(2) ylubäi On the gravimetric determinationof CI, if the weight of AgCl ppt.was 1.433 g.; the weight of CI- inthe sample will equals to: . (AGCI.....molecular weight = 143.3 and Cl-=35.5)143.3/35.5 g. O3.55 g. O0.1433 g. O0.355 g. O

This method is used for the determination of the analyte based on its mass. The principle behind the…

(2) j lubäi On the gravimetric determination of CI, if the weight of AgCl ppt. was 1.433 g.; the weight of Cl- in the sample will equals to: .. (AgCl molecular weight = 143.3 and Cl- =35.5) 143.3/35.5 g. 3.55 g. 0.1433 g. 0.355 g. O O

(2) j lubäi On the gravimetric determination of CI, if the weight of AgCl ppt. was 1.433 g.; the weight of Cl- in the sample will equals to: .. (AgCl molecular weight = 143.3 and Cl- =35.5) 143.3/35.5 g. 3.55 g. 0.1433 g. 0.355 g. O O

Fundamentals Of Analytical Chemistry

9th Edition

ISBN:9781285640686

Author:Skoog

Publisher:Skoog

Chapter33: High-performance Liquid Chromatography

Section: Chapter Questions

Problem 33.12QAP

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Question

(2) ylubäi On the gravimetric determination
of CI, if the weight of AgCl ppt.
was 1.433 g.; the weight of CI- in
the sample will equals to: . (AGCI
.....
molecular weight = 143.3 and Cl-
=35.5)
143.3/35.5 g. O
3.55 g. O
0.1433 g. O
0.355 g. O

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