34. A 0.1% sodium arsenite solution is used as an adsorbent solution… a. CO2 b. NO2 c. HCl d. O3 35. In neutral or slightly alkaline solutions, silver ions react quantitatively with chloride ions, the titration ends with the formation of silver chromate which is red in color as a result of the reaction of excess silver ions with chromate ions. Here is the principle of measurement… a. Cl- ions by argentometric method b. Ion PO¬42- by argentometric method c. Ion F- argentometric method d. SO42- ion by complexometric method
34. A 0.1% sodium arsenite solution is used as an adsorbent solution… a. CO2 b. NO2 c. HCl d. O3 35. In neutral or slightly alkaline solutions, silver ions react quantitatively with chloride ions, the titration ends with the formation of silver chromate which is red in color as a result of the reaction of excess silver ions with chromate ions. Here is the principle of measurement… a. Cl- ions by argentometric method b. Ion PO¬42- by argentometric method c. Ion F- argentometric method d. SO42- ion by complexometric method
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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34. A 0.1% sodium arsenite solution is used as an adsorbent solution…
a. CO2
b. NO2
c. HCl
d. O3
35. In neutral or slightly alkaline solutions, silver ions react quantitatively with chloride ions, the titration ends with the formation of silver chromate which is red in color as a result of the reaction of excess silver ions with chromate ions. Here is the principle of measurement…
a. Cl- ions by argentometric method
b. Ion PO¬42- by argentometric method
c. Ion F- argentometric method
d. SO42- ion by complexometric method
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