The chloride ion content of a 250.0-mL seawater sample was titrated against0.1102 M silver nitrate, requiring 13.56 mL to reach end point.What is the reaction for the titration analysis?a. Ag* + NO.- + ClF = Ag+ + NO:- + Cl-b. AgCl + NO:- = AENO, + Crc. AgNO, + HCI = AgCl + HNO:d. AgNO: + Cl AgCl+ NO:-How many moles of chloride ion is present in the sample?a. 1.494 x 10-b. 2.989 x 10-c. 7.472 x 10-4What is the molarity of the chloride ion in the seawater sample?a. 5.976 x 10-b. 0.01196c. 2.989 x 10

Reaction of titration is AgNO3 + Cl- -----> AgCl + NO3 - We are taking silver nitrate and react…

The chloride ion content of a 250.0-mL seawater sample was titrated against 0.1102 M silver nitrate, requiring 13.56 mL to reach end point. What is the reaction for the titration analysis? a. Ag* + NO,- + CF = Ag* + NO:- + C- b. AgCl + NO:- = AgNO, + Cr c. AgNO, + HCl = A£C1+ HNO: d. AgNO. + Cr = AgCl + NO:- How many moles of chloride ion is present in the sample? a. 1.494 x 10- b. 2.989 x 10 c. 7.472 x 10- What is the molarity of the chloride ion in the seawater sample? a. 5.976 x 10- b. 0.01196 c. 2.989 x 10-

The chloride ion content of a 250.0-mL seawater sample was titrated against 0.1102 M silver nitrate, requiring 13.56 mL to reach end point. What is the reaction for the titration analysis? a. Ag* + NO,- + CF = Ag* + NO:- + C- b. AgCl + NO:- = AgNO, + Cr c. AgNO, + HCl = A£C1+ HNO: d. AgNO. + Cr = AgCl + NO:- How many moles of chloride ion is present in the sample? a. 1.494 x 10- b. 2.989 x 10 c. 7.472 x 10- What is the molarity of the chloride ion in the seawater sample? a. 5.976 x 10- b. 0.01196 c. 2.989 x 10-

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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Question

The chloride ion content of a 250.0-mL seawater sample was titrated against
0.1102 M silver nitrate, requiring 13.56 mL to reach end point.
What is the reaction for the titration analysis?
a. Ag* + NO.- + ClF = Ag+ + NO:- + Cl-
b. AgCl + NO:- = AENO, + Cr
c. AgNO, + HCI = AgCl + HNO:
d. AgNO: + Cl AgCl+ NO:-
How many moles of chloride ion is present in the sample?
a. 1.494 x 10-
b. 2.989 x 10-
c. 7.472 x 10-4
What is the molarity of the chloride ion in the seawater sample?
a. 5.976 x 10-
b. 0.01196
c. 2.989 x 10

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