Well, liquids do not because they have strong intermolecular attractions. The question for liquids becomes do the molecules attract molecules of the same compound more strongly than they attract molecules of a different compound. If yes the two liquids will not dissolve each other. Now gases do not have this problem. Ideal gas assumptions involve NO attractions for other molecules. If there are no attractions then they can mix with any gas molecules.
gases mixed easily because of the amount of space between particles .this is also an example of diffusion
It would, unless if one liquid is denser than the other.
a property of gases is that they fill the volume of the container they are in evenly, so it disperses to evenly distribute itself
why
Generally gases are miscible in each other; sometimes chemical reactions occur.
Yes. Although the nobel gases hardly ever react with each other ore any other elements, Hydrogen and Oxygen combined to make water (H2O) and I am shore there are other combinations.
No, by definition.
This is an exothermic reaction.
The particles are attracted to each other
Gases naturally mix with each other when combined due to entropy.
Noble gases do not react with each other like Xenon and Helium will not react
Generally gases are miscible in each other; sometimes chemical reactions occur.
Yes. Although the nobel gases hardly ever react with each other ore any other elements, Hydrogen and Oxygen combined to make water (H2O) and I am shore there are other combinations.
The combination is a compound. These elements will react to form Sulfur Dioxide (SO2) upon contact between these two gases. Both gases react quite well with other elements, so they naturally react well with each other and form a compound.
Gases mix together when they contact each other. There are no immiscible gases like there are immiscible fluids.
Viscosity in gases is due to the exchange of momentum by gases with each other. It is also due to diffusion
No, by definition.
nobel gases
It is so because the gases are not chemically bonded to each other and are present in any proportion to each other.
This is an exothermic reaction.
The particles are attracted to each other