Input interpretation
![polar solvents | Henry law constant](../image_source/b222b3ee2661b90fbe64b738e5f1d310.png)
polar solvents | Henry law constant
Summary
![median | 0.7468 Pa m^3/mol highest | 843024 Pa m^3/mol (tetrahydrofuran) lowest | 0.005026 Pa m^3/mol (dimethyl sulfoxide) | (based on 12 values; 3 unavailable)](../image_source/07d8fb4ee0e48e9618669de2d3573761.png)
median | 0.7468 Pa m^3/mol highest | 843024 Pa m^3/mol (tetrahydrofuran) lowest | 0.005026 Pa m^3/mol (dimethyl sulfoxide) | (based on 12 values; 3 unavailable)
Entities with missing values
![water | acetonitrile | N, N-dimethylformamide (total: 3)](../image_source/0f550b0b8a9d1e0809941f7f7bd84eab.png)
water | acetonitrile | N, N-dimethylformamide (total: 3)
Distribution plots
![(Henry law constant in pascal cubic meters per mole)](../image_source/639cd019404c5f1f235e7b28e4565fef.png)
(Henry law constant in pascal cubic meters per mole)
Henry law constant rankings
![1 | dimethyl sulfoxide | 0.005026 Pa m^3/mol 2 | formic acid | 0.01692 Pa m^3/mol 3 | methanol | 0.4509 Pa m^3/mol 4 | 1, 4-dioxane | 0.4864 Pa m^3/mol 5 | ethanol | 0.5269 Pa m^3/mol 6 | N-propanol | 0.6941 Pa m^3/mol 7 | isopropanol | 0.7995 Pa m^3/mol 8 | 1-butanol | 0.8927 Pa m^3/mol 9 | acetone | 3.931 Pa m^3/mol 10 | acetic acid | 4.479 Pa m^3/mol 11 | methylene chloride | 300 Pa m^3/mol 12 | tetrahydrofuran | 843024 Pa m^3/mol (based on 12 values; 3 unavailable)](../image_source/2b579b44bc0025a2c996860e89b6e092.png)
1 | dimethyl sulfoxide | 0.005026 Pa m^3/mol 2 | formic acid | 0.01692 Pa m^3/mol 3 | methanol | 0.4509 Pa m^3/mol 4 | 1, 4-dioxane | 0.4864 Pa m^3/mol 5 | ethanol | 0.5269 Pa m^3/mol 6 | N-propanol | 0.6941 Pa m^3/mol 7 | isopropanol | 0.7995 Pa m^3/mol 8 | 1-butanol | 0.8927 Pa m^3/mol 9 | acetone | 3.931 Pa m^3/mol 10 | acetic acid | 4.479 Pa m^3/mol 11 | methylene chloride | 300 Pa m^3/mol 12 | tetrahydrofuran | 843024 Pa m^3/mol (based on 12 values; 3 unavailable)
Unit conversion for median Henry law constant 0.7468 Pa m^3/mol
![0.00737 atm L/mol (atmosphere liters per mole)](../image_source/3947188a306d095fba289e8068eae777.png)
0.00737 atm L/mol (atmosphere liters per mole)