An aqueous solution contains 0.213 M hydrosulfuric acid and 0.191 M hydrobromicacid.Calculate the sulfide ion concentration in this solution.[s?]=|mol/L. AcidFormulaKąlKą2КазAcetic acidCH3COOH 1.8×10-5Acetylsalicylic acid (aspirin) HC9H7O43.0×10-4Aluminum ionAl(H2O)43+ 1.2×10-5Arsenic acidНЗASO4| 2.5x10-4| 5.6×10-83.0×10-13Ascorbic acidH2C6H6O6 |7.9×10-51.6×10-12Benzoic acidСоHsCООн 6.3х105Carbonic acidH2CO3| 4.2×10-74.8×10-11Ferric ionFe(H2O)63+ 4.0x10-3Formic acidНСООН1.8×10-4Hydrocyanic acidНCN4.0×10-10Hydrofluoric acidHF7.2×10-4Hydrogen peroxideH2O2| 2.4x10-12Hydrosulfuric acidH2S1.0×10-71.0×10-19Hypochlorous acidHC103.5×10-8Nitrous acidHNO24.5x10-4Oxalic acidH2C2O45.9×10-26.4×10-5PhenolC6H5OH1.0×10-10Phosphoric acidНзРО47.5x10-36.2×10-8| 3.6×10-13Sulfuric acidH2SO4very large1.2×10-2Sulfurous acidH2SO31.7×10-2| 6.4×10-8Zinc ionZn(H2O)42+ 2.5×10-10

Given, Concentration of hydrosulfuric acid, H2S = 0.213 M Concentration of hydrobromic acid, HBr =…

Answered: An aqueous solution contains 0.213 M…

Chemistry

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Chapter16: Solubility And Complex Ion Equilibria

Section: Chapter Questions

Problem 111IP: Consider 1.0 L of an aqueous solution that contains 0.10 M sulfuric acid to which 0.30 mole of...

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