Sure it can! For example, sulfur dioxide (a gas) can easily react with water to form sulfuric acid. Reactions like these are, however, not very much appreciated, as they usually don't produce large quantities of new chemicals. This is because, due to their very low density, gases don't carry large quantities of the chemical they're made of in a small volume, so the amount of said chemical that can react with the exposed surface of a liquid is usually very limited.
yes
liquid to gas is called evaporation and gas to liquid is condensation
The helium and liquid hydrogen won't mix. The liquid nitrogen is not cold enough to cause the helium to liquify, and the helium is an inert gas and will not react with the nitrogen.
When left open to air, carbon dioxide will react at the gas-liquid interface. CO2 + 2OH- --> 2HCO3-
liquid to gas
Solid --> Liquid = melting Other changes of state: Solid --> Gas = sublimation Gas --> Solid = deposition Liquid --> Solid = freezing/solidification Gas --> Liquid = condensation Liquid --> Gas = vaporization
Ability to react with oxygen in the air is a chemical property.
CO2 as gas H2O as a liquid NaCl as aqueous
The particles become more energetic, speed up, and spread out more.
liquid to gas is called evaporation and gas to liquid is condensation
Well there cant be a reaction with gadolinium because it is a metal and not a gas or liquid. But it does and something to do with electricity because it is eletropositive
No. Hydrogen and oxygen will only react at high temperatures.
The helium and liquid hydrogen won't mix. The liquid nitrogen is not cold enough to cause the helium to liquify, and the helium is an inert gas and will not react with the nitrogen.
Solid
General classes of colloids are: gas in liquid, gas in solid, liquid in gas, liquid in liquid, liquid in solid, solid in gas, solid in liquid, solid in solid.
evaporation solid to liquid - melting liquid to gas - evaporation gas to liquid - condensation liquid to solid - freezing solid to gas and gas to solid - sublimation
liquid molecules forming a gas and gas molecule forming a liquid are equal in number
evaporation solid to liquid - melting liquid to gas - evaporation gas to liquid - condensation liquid to solid - freezing solid to gas and gas to solid - sublimation