help with calculations DATA: EXPERIMENT 16 PART 1: Known CaCl₂ solution Molarity of Na2CO3 solution: Molarity of CaCl₂ solution Milliliters of CaCl₂ solution used: Mass of filter paper + Petri dish: Mass of ppt + filter paper + Petri dish: PART 2: Unknown CaCl₂ number Molarity of Na2CO3 solution: Milliliters of CaCl₂ solution used: Mass of filter paper + Petri dish: 40m Naty ₂ Mass of ppt + filter paper + Petri dish: CALCULATIONS: EXPERIMENT 16 PARTL: Known CaCl2 solution Mass of precipitate (CaCO3): Moles of CaCO3: Percent Error: PART 2: Unknown CaCl₂ solution Mass of precipitate (CaCO3): Moles of CaCO3: ISIML BALANCED EQUATION FOR THE REACTION: Molarity of CaCl₂ solution: 5000 25mL (10.01 mL) M (+0.0001M) 100 48 Molarity of CaCl2 solution (using the results from above): campe (+0.0001M) 44 82.8% (+0.0001 g) 4h.045 (+0.0001 g) Liters: 00251 (10.00001 L) 25ml Liters: 00251 (10.01 ml) (+0.0001 M) 34 2649 (10.0001 g) 32288 (+0.0001 g) (20.00001 L) (10.0001 g) (10.0001 mol) (10.0001 M) (+0.01%) (10.0001 g) (+0.0001 mol) (+0.0001 M)

help with calculations DATA: EXPERIMENT 16 PART 1: Known CaCl₂ solution Molarity of Na2CO3 solution: Molarity of CaCl₂ solution Milliliters of CaCl₂ solution used: Mass of filter paper + Petri dish: Mass of ppt + filter paper + Petri dish: PART 2: Unknown CaCl₂ number Molarity of Na2CO3 solution: Milliliters of CaCl₂ solution used: Mass of filter paper + Petri dish: 40m Naty ₂ Mass of ppt + filter paper + Petri dish: CALCULATIONS: EXPERIMENT 16 PARTL: Known CaCl2 solution Mass of precipitate (CaCO3): Moles of CaCO3: Percent Error: PART 2: Unknown CaCl₂ solution Mass of precipitate (CaCO3): Moles of CaCO3: ISIML BALANCED EQUATION FOR THE REACTION: Molarity of CaCl₂ solution: 5000 25mL (10.01 mL) M (+0.0001M) 100 48 Molarity of CaCl2 solution (using the results from above): campe (+0.0001M) 44 82.8% (+0.0001 g) 4h.045 (+0.0001 g) Liters: 00251 (10.00001 L) 25ml Liters: 00251 (10.01 ml) (+0.0001 M) 34 2649 (10.0001 g) 32288 (+0.0001 g) (20.00001 L) (10.0001 g) (10.0001 mol) (10.0001 M) (+0.01%) (10.0001 g) (+0.0001 mol) (+0.0001 M)

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...

See similar textbooks

Similar questions

What is 302 x 4903
When an object with an electric charge of −3.0μC is 8.0cm from an object with an electric charge of 6.0μC, the force between them has a strength of 25.28N. Calculate the strength of the force between the two objects if they are 24.cm apart. Round your answer to 2 significant digits.
Just #2 please
Which of the following molecules are antihistamines? Check all that apply. ► View Available Hint(s) U 0 H-N L CH,CH,NH,* But CH–O–CH,CH,−N CH,CH,NHNH, H 4
Q 4 please
Calculate the kinetic energy of a 4.2 x 10^4 kg airplane moving at a speed of 155.ms Round your answer to 2 significant digits.
Convert 200C into K
Need help with homework
A Chemistry 20 student uses a thermometer and a hot plate and measures the boiling point of ethyl alcohol to be 74.3 ºC. Then, she looks in a reference book and finds that the actual boiling point of ethyl alcohol is 78.4 ºC. What is her percent error?
Which of the following compounds has the shortest Xmax? O II OI ||| CONV III IV
Describe calibration (it's principles) as used in Analytical Chemistry.
What is the mean of the values 8.9, 9.0, 4.0, 7.0, and 3.0? Give your answer to the first decimal place.