1. Write the reaction for H₂S dissolving into water+2. Write the expression for the Ka[Ka[a. aceticb. hydrochloricg. sulfurous-2n. HPO3-²u. H2Oaa. 2.6990gg. 5.000 x 10-12mm. conjugate acid=h. hydrosulfuric0. H₂PO3-1v. 0.1000][[]c. phosphoricP. CO3-2W. 0.02500bb. 1.000 x 10-11hh. 11.3010oo. base<->d. perchlorici. OH-1 j. H30+1q. HCO3-1 r. H₂Sx. 1.000 x 10-3-2k. SO4²cc. 11.0000ii. 0.01250pp. conjugate basedd. 2jj. 0.22100y. 3.0000e. hydrofluoricI. Mg+2s. HS-1+ee. 1f. sulfuricm. Cl-1t. S-2Z. 1x 10-14ff. 2.000 x 10-3kk. 0.05656 II. acid

Both the questions have been solved in the following step.

1. Write the reaction for H₂S dissolving into water + 2. Write the expression for the Ka Ka = [ b. hydrochloric a. acetic g. sulfurous h. hydrosulfuric n. HPO3-² 0. H₂PO3-1 p. CO3-² u. H2O v. 0.1000 w. 0.02500 aa. 2.6990 gg. 5.000 x 10-12 mm. conjugate acid bb. 1.000 x 10-11 hh. 11.3010 oo. base |][ c. phosphoric i. OH-1 <-> d. perchloric j. H30+1 9. HCO3-1 x. 1.000 x 10-3 r. H₂S CC. 11.0000 ii. 0.01250 pp. conjugate base k. SO4² dd. 2 jj. 0.22100 y. 3.0000 e. hydrofluoric I. Mg+2 s. HS-1 + ee. 1 f. sulfuric t. S-2 z. 1 x 10-14 ff. 2.000 x 10-³ kk. 0.05656 II. acid m. Cl-1

1. Write the reaction for H₂S dissolving into water + 2. Write the expression for the Ka Ka = [ b. hydrochloric a. acetic g. sulfurous h. hydrosulfuric n. HPO3-² 0. H₂PO3-1 p. CO3-² u. H2O v. 0.1000 w. 0.02500 aa. 2.6990 gg. 5.000 x 10-12 mm. conjugate acid bb. 1.000 x 10-11 hh. 11.3010 oo. base |][ c. phosphoric i. OH-1 <-> d. perchloric j. H30+1 9. HCO3-1 x. 1.000 x 10-3 r. H₂S CC. 11.0000 ii. 0.01250 pp. conjugate base k. SO4² dd. 2 jj. 0.22100 y. 3.0000 e. hydrofluoric I. Mg+2 s. HS-1 + ee. 1 f. sulfuric t. S-2 z. 1 x 10-14 ff. 2.000 x 10-³ kk. 0.05656 II. acid m. Cl-1

Introductory Chemistry: A Foundation

9th Edition

ISBN:9781337399425

Author:Steven S. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Donald J. DeCoste

Chapter17: Equilibrium

Section: Chapter Questions

Problem 70QAP: . The solubility product of iron(III) hydroxide is very small: Ksp=41038at 25 °C. A classical method...

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