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Assuming that 1/2 of the original amount of copper was used as the starting material in the formation of Cu(NH3)4S04 H2O, calculate the theoretical yield and the percentage yield of Cu(NH3)4SO4 • H20.

Assuming that 1/2 of the original amount of copper was used as the starting material in the formation of Cu(NH3)4S04 H2O, calculate the theoretical yield and the percentage yield of Cu(NH3)4SO4 • H20.

Chemistry
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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i need some help with question 2. we started off with 1.2305g of copper, mixed that with HNO3, got copper (II) nitrate, mixed that with Na2CO3, and got copper (II) carbonate, and mixed that with H2SO4 to get copper (II) sulfate, and mixed that with ammonia and ethyl alcohol to get the final product of Cu(NH3)4SO4 • H20

Ritter paper= 2.442869 0.6910g 1. Showing all calculations, determine the mass of copper in the Cu(NH3)4SO4 H2O you made. unGSss of CulN H)4SO4 .wass of filter poper= mass of Cu(NHg)4SO-HzO = 2.4286 2. Assuming that 1/2 of the original amount of copper was used as the starting material in the formation of Cu(NH3)4SO4 H2O, calculate the theoretical yield and the percentage yield of Cu(NH3)4SO4 • H20. 4(D) 11
Transcribed Image Text:Ritter paper= 2.442869 0.6910g 1. Showing all calculations, determine the mass of copper in the Cu(NH3)4SO4 H2O you made. unGSss of CulN H)4SO4 .wass of filter poper= mass of Cu(NHg)4SO-HzO = 2.4286 2. Assuming that 1/2 of the original amount of copper was used as the starting material in the formation of Cu(NH3)4SO4 H2O, calculate the theoretical yield and the percentage yield of Cu(NH3)4SO4 • H20. 4(D) 11
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