Solubilty of gases in water increase when the temperature decrease, For nitrogen you can see an infographics at this link.
The solubility of nitrogen in water (at 1.013 bar and 0 °C (32 °F)) is 0.0234 vol/vol.
At normal atmospheric pressure, nitrogen is gaseous over the entire liquid range of water (and considerably below as well; the boiling point of nitrogen is about 77 K).
water- soluble
Diphenylamine is only slightly soluble in water, but more soluble in polar organic solvents.
It is insoluble, because it is a gas and it is invisible, so it can't dissolve.The above may be incorrect: Soluble in what? Helium can be dissolved into a variety of substances - e.g. - virtually any liquid to varying extents. For example - Carbon Dioxide - CO2 - (also an invisible gas) is dissolved into your soda pop. As you know it comes out faster with temperature and with agitation, etc.
no its not
Ammonia
The solubility of nitrogen in water (at 1.013 bar and 0 °C (32 °F)) is 0.0234 vol/vol.
Nitrogen has a number of physical properties. Some of these include a colorless appearance, odorless, tasteless, as well as soluble in water.
Hydrazine is very soluble in water. It can act as a base due to the lone pairs on the nitrogen atom being available to accept protons. N2H4 + H20 -> [N2H5]+ + OH-
747 mmHg
N2 is a very stable, nonreactive , non-polar gas so is almost insoluble in water.
At normal atmospheric pressure, nitrogen is gaseous over the entire liquid range of water (and considerably below as well; the boiling point of nitrogen is about 77 K).
Sulfur is not soluble in water and it depends on the form the phosphorous takes as to what it will do in water, or air, for that matter. Liquid nitrogen does not have pH. pH is based on the measure of the molar concentration of hydrogen ions in solution - there are no hydrogen ions in liquid nitrogen.
This is because the particular form of nitrogen found in air “nitrogen gas“ cannot be assimilated by most organisms. For example, “Nitrogen nutrients are water-soluble and as a result they are easily drained away”, so that they are no longer available for plants.
K+, NO3-1 + H+,Cl- KCL H2O NO2 Potassium Chloride, Water, Nitrogen Oxide?
At normal atmospheric pressure, nitrogen is gaseous over the entire liquid range of water (and considerably below as well; the boiling point of nitrogen is about 77 K).