Given the amount of transition metal salt, determine the theoretical yield of the transition metal oxalate. Copper (II) oxalate tetrahydrate can be produced by the reaction of copper (II) chloride tetrahydrate with oxalic acid as follows: CuCl2 • 4H20 (aq) + H2C2O4(aq) –→ CuC204 • 4H2O(s) +2H2O(/) + 2HCI(aq) Calculate the theoretical yield of CUC204•4H2O that can be produced by 4.23 g of CuCl2 • 4H20 with an excess of oxalic acid. Use the following molar masses: CuCl2 • 4H20 – 206.52 g/mol H2C2O4 – 99.04 g/mol CuC204 • 4H20 – 223.63 g/mol
Given the amount of transition metal salt, determine the theoretical yield of the transition metal oxalate. Copper (II) oxalate tetrahydrate can be produced by the reaction of copper (II) chloride tetrahydrate with oxalic acid as follows: CuCl2 • 4H20 (aq) + H2C2O4(aq) –→ CuC204 • 4H2O(s) +2H2O(/) + 2HCI(aq) Calculate the theoretical yield of CUC204•4H2O that can be produced by 4.23 g of CuCl2 • 4H20 with an excess of oxalic acid. Use the following molar masses: CuCl2 • 4H20 – 206.52 g/mol H2C2O4 – 99.04 g/mol CuC204 • 4H20 – 223.63 g/mol
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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![Given the amount of transition metal salt, determine the theoretical yield of the
transition metal oxalate.
Copper (II) oxalate tetrahydrate can be produced by the reaction of copper (II)
chloride tetrahydrate with oxalic acid as follows:
CuCl2 • 4H20 (aq) + H2C2O4(aq) –→ CuC204 • 4H2O(s) +2H2O(/) + 2HCI(aq)
Calculate the theoretical yield of CUC204•4H2O that can be produced by 4.23 g of
CuCl2 • 4H20 with an excess of oxalic acid.
Use the following molar masses:
CuCl2 • 4H20 – 206.52 g/mol
H2C2O4 – 99.04 g/mol
CuC204 • 4H20 – 223.63 g/mol](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F92e90750-d8e5-4c62-98dd-6677f5686f2d%2Ffdf7e288-c086-4f34-bdd3-c8da58e13390%2Fo74rayr_processed.png&w=3840&q=75)
Transcribed Image Text:Given the amount of transition metal salt, determine the theoretical yield of the
transition metal oxalate.
Copper (II) oxalate tetrahydrate can be produced by the reaction of copper (II)
chloride tetrahydrate with oxalic acid as follows:
CuCl2 • 4H20 (aq) + H2C2O4(aq) –→ CuC204 • 4H2O(s) +2H2O(/) + 2HCI(aq)
Calculate the theoretical yield of CUC204•4H2O that can be produced by 4.23 g of
CuCl2 • 4H20 with an excess of oxalic acid.
Use the following molar masses:
CuCl2 • 4H20 – 206.52 g/mol
H2C2O4 – 99.04 g/mol
CuC204 • 4H20 – 223.63 g/mol
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