What Factors Affect Sulfuric Acid Solubility?

Solubility, symbol S, the mass of a solute that is dissolved when a solid substance reaches saturation in 100 g of a solvent at a certain temperature is called the solubility of this substance in this solvent. The solubility of a substance is a physical property. ^[1]

Whether a substance dissolves or not, the size of the dissolving power depends on the nature of the substance (referring to the solvent and solute).

The maximum amount of solute that can be dissolved per serving (usually per part) by solvent (and sometimes by solution)

The solubility of a gas depends first on the nature of the gas, and also varies with the pressure of the gas and the temperature of the solvent. For example, at 20 ° C, the pressure of the gas is 1.013 × 10 ⁵ Pa, and one liter of water can

Mass fraction of solute = mass of solute / mass of solution × 100%

Solid solubility

At a certain temperature, the number of grams of a solid substance dissolved when 100 g of solvent is saturated is called the solubility of this substance in this solvent. Symbol: S

Solid solubility two

The amount of solid solute contained in a certain amount of saturated solution at a certain temperature is called the solid substance in

Potassium nitrate

Solubility at specified temperature. Generally, the solubility of a substance in a solvent is expressed in grams of a substance when it reaches saturation in a certain temperature at a certain temperature. For example, at 20 ° C, a maximum of 35.8 g of sodium chloride can be dissolved in 100 g of water, that is, at this temperature. The solubility of sodium chloride is 35.8g / 100g of water.

The solubility of solid matter is related to the nature of the solute and the solvent. Generally, the structure of the solute is easier to dissolve when the structure of the solvent is similar to the so-called similar miscibility principle, which can explain some facts. The solubility of most solid substances increases with increasing temperature, and temperature has different effects on different substances. Solubility curves can be made according to the relationship between the solubility of substances and temperature. The solubility curve can be used to find the solubility of a substance at any temperature. You can also use the solubility curve to purify and separate certain substances. The solubility of solid matter is less affected by pressure.

