Z= Determine the coordination compound formula: 1.500=3 Coordination compound Formula: (0INH3)5 Cl 2 Coordinated Chloro ligand moles:1.000 79 Uncoordinated (counter ion) Cl- moles: 9.000 12. 3.000 % Yield of the CC: 2.000
Z= Determine the coordination compound formula: 1.500=3 Coordination compound Formula: (0INH3)5 Cl 2 Coordinated Chloro ligand moles:1.000 79 Uncoordinated (counter ion) Cl- moles: 9.000 12. 3.000 % Yield of the CC: 2.000
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:2.
2.
Cobalt Coordination Compound Synthesis and Analysis Report Data Summary
Your Name:
1st & 2nd session (synthesis & chloride analysis)
Mass of CoCl,.6H2O, g
Mass of CC product formed, g
9.59
Trials :
Experimental Condition:
heated
unheated
Sth 5.5
0.42
Compound mass, g:
0.5176 0.53320.4489
0.9173.0.8809 0.5995 o 5839
0.82 か3a
29%.1
AgCl mass, g:
% Chloride (m/m) in compound:
Average % Chloride:
Mole ratio (heated/unheated):
3.
Explain sources of errors here:
2nd session (Cobalt Analysis)
1.
Compound mass, g:
% Cobalt (m/m):
24.123.9
Average % Cobalt (m/m):
24.0
3rd Session (Ammonia Analysis)
1
Trial
2.
0,9504.0.9516
Compound mass, g:
Standardized HCI, M:
9.06
10.030.0
HCl volume (mL) used:
Standardized NaOH, M:
NaOH volume (mL) used:
35,07 34,62
34.84
% NH3 (m/m):
Average % NH3
Empirical Formula of Coordination Compoud (report x,y,z to correct significant figures):
Co,(NH3),CI,
2.639
=Z
Determine the coordination compound formula:
1.500=3
compound Formula: (0NH)5 CT
Coordinated Chloro ligand moles: .00 0
そ00S
12.
79 Uncoordinated (counter ion) Cl- moles: 9.000
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% Yield of the CC :
0000
22=2.00
20で00と-12
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