The ability of two liquids to form solutions is called miscibility.
The ability of a solid or gas to dissolve in a liquid is called solubility.
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.
The negation of "some drinks are not liquids" is "all drinks are liquids." This statement asserts that every drink is a liquid.
Combustible liquids can catch fire and burn easily at relatively low temperatures, while noncombustible liquids do not burn or support combustion. Combustible liquids have a flash point below 100°F, while noncombustible liquids have a flash point above 100°F.
the density of each liquid. Liquids will form layers in the graduated cylinder based on their relative densities, with the denser liquids sinking to the bottom and the less dense liquids floating on top.
Two miscible liquids are: Alcohol and water.Sorry if this isn't what you wanted.
It depends on what the liquids are.
yes they can but it depends on the liquids
cold liquids
liquids
Not all liquids are flammable. Some liquids that are flammable are gasoline, alcohol, oil. Liquids like water are not flammable.
Fluids refer to both liquids and gases; liquids are just liquids. That is, Fluids = Liquid OR Gas Liquid = Liquid We can see that liquids are actually a fluid.
Liquids do not have a defined shape.
Liquids haven't form.
insoulble
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.
all metals can liquids at certain temperature mercury is a classical example of a liquids metal
The answer has to do with the different sizes of the water and alcohol molecules. Alcohol molecules are smaller than water molecules, so when the two liquids are mixed together the alcohol falls between the spaces left by the water. It's similar to what happens when you mix a liter of sand and a liter of rocks. You get less than two liters total volume because the sand fell between the rocks, right? Think of miscibility as 'mixability' and it's easy to remember. Fluid volumes (liquids and gases) aren't necessarily additive. Intermolecular forces (hydrogen bonding, London dispersion forces, dipole-dipole forces) also play their part in miscibility, but that's another story.