Answer:
The gas should contain polar molecules. The water should be at a low temperature, and the gas should be at high pressure above the surface of the water.
Explanation:
Water is a dipolar molecule due to presence of electronegative oxygen atom as well as angular structure of water molecule.
So water attracts polar molecules through dipole-dipole attraction force and hence polar molecules get dissolved into water.
Water should have low temperature during dissolution of gas into water. Because, at high temperature, intermolecular force between gas and water molecule tend to break apart.
At high pressure, gas molecules are forced to enter into bulk liquid. Thus dissolution of gas into liquid becomes favorable.
For a gas to be soluble in water, the gas should contain polar molecules.
Solubility can be defined as a measure of how readily a chemical substance (compound) or gas can be dissolved in a solvent such as water, to form a solution, which may either be saturated or unsaturated.
Based on scientific information, a gas should contain polar molecules, in order for it to be soluble in water. Also, the water molecules should be at a low temperature while the gas should be at high pressure above the surface of the water.
Read more on water molecules here: brainly.com/question/1194576