Solubility of substances

Solubility (20 ° C)

10g or more

Soluble 1g or more and less than 10g

Slightly soluble 0.01g or more and less than 1g

Insoluble (insoluble) less than 0.01g

Tritium, ammonia, ammonium

substance	Chemical formula	0 ° C	10 ° C	20 ° C	30 ° C	40 ° C	50 ° C	60 ° C	70 ° C	80 ° C	90 ° C	100 ° C
Europium (III) hydroxide	Ac (OH)			0.0022
ammonia	NH	88.5	70	56	44.5	34	26.5	20	15	11	8	7
Ammonium azide	NHN	16		25.3		37.1
Ammonium benzoate	NHC7H5O			20
Ammonium bicarbonate	NHHCO	11.9	16.1	21.7	28.4	36.6		59.2		109	170	354
Ammonium bromide	NHBr	60.6	68.1	76.4	83.2	91.2		108		125	135	145
Ammonium carbonate	(NH) CO			100
Ammonium chlorate	NHClO			28.7
Ammonium chloride	NHCl	29.4	33.2	37.2	41.4	45.8	50.4	55.3	60.2	65.6	71.2	77.3
Ammonium chloroplatinate	(NH) PtCl6	0.289	0.374	0.499	0.637	0.815		1.44		2.16	2.61	3.36
Ammonium chromate	(NH) CrO	25	29.2	34	39.3	45.3		59		76.1
Ammonium dichromate	(NH) CrO7	18.2	25.5	35.6	46.5	58.5		86		115		156
Dihydrogen arsenate	NHHAsO	33.7		48.7		63.8		83		107	122
Ammonium dihydrogen phosphate	NHHPO	22.7	39.5	37.4	46.4	56.7		82.5		118		173
Ammonium fluosilicate	(NH) SiF6			18.6
Ammonium formate	NHHCO	102		143		204		311		533
Monoammonium phosphate	(NH) HPO	42.9	62.9	68.9	75.1	81.8		97.2
Ammonium bisulfate	NHHSO			100
Ammonium hydrogen tartrate	NHHC4H4O6		1.88	2.7
Ammonium iodate	NH4IO3			2.6
Ammonium iodide	NH4I	155	163	172	182	191		209		229		250
Ammonium nitrate	NH4NO3	118	150	192	242	297		421		580	740	871
Ammonium periodate	(NH4) 5IO6			2.7
Ammonium oxalate	(NH4) 2C2O4	2.2	3.21	4.45	6.09	8.18		14		22.4	27.9	34.7
Ammonium perchlorate	NH4ClO4	12	16.4	21.7	37.7	34.6		49.9		68.9
Ammonium permanganate	NH4MnO4			7.9
Ammonium phosphate	(NH4) 3PO4			26.1
Ammonium selenate	(NH4) 2SeO4	96	105	115	126	143		192
Ammonium sulfate	(NH4) 2SO4	70.6	73	75.4	78	81		88		95		103
Ammonium sulfite	(NH4) 2SO3	47.9	54	60.8	68.8	78.4		104		144	150	153
Ammonium tartrate	(NH4) 2C4H4O6	45	55	63	70.5	76.5		86.9
Ammonium thiocyanate	NH4SCN	120	144	170	208	234		346
Ammonium thiosulfate	(NH4) 2S2O3			2.15
Ammonium vanadate	NH4VO3			0.48	0.84	1.32		2.42

