NH3(g), also known as ammonia gas, is highly soluble in water, to the tune of 89.9g/L at 0 degrees celsius. This high solubility is due to the electronegativity of the nitrogen. Being a gas, the solubility improves as the temperature drops.
Propane. When comparing two nonpolar gases, the one with the greater London forces will generally be the more hydrophilic of the two. In general, London forces become larger as the size of the atom or molecule increases.
As a weak base, CH3NH2 is more soluble in water than H2S. CH3NH2 contains methylamine which forms several types of salt. Salt is easily dissolved in water.
NH3 is more soluble as it is polar.
Ammonia is more soluble.
H2S -when dissolved in water- is able to partially donate protons to a water molecule, making it weakly acidic. H2S + H2O--> HS- + H3O+
Yes, H2S can be found in a liquid state, even though it is usually a gas. However, it is not easily detected because it is colorless, and physical contact with it can cause frostbite.
H2S is only acidic in reference to water(!). Of coarse H2O is neutral referred to water because it is the S A M E .Even water can be both acid A N D base at the same time, though a bit weaker acidic than H2S, but a bit more stronger base.
Hydrogen selenide (formula correctly written: H2Se) is polar, weakly acidic, soluble in water. (Its look-alike H2S is three times less in all these properties).
Pure H2S has predominantly covalent bonds. In solution in water, however, H2S readily ionizes to produce hydrogen cations and sulfide anions.
Yes, hydrogen sulfide (H2S) has some solubility in water depending on temperature.The solubility of H2s in water is approximately:0.4 g H2S /100 mL solution (20 °C)0.25 g H2S/100 mL solution (40 °C)More detailed data is provided in the links below.
Why did water and H2S look alike?
H2S -when dissolved in water- is able to partially donate protons to a water molecule, making it weakly acidic. H2S + H2O--> HS- + H3O+
Yes, H2S can be found in a liquid state, even though it is usually a gas. However, it is not easily detected because it is colorless, and physical contact with it can cause frostbite.
Both these nitrates are water soluble when H2S is added in both the solutions Lead forms black ppts. while silver does not.
MDEA is a base and H2S/CO2 are acids in water
H2S is only acidic in reference to water(!). Of coarse H2O is neutral referred to water because it is the S A M E .Even water can be both acid A N D base at the same time, though a bit weaker acidic than H2S, but a bit more stronger base.
yes it is soluble "soluble" is not a scientific term. But most agree that a solubility of .001 molar is not really soluble. If you look for the actual solubility, you will find by that definition, LiF is not soluble in water. (or at the least, slightly soluble in water.) Anyone who says LiF is soluble n water has never done an experiment in the lab to see that lithium fluoride precipitates very nicely out of water when formed.
Hydrogen selenide (formula correctly written: H2Se) is polar, weakly acidic, soluble in water. (Its look-alike H2S is three times less in all these properties).
Pure H2S has predominantly covalent bonds. In solution in water, however, H2S readily ionizes to produce hydrogen cations and sulfide anions.
This process uses air and H2S as a feed. The mixture passes through a few catalyst beds where a fraction of H2S oxidises to water and SO2. Then SO2 reacts with H2S producing more water and elemental sulphur. The first outlet is liquid sulphur, the other one is a mixture of gasses.
H2S is heavier than CH4.It weighs more than twice.