Mixture of Sulfanilamide + Glycine + Water

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Sulfanilamide

Name
Sulfanilamide
InChI
InChI=1S/C6H8N2O2S/c7-5-1-3-6(4-2-5)11(8,9)10/h1-4H,7H2,(H2,8,9,10)
InChI Key
FDDDEECHVMSUSB-UHFFFAOYSA-N
Formula
C6H8N2O2S
SMILES
Nc1ccc(S(N)(=O)=O)cc1
Mol. Weight (g/mol)
172.21
CAS
63-74-1

Glycine

Name
Glycine
InChI
InChI=1S/C2H5NO2/c3-1-2(4)5/h1,3H2,(H,4,5)
InChI Key
DHMQDGOQFOQNFH-UHFFFAOYSA-N
Formula
C2H5NO2
SMILES
NCC(=O)O
Mol. Weight (g/mol)
75.07
CAS
56-40-6

Water

Name
Water
InChI
InChI=1S/H2O/h1H2
InChI Key
XLYOFNOQVPJJNP-UHFFFAOYSA-N
Formula
H2O
SMILES
O
Mol. Weight (g/mol)
18.02
CAS
7732-18-5
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Datasets

  1. ρl - Mass density, kg/m3 (2)

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed Measured
Temperature, K - Liquid Solvent: Molality, mol/kg of Sulfanilamide (1) - Liquid Molality, mol/kg of Glycine (2) - Liquid Mass density, kg/m3 - Liquid
288.15 0.0100 0.0505 1001.29
288.15 0.0100 0.1032 1003.004
288.15 0.0100 0.1544 1004.638
288.15 0.0100 0.1943 1005.893
288.15 0.0100 0.2552 1007.779
288.15 0.0100 0.3050 1009.295
288.15 0.0200 0.0523 1001.782
288.15 0.0200 0.1025 1003.402
288.15 0.0200 0.1539 1005.037
288.15 0.0200 0.2033 1006.582
288.15 0.0200 0.2495 1008.005
288.15 0.0200 0.3075 1009.758
288.15 0.0300 0.0493 1002.254
288.15 0.0300 0.0992 1003.851
288.15 0.0300 0.1459 1005.327
288.15 0.0300 0.2030 1007.104
288.15 0.0300 0.2478 1008.481
288.15 0.0300 0.3004 1010.069
288.15 0.0400 0.0523 1002.821
288.15 0.0400 0.1031 1004.416
288.15 0.0400 0.1505 1005.875
288.15 0.0400 0.2010 1007.403
288.15 0.0400 0.2559 1009.031
288.15 0.0400 0.2943 1010.142
298.15 0.0100 0.0505 999.172
298.15 0.0100 0.1032 1000.849
298.15 0.0100 0.1544 1002.439
298.15 0.0100 0.1943 1003.658
298.15 0.0100 0.2552 1005.478
298.15 0.0100 0.3050 1006.929
298.15 0.0200 0.0523 999.623
298.15 0.0200 0.1025 1001.216
298.15 0.0200 0.1539 1002.818
298.15 0.0200 0.2033 1004.329
298.15 0.0200 0.2495 1005.718
298.15 0.0200 0.3075 1007.429
298.15 0.0300 0.0493 1000.19
298.15 0.0300 0.0992 1001.746
298.15 0.0300 0.1459 1003.166
298.15 0.0300 0.2030 1004.855
298.15 0.0300 0.2478 1006.153
298.15 0.0300 0.3004 1007.634
298.15 0.0400 0.0523 1000.599
298.15 0.0400 0.1031 1002.161
298.15 0.0400 0.1505 1003.58
298.15 0.0400 0.2010 1005.048
298.15 0.0400 0.2559 1006.596
298.15 0.0400 0.2943 1007.638
308.15 0.0100 0.0505 996.112
308.15 0.0100 0.1032 997.759
308.15 0.0100 0.1544 999.322
308.15 0.0100 0.1943 1000.515
308.15 0.0100 0.2552 1002.293
308.15 0.0100 0.3050 1003.711
308.15 0.0200 0.0523 996.489
308.15 0.0200 0.1025 998.076
308.15 0.0200 0.1539 999.681
308.15 0.0200 0.2033 1001.201
308.15 0.0200 0.2495 1002.604
308.15 0.0200 0.3075 1004.338
308.15 0.0300 0.0493 997.09
308.15 0.0300 0.0992 998.613
308.15 0.0300 0.1459 999.996
308.15 0.0300 0.2030 1001.625
308.15 0.0300 0.2478 1002.863
308.15 0.0300 0.3004 1004.257
308.15 0.0400 0.0523 997.506
308.15 0.0400 0.1031 999.028
308.15 0.0400 0.1505 1000.384
308.15 0.0400 0.2010 1001.771
308.15 0.0400 0.2559 1003.195
308.15 0.0400 0.2943 1004.145