Palladium, barium, bismuth, platinum, thorium

substance	Chemical formula	0 ° C	10 ° C	20 ° C	30 ° C	40 ° C	50 ° C	60 ° C	70 ° C	80 ° C	90 ° C	100 ° C
Palladium (II) hydroxide	Pd (OH) 2			4.106 × 10
Palladium (IV) hydroxide	Pd (OH) 4			5.247 × 10
Barium acetate	Ba (C2H3O2) 2	58.8	62	72	75	78.5		75		74		74.8
Barium arsenate	Ba3 (AsO4) 2			2.586 × 10
Barium azide	Ba (N3) 2	12.5	16.1	17.4
Barium bromate	Ba (BrO3) 2	0.29	0.44	0.65	0.95	1.31		2.27		3.52	0.95	1.31
Barium bromide	BaBr2	98	101	104	109	114		123		135		149
Barium carbonate	BaCO3			1.409 × 10
Barium chlorate	Ba (ClO3) 2	20.3	26.9	33.9	41.6	49.7		66.7		84.8		105
Barium chloride	BaCl2	31.2	33.5	35.8	38.1	40.8		46.2		52.5	55.8	59.4
Barium Chlorate	Ba (ClO2) 2	43.9	44.6	45.4		47.9		53.8		66.6		80.8
Barium chromate	BaCrO4			2.775 × 10
Barium cyanide	Ba (CN) 2			80
Barium ferrocyanide	Ba2Fe (CN) 6			9.732 × 10
Barium fluoride	BaF2		0.159	0.16	0.162
Barium fluosilicate	BaSiF6			2.8 × 10
Barium formate	Ba (HCO2) 2	26.2	28	31.9	34		38.6		44.2	47.6	51.3
Barium hydrogen phosphate	BaHPO4			1.3 × 10
Barium hydrogen phosphite	BaHPO3			0.687
Barium hydroxide	Ba (OH) 2 · 8H2O	1.67	2.48	3.89	5.59	8.22		20.9		101
Barium iodate	Ba (IO3) 2			3.5 × 10	4.6 × 10	5.7 × 10
Barium iodide	BaI2	182	201	223	250			264			291	301
Barium molybdate	BaMoO4			6 × 10
Barium nitrate	Ba (NO3) 2	4.95	6.67	9.02	11.5	14.1		20.4		27.2		34.4
Barium nitrite	Ba (NO2) 2	50.3	60	72.8		102		151		222	261	325
Barium oxalate	BaC2O4 · 2H2O			3 × 10
Barium oxide	BaO			3.8
Barium perchlorate	Ba (ClO4) 2	239		336		416		495		575		653
Barium permanganate	Ba (MnO4) 2			1.5 × 10
Barium pyrophosphate	Ba2P2O7			9 × 10
Barium selenate	BaSeO4			5 × 10
Barium sulfate	BaSO4			2.448 × 10
Barium sulfide	BaS	2.88	4.89	7.86	10.4	14.9		27.7		49.9	67.3	60.3
Bismuth arsenate	BiAsO4			7.298 × 10
Bismuth hydroxide	Bi (OH) 3			2.868 × 10
Bismuth iodide	BiI3			7.761 × 10
Bismuth phosphate	BiPO4			1.096 × 10
Bismuth sulfide	Bi2S3			1.561 × 10
Platinum (II) hydroxide	Pt (OH) 2			3.109 × 10
Platinum (IV) bromide	PtBr4			1.352 × 10
Europium (III) fluoride	PuF3			3.144 × 10
Samarium (IV) fluoride	PuF4			3.622 × 10
Hafnium (IV) iodate	Pu (IO3) 4			7.998 × 10

