unknown mixture (before heating) mass of test tube mass of unknown mixture mass of test tube + residue (after heating) mass of H2CO3 (H2O + CO2) (before heating - after heating) Show the calculation for the mass of NaHCO3 in the unknown mixture for trial 1 (see Example Exercise 14.2). g 8 용 g mass of...
Question 4 1 pts What is the term for the actual yield compared to the theoretical yield expressed as a percent? O percent yield O actual yield O reaction yield O theoretical yield Question 5 2 pts Identify the expected products of heating baking soda, solid NaHCO3 Gaseous H20 O Solid Na Gaseous carbon dioxide, CO2 Aqueous carbonic acid, H2CO3 Gaseous O2 Solid sodium carbonate, Na2CO3 Question 1 1 pts In this experiment, how can you tell when the baking...
please help me with balanced chemical equation and percent yield
above is my trial.
Data and Calculations, Part 2: 28. 27 used or + 26.18 Data for Trial #1: 1. 1987 16 empty flask: 19A Mass of flask plus baking soda: Mass of baking soda (calculated): _1.49 11 49.5/ 1.49 Mass of graduated cylinder with 50mL of vinegar: Mass of graduated cylinder after vinegar is poured out: Mass of vinegar transferred (calculated): 69.89 & sloos 20.38 49.51 e 77.11 50.33...
IT does not mention the observed yield PLEASE HELP ME Assume you perform the procedure outlined in the experiment “% Yield of Sodium Carbonate”. The reaction is as follows: NaHCO3(s) ® Na2CO3(s) + CO2(g) + H2O(g). You weigh out 1.4895 g baking soda (NaHCO3), heat it, and are left with 1.0026 g of solid (Na2CO3). What is the total mass of gases that was actually produced in the experiment? (Hint: During the reaction, gases will be released to the air....