Mass of 250 mL beaker 101.73, O.47 68.32 G9.7L Mass of copper turnings + 250 mL beaker Mass of copper turnings Tepelg lool nollasen Mass of evaporating dish Snoiton R Mass of evaporating dish + copper (before drying) Mass of evaporating dish + copper (after drying) Mass of product (copper recovered) Seosig ood noitogo1 6 Vitnsbi uov bib Percent Recover of Copper (Show Work): mass of product (recovered) * 100 mass of copper turnings Percent Recovery = eonsle %3D
Mass of 250 mL beaker 101.73, O.47 68.32 G9.7L Mass of copper turnings + 250 mL beaker Mass of copper turnings Tepelg lool nollasen Mass of evaporating dish Snoiton R Mass of evaporating dish + copper (before drying) Mass of evaporating dish + copper (after drying) Mass of product (copper recovered) Seosig ood noitogo1 6 Vitnsbi uov bib Percent Recover of Copper (Show Work): mass of product (recovered) * 100 mass of copper turnings Percent Recovery = eonsle %3D
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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Transcribed Image Text:Mass of 250 mL beaker
(pe(Onju
Mass of copper turnings + 250 mL beaker
101.73,
O.47
68.32
69.7L
Mass of copper turnings
Teoeiq Hool nollasen svnb
Mass of evaporating dish
SnoitonoR
Mass of evaporating dish + copper (before drying)
Mass of evaporating dish + copper (after drying) EHOsn
Mass of product (copper recovered)
Seosig ool noitose1 s yitnsbi uov bib wok
Percent Recover of Copper (Show Work):
mass of product (recovered)
mass of copper turnings
eonsle
(e)s(HO)O
Percent Recovery =
*100
%3D
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