Nitrogen, thorium

substance

Chemical formula

0 ° C

10 ° C

20 ° C

30 ° C

40 ° C

50 ° C

60 ° C

70 ° C

80 ° C

90 ° C

100 ° C

Nitric oxide

NO

5.6 × 10

Nitrous oxide

N2O

0.112

Europium (III) chromate

Dy2 (CrO4) 3 · 10H2O

0.663

erbium

substance

Chemical formula

0 ° C

10 ° C

20 ° C

30 ° C

40 ° C

50 ° C

60 ° C

70 ° C

80 ° C

90 ° C

100 ° C

Europium (III) hydroxide

Er (OH) 3

1.363 × 10

vanadium

substance

Chemical formula

0 ° C

10 ° C

20 ° C

30 ° C

40 ° C

50 ° C

60 ° C

70 ° C

80 ° C

90 ° C

100 ° C

Vanadium pentoxide

V2O5

0.8

Hafnium, calcium, zirconium, cadmium, chromium, mercury, cobalt, silicon

substance	Chemical formula	0 ° C	10 ° C	20 ° C	30 ° C	40 ° C	50 ° C	60 ° C	70 ° C	80 ° C	90 ° C	100 ° C
Europium (III) acetate	Gd (C2H3O2) 4H2O			11.6
Samarium (III) bicarbonate	Gd (HCO3) 3			5.61
Samarium (III) bromate	Gd (BrO3) 3 9H2O	50.2	70.1	95.6	126	166
Europium (III) hydroxide	Gd (OH) 3			1.882 × 10
Samarium (III) sulfate	Gd2 (SO4) 3	3.98	3.3	2.6	2.32
Calcium chloride	CaCl2	59.5	64.7	74.5	100	128		137		147	154	159
Calcium acetate	Ca (C2H3O2) 2 2H2O	37.4	36	34.7	33.8	33.2		32.7		33.5	31.1	29.7
Calcium arsenate	Ca3 (AsO4) 2			3.629 × 10
Calcium azide	Ca (N3) 2			45
Calcium benzoate	Ca (C7H5O2) 2 3H2O	2.32	2.45	2.72	3.02	3.42		4.71		6.87	8.55	8.7
Calcium bicarbonate	Ca (HCO3) 2	16.1		16.6		17.1		17.5		17.9		18.4
Calcium bromate	Ca (BrO3) 2			230
Calcium bromide	CaBr2	125	132	143		213		278		295		312
Vermiculite	CaCO3-Vermiculite			7.753 × 10
Calcite	CaCO3-calcite			6.170 × 10
Calcium chlorate	Ca (ClO3) 2			209
Calcium chromate	CaCrO4	4.5		2.25	1.83	1.49		0.83
Calcium dihydrogen phosphate	Ca (H2PO4) 2			1.8
Calcium fluoride	CaF2	8.575 × 10
Calcium fluosilicate	CaSiF6			0.518
Calcium formate	Ca (HCO2) 2	16.1		16.6		17.1		17.5		17.9		18.4
Calcium hydrogen phosphate	CaHPO4			4.303 × 10
Calcium hydroxide	Ca (OH) 2	0.189	0.182	0.173	0.16	0.141		0.121		8.6 × 10	7.6 × 10
Calcium iodate	Ca (IO3) 2	9 × 10		0.24	0.38	0.52		0.65		0.66	0.67
Calcium iodide	CaI2	64.6		66	67.6	70.8		74		78		81
Calcium molybdate	CaMoO4			4.099 × 10
Calcium nitrate	Ca (NO3) 2 4H2O	102	115	129	152	191				358		363
Calcium nitrite	Ca (NO2) 2 4H2O	63.9		84.5	104			134		151	166	178
Calcium oxalate	CaC2O4			6.7 × 10
Calcium perchlorate	Ca (ClO4) 2			188
Calcium permanganate	Ca (MnO4) 2			338
Calcium phosphate	Ca3 (PO4) 2			2 × 10
Calcium selenate	CaSeO4 · 2H2O	9.73	9.77	9.22	8.79	7.14
Calcium sulfate	CaSO4 · 2H2O	0.223	0.244	0.255	0.264	0.265		0.244		0.234		0.205
Calcium tungstate	CaWO4			2.387 × 10 -3
Zirconium fluoride	ZrF4			1.32
Zirconium sulfate	Zr (SO4) 2 · 4H2O			52.5
