The pka volue of cacium fluoride is 10.41. Calculate the solubTty in g/ at 25 C in a pure water b. 0.0200 M solution of calcium nitrate C. 0.0.30M hyarofluoric ac d aca

Principles of Instrumental Analysis
7th Edition
ISBN:9781305577213
Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch
Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch
Chapter2: Electrical Components And Circuits
Section: Chapter Questions
Problem 2.9QAP
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PROBLEM SOLVING: Show all pertinent solutions. Round off final answers to four (4) decimal places.
lonization constants:
Ammonia: ko = 1.8x105 Hydrofluoric acid: 7.2 x10 +
Koa = 1.2x1015
Acetic acid: ka= 1.75x10s
%!
Hydrogen sulfide: kol = 5.7x10
Solubility Product Constants. ke
Nickel hydroxide 2.0x104
%3D
Nickel sulfide:
1.4x1024
Manganous
4.5 x10
Manganous sulfide: 1.4x10 15
hydroxide:
Aluminum
chromium
1.0x100
hydroxide:
1.9x10
hydroxide:
1. The pk volue of caicium fluoride is 10.41. Calculate the solubity in g/ at 25 C in
a pure water
b. 00200 M solution of calcium nitrate
C. 0.0.30M hyarofluoric acd ac d
Transcribed Image Text:PROBLEM SOLVING: Show all pertinent solutions. Round off final answers to four (4) decimal places. lonization constants: Ammonia: ko = 1.8x105 Hydrofluoric acid: 7.2 x10 + Koa = 1.2x1015 Acetic acid: ka= 1.75x10s %! Hydrogen sulfide: kol = 5.7x10 Solubility Product Constants. ke Nickel hydroxide 2.0x104 %3D Nickel sulfide: 1.4x1024 Manganous 4.5 x10 Manganous sulfide: 1.4x10 15 hydroxide: Aluminum chromium 1.0x100 hydroxide: 1.9x10 hydroxide: 1. The pk volue of caicium fluoride is 10.41. Calculate the solubity in g/ at 25 C in a pure water b. 00200 M solution of calcium nitrate C. 0.0.30M hyarofluoric acd ac d
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Publisher:
Cengage Learning