Unknown # Molarity of Standard Ag(NO), 5.2167/10 M Trial I Trial II Trial III Mass of Unknown 0.237 o. 232 g Initial Burette Reading 0.00 ml 7.90 mL mL Final Burette Reading 31.00 mL 42.00 mL mL Vol. Ag(NO,) Added ml mL mL Moles Ag(NO,) Moles Cr Mass Cr Cr in Unknown Average % Cl in unknown
Unknown # Molarity of Standard Ag(NO), 5.2167/10 M Trial I Trial II Trial III Mass of Unknown 0.237 o. 232 g Initial Burette Reading 0.00 ml 7.90 mL mL Final Burette Reading 31.00 mL 42.00 mL mL Vol. Ag(NO,) Added ml mL mL Moles Ag(NO,) Moles Cr Mass Cr Cr in Unknown Average % Cl in unknown
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...
Related questions
Question
Calculate Trial I, Trial II, Trial III Vol.Ag(NO3)Added.

Transcribed Image Text:Name:
Date:
Section:
Data Report Sheet: Analysis of an Unknown Chloride
Unknown #
-2
Molarity of Standard Ag(NO), 52167/10 M
Trial I
Trial II
Trial III
Mass of Unknown
0.237
o. 232 g
Initial Burette
Reading
7.90 mL
0.00
mL
mL
Final Burette
Reading
31.00 mL
42.00 mL
mL
Vol. Ag(NO,)
Added
mL
mL
mL
Moles Ag(NO;)
Moles Cl
Mass CI
% Cl in Unknown
Average % CF in unknown
Expert Solution

Step 1
Note: As there is no data given for trial-III. Hence for trial-1 and trial-II.
Given:
Molarity of AgNO3 = 5.2167×10-2 M
Trial 1 | Trial II | Trial III | |
Mass of Unknown | 0.237 g | 0.232 g | |
Initial Burette Reading | 0.00 mL | 7.90 mL | |
Final Burette Reading | 31.00 mL | 42.00 mL | |
Vol. AgNO3 added | 31.00 mL | 34.1 mL |
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