Cadmium arsenate	Cd3 (AsO4) 2			7.091 × 10 -6
Cadmium benzoate	Cd (C7H5O2) 2			2.81
Cadmium bromate	Cd (BrO3) 2			125
Cadmium bromide	CdBr2	56.3	75.4	98.8	129	152		153		156		160
Cadmium carbonate	CdCO3			3.932 × 10
Cadmium chlorate	Cd (ClO3) 2	299	308	322	348	376		455
Cadmium chloride	CdCl2	100	135	135	135	135		136		140		147
Cadmium cyanide	Cd (CN) 2			2.2 × 10
Cadmium ferrocyanide	Cd2Fe (CN) 6			8.736 × 10
Cadmium fluoride	CdF2			4
Cadmium formate	Cd (HCO2) 2	8.3	11.1	14.4	18.6	25.3		59.5		80.5	85.2	94.6
Cadmium hydroxide	Cd (OH) 2			2.697 × 10
Cadmium iodate	Cd (IO3) 2			9.7 × 10
Cadmium iodide	CdI2	78.7		84.7	87.9	92.1		100		111		125
Cadmium nitrate	Cd (NO3) 2	122		136	150	194		310		713
Cadmium oxalate	CdC2O4.3H2O			6.046 × 10
Cadmium perchlorate	Cd (ClO4) 2		180	188	195	203		221		243		272
Cadmium phosphate	Cd3 (PO4) 2			6.235 × 10
Cadmium selenate	CdSeO4	72.5	68.4	64	58.9	55		44.2		32.5	27.2	twenty two
Cadmium sulfate	CdSO4	75.4	76	76.6		78.5		81.8		66.7	63.1	60.8
Cadmium sulfide	CdS			1.292 × 10
Cadmium tungstate	CdWO4			4.642 × 10
Chromium nitrate	Cr (NO3) 3	108	124	130	152
Chromium perchlorate	Cr (ClO4) 3	104	123	130
Chromium sulfate	Cr2 (SO4) 3 18H2O			220
Mercury azide	Hg2 (N3) 2			2.727 × 10
Mercury bromide	Hg2Br2			1.352 × 10
Mercury carbonate	Hg2CO3			4.351 × 10
Mercury chloride	Hg2Cl2			3.246 × 10
Mercury chromate	Hg2CrO4			2.313 × 10
Mercury cyanide	Hg2 (CN) 2			2.266 × 10
Mercury perchlorate	Hg2 (ClO4) 2)	282	325	407	455		499		541		580
Mercury Sulfate	Hg2SO4			4.277 × 10
Mercury acetate	Hg (C2H3O2) 2			25
Mercury benzoate	Hg (C7H5O2) 2 · H2O			1.1
Mercury bromate	Hg (BrO3) 2 2H2O			0.08
Mercury bromide	HgBr2	0.3	0.4	0.56	0.66	0.91		1.68		2.77		4.9
Mercury chlorate	Hg (ClO3) 2			25
Mercury chloride	HgCl2	3.63	4.82	6.57	8.34	10.2		16.3		30		61.3
Mercury cyanide	Hg (CN) 2			9.3
Mercury Iodate	Hg (IO3) 2			2.372 × 10
Mercury iodide	HgI2			6 × 10
Mercury oxalate	HgC2O4			1.1 × 10
Mercury sulfide	HgS			2.943 × 10
Mercury Thiocyanate	Hg (SCN) 2			6.3 × 10
Cobalt bromate	Co (BrO3) 2 6H2O			45.5
Cobalt bromide	CoBr2	91.9		112	128	163		227		241		257
Cobalt chlorate	Co (ClO3) 2	135	162	180	195	214		316
Cobalt chloride	CoCl2	43.5	47.7	52.9	59.7	69.5		93.8		97.6	101	106
Cobalt fluoride	CoF2			1.36
Cobalt fluosilicate	CoSiF6 6H2O			118
Cobalt iodate	Co (IO3) 2 2H2O			1.02	0.9	0.88		0.82		0.73		0.7
Cobalt iodide	CoI2			203
Cobalt nitrate	Co (NO3) 2	84	89.6	97.4	111	125		174		204	300
Cobalt nitrite	Co (NO2) 2	7.6 × 10	0.24	0.4	0.61	0.85
Cobalt perchlorate	Co (ClO4) 2			104
Cobalt sulfate	CoSO4	25.5	30.5	36.1	42	48.8		55		53.8	45.3	38.9
Silica	SiO2			0

