Acetic acid: ka= 1.75x10$ Ammonia: ko = 1.8x10-5. Hydrofluoric acid: 7.2 x10 + Hydrogen sulfide: kai = 5.7x108 kaz = 1.2x10-15 %3D Solubility Product Constants, kip Nickel hydroxide 2.0x1014 Nickel sulfide: 1.4x10 24 Manganous 4.5 x1014 Manganous sulfide: 1.4 x1015 hydroxide: Aluminum chromium 1.0x10 30 hydroxide: 1.9x1033 hydroxide: 1. The pksa value of calcium fluoride is 10.41. Calculate the solubility in g/L at 25 C in: a. pure water b. 0.0200 M solution of calcium nitrate c. 0.0.30M hydrofluoric acid acid

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Acetic acid: ka = 1.75x105
Ammonia: ko = 1.8x105. Hydrofluoric acid: 7.2 x104
Hydrogen sulfide: kal = 5.7x108
kaz = 1.2x10-15
Solubility Product Constants, kap
Nickel hydroxide 2.0x10-14
Nickel sulfide:
1.4x10-24
Manganous
4.5 x1014
Manganous sulfide: 1.4 x1015
hydroxide:
Aluminum
chromium
1.0x10 30
hydroxide:
1.9x10 33
hydroxide:
1. The pksa value of calcium fluoride is 10.41. Calculate the solubility in g/L at 25 oC in:
a. pure water
b. 0.0200 M solution of calcium nitrate
c. 0.0.30M hydrofluoric acid acid
2. A 200 ml of 0.05 F hydrogen sulfide solution is added to 25 mL 1.5 Facetic acid solution. Compute the sulfide
ion concentration of the solution
3. A 50.0 ml of 0.02 F ammonia solution is added to a solution containing 0.004 g Ni?, 0.003 g Mn2+, and 0.002
g Cr2 per 750 mla
a. calculate whether or not a precipitate will form
b. if answer to (a) is yes, formulas of precipitates
c. which ion will precipitate first
d. what pH is necessary to prevent precipitation of all cations
4. Calculate the change in pH that results from adding 25 ml of 0.010F HCI to 500ml buffer solution which is
0.25M ammonia and 0.15M ammonium chloride.
Transcribed Image Text:Acetic acid: ka = 1.75x105 Ammonia: ko = 1.8x105. Hydrofluoric acid: 7.2 x104 Hydrogen sulfide: kal = 5.7x108 kaz = 1.2x10-15 Solubility Product Constants, kap Nickel hydroxide 2.0x10-14 Nickel sulfide: 1.4x10-24 Manganous 4.5 x1014 Manganous sulfide: 1.4 x1015 hydroxide: Aluminum chromium 1.0x10 30 hydroxide: 1.9x10 33 hydroxide: 1. The pksa value of calcium fluoride is 10.41. Calculate the solubility in g/L at 25 oC in: a. pure water b. 0.0200 M solution of calcium nitrate c. 0.0.30M hydrofluoric acid acid 2. A 200 ml of 0.05 F hydrogen sulfide solution is added to 25 mL 1.5 Facetic acid solution. Compute the sulfide ion concentration of the solution 3. A 50.0 ml of 0.02 F ammonia solution is added to a solution containing 0.004 g Ni?, 0.003 g Mn2+, and 0.002 g Cr2 per 750 mla a. calculate whether or not a precipitate will form b. if answer to (a) is yes, formulas of precipitates c. which ion will precipitate first d. what pH is necessary to prevent precipitation of all cations 4. Calculate the change in pH that results from adding 25 ml of 0.010F HCI to 500ml buffer solution which is 0.25M ammonia and 0.15M ammonium chloride.
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