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed Measured
Temperature, K - Liquid Solvent: Molality, mol/kg of Sulfanilamide (1) - Liquid Molality, mol/kg of Glycine (2) - Liquid Mass density, kg/m3 - Liquid
288.15 0.0100 0.0505 1001.29
288.15 0.0100 0.1032 1003.004
288.15 0.0100 0.1544 1004.638
288.15 0.0100 0.1943 1005.893
288.15 0.0100 0.2552 1007.779
288.15 0.0100 0.3050 1009.295
288.15 0.0200 0.0523 1001.782
288.15 0.0200 0.1025 1003.402
288.15 0.0200 0.1539 1005.037
288.15 0.0200 0.2033 1006.582
288.15 0.0200 0.2495 1008.005
288.15 0.0200 0.3075 1009.758
288.15 0.0300 0.0493 1002.254
288.15 0.0300 0.0992 1003.851
288.15 0.0300 0.1459 1005.327
288.15 0.0300 0.2030 1007.104
288.15 0.0300 0.2478 1008.481
288.15 0.0300 0.3004 1010.069
288.15 0.0400 0.0523 1002.821
288.15 0.0400 0.1031 1004.416
288.15 0.0400 0.1505 1005.875
288.15 0.0400 0.2010 1007.403
288.15 0.0400 0.2559 1009.031
288.15 0.0400 0.2943 1010.142
298.15 0.0100 0.0505 999.172
298.15 0.0100 0.1032 1000.849
298.15 0.0100 0.1544 1002.439
298.15 0.0100 0.1943 1003.658
298.15 0.0100 0.2552 1005.478
298.15 0.0100 0.3050 1006.929
298.15 0.0200 0.0523 999.623
298.15 0.0200 0.1025 1001.216
298.15 0.0200 0.1539 1002.818
298.15 0.0200 0.2033 1004.329
298.15 0.0200 0.2495 1005.718
298.15 0.0200 0.3075 1007.429
298.15 0.0300 0.0493 1000.19
298.15 0.0300 0.0992 1001.746
298.15 0.0300 0.1459 1003.166
298.15 0.0300 0.2030 1004.855
298.15 0.0300 0.2478 1006.153
298.15 0.0300 0.3004 1007.634
298.15 0.0400 0.0523 1000.599
298.15 0.0400 0.1031 1002.161
298.15 0.0400 0.1505 1003.58
298.15 0.0400 0.2010 1005.048
298.15 0.0400 0.2559 1006.596
298.15 0.0400 0.2943 1007.638
308.15 0.0100 0.0505 996.112
308.15 0.0100 0.1032 997.759
308.15 0.0100 0.1544 999.322
308.15 0.0100 0.1943 1000.515
308.15 0.0100 0.2552 1002.293
308.15 0.0100 0.3050 1003.711
308.15 0.0200 0.0523 996.489
308.15 0.0200 0.1025 998.076
308.15 0.0200 0.1539 999.681
308.15 0.0200 0.2033 1001.201
308.15 0.0200 0.2495 1002.604
308.15 0.0200 0.3075 1004.338
308.15 0.0300 0.0493 997.09
308.15 0.0300 0.0992 998.613
308.15 0.0300 0.1459 999.996
308.15 0.0300 0.2030 1001.625
308.15 0.0300 0.2478 1002.863
308.15 0.0300 0.3004 1004.257
308.15 0.0400 0.0523 997.506
308.15 0.0400 0.1031 999.028
308.15 0.0400 0.1505 1000.384
308.15 0.0400 0.2010 1001.771
308.15 0.0400 0.2559 1003.195
308.15 0.0400 0.2943 1004.145

Sources