Thorium, Helium, Thorium

substance

Chemical formula

0 ° C

10 ° C

20 ° C

30 ° C

40 ° C

50 ° C

60 ° C

70 ° C

80 ° C

90 ° C

100 ° C

Europium (III) hydroxide

Hf (OH) 3

4.50305 × 10

Europium (IV) hydroxide

Hf (OH) 4

4.503 × 10

helium

He

0.6

Europium (III) hydroxide

Ho (OH) 3

2.519 × 10

Samarium (III) sulfate

Ho2 (SO4) 3 · 8H2O

8.18

6.1

4.52

Gallium, potassium, gold

substance	Chemical formula	0 ° C	10 ° C	20 ° C	30 ° C	40 ° C	50 ° C	60 ° C	70 ° C	80 ° C	90 ° C	100 ° C
Gallium hydroxide	Ga (OH) 3			8.616 × 10
Gallium oxalate	Ga2 (C2O4) 3.42O			0.4
Gallium Selenate	Ga2 (SeO4) 3 · 16H2O			18.1
Potassium acetate	KC2H3O2	216	233	256	283	324		350		381	398
Potassium arsenate	K3AsO4			19
Potassium azide	KN3	41.4	46.2	50.8	55.8	61						106
Potassium benzoate	KC7H5O2		65.8	70.7	76.7	82.1
Potassium bromate	KBrO3	3.09	4.72	6.91	9.64	13.1		22.7		34.1		49.9
Potassium bromide	KBr	53.6	59.5	65.3	70.7	75.4		85.5		94.9	99.2	104
Bromoplatinate	K2PtBr6			1.89
Potassium carbonate	K2CO3	105	109	111	114	117		127		140	148	156
Potassium chlorate	KClO3	3.3	5.2	7.3	10.1	13.9		23.8		37.5	46	56.3
Potassium chloride	KCl	28	31.2	34.2	37.2	40.1		45.8	48.8	51.3	53.9	56.3
Potassium chromate	K2CrO4	56.3	60	63.7	66.7	67.8		70.1			74.5
Potassium cyanide	KCN			50
Potassium dichromate	K2Cr2O7	4.7	7	12.3	18.1	26.3		45.6		73
Potassium dihydroarsenate	KH2AsO4			19
Potassium dihydrogen phosphate	KH2PO4	14.8	18.3	22.6	28	35.5		50.2		70.4	83.5
Potassium ferricyanide	K3Fe (CN) 6	30.2	38	46	53	59.3		70				91
Potassium ferrocyanide	K4Fe (CN) 6	14.3	21.1	28.2	35.1	41.4		54.8		66.9	71.5	74.2
Potassium fluoride	KF	44.7	53.5	94.9	108	138		142		150
Potassium formate	KHCO2		313	337	361	398		471		580	658
Potassium bicarbonate	KHCO3	22.5	27.4	33.7	39.9	47.5		65.6
Monopotassium phosphate	K2HPO4			150
Potassium bisulfate	KHSO4	36.2		48.6	54.3	61		76.4		96.1		122
Potassium hydroxide	KOH	95.7	103	112	126	134		154				178
Potassium iodate	KIO3	4.6	6.27	8.08	10.3	12.6		18.3		24.8		32.3
Potassium iodide	KI	128	136	144	153	162	168	176		192	198	206
Potassium nitrate	KNO3	13.9	21.9	31.6	45.3	61.3	85.5	106	138	167	203	245
Potassium nitrite	KNO2	279	292	306	320	329		348		376	390	410
Potassium oxalate	K2C2O4	25.5	31.9	36.4	39.9	43.8		53.2		63.6	69.2	75.3
Potassium perchlorate	KClO4	0.76	1.06	1.68	2.56	3.73		7.3		13.4	17.7	22.3
Potassium periodate	KIO4	0.17	0.28	0.42	0.65	1		2.1		4.4	5.9
potassium permanganate	KMnO4	2.83	4.31	6.34	9.03	12.6		22.1
Potassium persulfate	K2S2O8			4.7
Potassium phosphate	K3PO4		81.5	92.3	108	133
Potassium selenate	K2SeO4	107	109	111	113	115		119		121		122
Potassium sulfate	K2SO4	7.4	9.3	11.1	13	14.8		18.2		21.4	22.9	24.1
Potassium tetraphenylborate	KBC24H20			1.8 × 10
Potassium thiocyanate	KSCN	177	198	224	255	289		372		492	571	675
Potassium thiosulfate	K2S2O3	96		155	175	205		238		293	312
Potassium tungstate	K2WO4			51.5
Gold trichloride	AuCl3			68
Gold triiodide	AuI3			1.295 × 10
Gold oxalate (V)	Au2 (C2O4) 5			0.258

