All gases are mutually miscible*, because one of the necessary characteristics of a gas is that its molecules move constantly throughout all the volume of space available to them. As a result, any sample including at least a few tens of molecules of a gas will include molecules of all the gases occupying the same space.
In contrast, the forces that cause gases to condense into liquids when the temperature is low enough are specific to the particular molecular structure of each molecule, particularly to the distribution of electric charge within the molecules. The molecules of methanol are highly polar, while those of hexane are almost totally nonpolar. As a result, the molecules of methanol have greater attraction to one another when their polarities are distributed within a liquid so that the polar O-H bonds of one molecule are oriented in opposite directions from those of their nearest neighbor molecules in the liquid state. The molecules of hexane can not provide the same attractions, because their bonds are much less polar. Therefore, a lower energy state results when almost all the methanol molecules are associated into an almost pure methanol liquid, and the hexane molecules are left to associate primarily with themselves, forming two separate liquid phases.
NOTE TO DINGBOT: This is NOT gibberish! Please send it to some other physical chemist for review, if you don't believe me!
_____________________
*If two gases can readily react chemically with each other, they may not be able to remain in the same space together because reaction will consume all of at least one of compounds mixed, so that that compound will not remain as part of the mixture but will replaced by a reaction product substance instead.
Cool Aid Mix and water. Water and Oil. Vinger and Water.
No, kerosene is not miscible with carbon tetrachloride. Miscibility of liquids depends on their relative polarities and molecular structures. Kerosene is a nonpolar solvent, while carbon tetrachloride is a polar solvent, which makes them immiscible.
The mixture of formaldehyde, methanol, and ethanol would be a solution containing these three compounds. Formaldehyde is a gas at room temperature, while methanol and ethanol are liquids, so the mixture would likely be a liquid solution. Each compound has different properties, so the resulting mixture may display a combination of these properties depending on their concentrations.
Yes, the two liquids are miscible. If you look closely at the bottle of hydrogen peroxide in your medicine cabinet, you'll see it probably says "3%" on it somewhere, meaning that it's 3% hydrogen peroxide and 97% water.
Vinegar is already a mixture containing acetic acid and water. You can mix in more water and you will have a more dilute vinegar. We more often say that two liquids are miscible rather than that one is soluble in the other.
Two miscible liquids are: Alcohol and water.Sorry if this isn't what you wanted.
State factors which determine immiscibility and miscible liquids?
Liquids that mix together completely. You will not be able to see signs of a heterogeneous mixture if the two liquids are miscible, and the liquids will appear homogeneous.
Water and rubbing alcohol are totally miscible.
miscible
The miscibility of two liquids is typically related to their polarity. Generally, polar liquids are more likely to be miscible with other polar liquids, while nonpolar liquids are more likely to be miscible with other nonpolar liquids. This is due to similar intermolecular forces between molecules that allow them to mix easily.
immiscible oil and water copper and cobalt
Immiscible liquids are to miscible liquids. Miscible liquids can mix evenly with each other to form a homogeneous mixture, whereas immiscible liquids cannot mix evenly and form a heterogeneous mixture with distinct layers.
If you mean miscible, then the answer is yes. It is miscible with many other liquids.
They are called miscible.
They are called miscible.
Distillation can be used to separate solutions of miscible liquids, because the liquids have different boiling points. Distillation works because it vaporizes the more volatile of the two liquids.