Mass of copper chloride used 1.750 g . Initial mass of zinc strip 2.650 g . Final mass of zinc strip 2.050 g . Mass of empty evaporating dish 49.000 g . Mass of dried copper metal in dish (first weighing) 49.689 g . Masses of copper in dish for successive weighings 49.605 g 49.600 g Questions? 1. Your original “hydrated” copper chloride sample is 21.2% water. Calculate the mass of water in your sample.
Mass of copper chloride used 1.750 g . Initial mass of zinc strip 2.650 g . Final mass of zinc strip 2.050 g . Mass of empty evaporating dish 49.000 g . Mass of dried copper metal in dish (first weighing) 49.689 g . Masses of copper in dish for successive weighings 49.605 g 49.600 g Questions? 1. Your original “hydrated” copper chloride sample is 21.2% water. Calculate the mass of water in your sample.
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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please help me with those question. am stuck
Mass of copper chloride used 1.750 g .
Initial mass of zinc strip 2.650 g .
Final mass of zinc strip 2.050 g .
Mass of empty evaporating dish 49.000 g .
Mass of dried copper metal in dish (first weighing) 49.689 g .
Masses of copper in dish for successive weighings 49.605 g 49.600 g
Questions?
1. Your original “hydrated” copper chloride sample is 21.2% water. Calculate the mass of water in your sample.
2. Calculate the mass of the “anhydrous” (without water) copper chloride in your sample.
3. Calculate the mass and moles of pure dry copper you recovered.
4. Calculate the % copper in the anhydrous copper chloride.
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