scandium

substance

Chemical formula

0 ° C

10 ° C

20 ° C

30 ° C

40 ° C

50 ° C

60 ° C

70 ° C

80 ° C

90 ° C

100 ° C

Oxalate

Sc2 (C2O4) 3 · 6H2O

6 × 10

Samarium sulfate

Sc2 (SO4) 3.5H2O

54.6

Lanthanum, lithium, sulfur, thallium, aluminum

substance	Chemical formula	0 ° C	10 ° C	20 ° C	30 ° C	40 ° C	50 ° C	60 ° C	70 ° C	80 ° C	90 ° C	100 ° C
Lanthanum acetate	La (C2H3O2) 3 · H2O			16.9
Lanthanum bromate	La (BrO3) 3	98	120	149	200
Lanthanum iodate	La (IO3) 3			4.575 × 10
Lanthanum Molybdate	La2 (MoO4) 3			2.473 × 10
Lanthanum nitrate	La (NO3) 3	100		136		168		247
Lanthanum Selenate	La2 (SeO4) 3	50.5	45	45	45	45		18.5		5.4	2.2
Lanthanum sulfate	La2 (SO4) 3	3	2.72	2.33	1.9	1.67		1.26		0.91	0.79	0.68
Lanthanum Tungstate	La2 (WO4) 3 · 3H2O			6.06
Lithium acetate	LiC2H3O2	31.2	35.1	40.8	50.6	68.6
Lithium azide	LiN3	61.3	64.2	67.2	71.2	75.4		86.6				100
Lithium benzoate	LiC7H5O2	38.9	41.6	44.7	53.8
Lithium bromate	LiBrO3	154	166	179	198	221		269		308	329	355
Lithium bromide	LiBr	143	147	160	183	211		223		245		266
Lithium carbonate	Li2CO3	1.54	1.43	1.33	1.26	1.17	1.08	1.01		0.85		0.72
Lithium chlorate	LiClO3	241	283	372	488	604		777
Lithium chloride	LiCl	69.2	74.5	83.5	86.2	89.8		98.4		112	121	128
Lithium chromate	Li2CrO4.2H2O			142
Lithium dichromate	Li2Cr2O7.2H2O				151
Lithium dihydrogen phosphate	LiH2PO4	126
Lithium fluoride	LiF			0.16
Lithium fluorosilicate	Li2SiF6.2H2O			73
Lithium formate	LiHCO2	32.3	35.7	39.3	44.1	49.5		64.7		92.7	116	138
Lithium hydrogen phosphite	Li2HPO3	4.43			9.97	7.61		7.11				6.03
Lithium hydroxide	LiOH	12.7	12.7	12.8	12.9	13.0	13.3	13.8		15.3		17.5
Lithium iodide	LiI	151	157	165	171	179		202		435	440	481
Lithium molybdate	Li2MoO4	82.6		79.5	79.5	78						73.9
Lithium nitrate	LiNO3	53.4	60.8	70.1	138	152		175
Lithium nitrite	LiNO2	70.9	82.5	96.8	114	133		177		233	272	324
Lithium oxalate	Li2C2O4			8
Lithium perchlorate	LiClO4	42.7	49	56.1	63.6	72.3		92.3		128	151
Lithium permanganate	LiMnO4			71.4
Lithium phosphate	Li3PO4			3.821 × 10
Lithium selenide	Li2Se			57.7
Lithium selenite	Li2SeO3	25	23.3	21.5	19.6	17.9		14.7		11.9	11.1	9.9
Lithium sulfate	Li2SO4	36.1	35.5	34.8	34.2	33.7		32.6		31.4	30.9
Lithium tartrate	Li2C4H4O6	42	31.8	27.1	26.6	27.2		29.5
Lithium thiocyanate	LiSCN			114	131	153
Lithium vanadate	LiVO3	2.5		4.82	6.28	4.38		2.67
Sulfur dioxide	SO2			9.4
Europium (III) hydroxide	Lu (OH) 3			1.164 × 10
Samarium (III) sulfate	Lu2 (SO4) 3 · 8H2O			57.9
Aluminum chloride	AlCl3	43.9	44.9	45.8	46.6	47.3		48.1		48.6		49
Aluminum fluoride	AlF3	0.56	0.56	0.67	0.78	0.91		1.1		1.32		1.72
Aluminum nitrate	Al (NO3) 3	60	66.7	73.9	81.8	88.7		106		132	153	160
Aluminum perchlorate	Al (ClO4) 3	122	128	133
Aluminum sulfate	Al2 (SO4) 3	31.2	33.5	36.4	40.4	45.8		59.2		73	80.8	89
Aluminum hydroxide	Al (OH) 3			0.0001