The polar group -OH of ethanol is bonded to water by hydrogen bonds.
Yes it is. Because they are both not polar.
Solubility (miscibility when concerning two liquids) depends on the solvent and the solute being able to interact with each other through similar intermolecular forces. Water and ethanol can both participate in hydrogen bonding and therefore they are miscible. Cyclohexane is do not have any polar atoms or bonds and therefore can only interact through London dispersion forces, which is incompatible with water since the small size and polar nature of water precludes it from participating in London dispersion force interactions. Cyclohexane will be miscible in other liquids that share its properties, such as octane.
An example of miscible liquids is ethanol and water. When mixed together, they form a homogeneous solution with uniform composition. This is because the molecular structures of ethanol and water allow them to mix evenly at the molecular level.
Methanol is miscible in water but Ethyl Acetate is immiscible in water. -- The above answer is correct if asking if each solvent is miscible in water. If you are asking if they are miscible together then the answer is yes, they will mix.
Water molecules have hydrogen bonds between them. Since they cannot form hydrogen bonds with the ethoxyethane molecules, the ethoxyethane molcules are not soluble in water.
Water and ethanol. Oil is immiscible with either of those.
Yes, ethanol and water are miscible, meaning they can mix together in all proportions. This is due to the presence of hydrogen bonding in both ethanol and water molecules, allowing them to form intermolecular interactions and mix easily.
They are polar molecules and can form Hydrogen bond among each other. For Alcohol, miscibility is lowered at higher chain. Moving from Methanol -> Ethanol -> Propanol is miscible but Butanol can dissolve at only 11%
Water and ethanol are miscible, forming a homogeneous mixture due to similar polarities. Water and sodium chloride are not miscible as sodium chloride dissociates into ions in water. Water and oxygen are not miscible as oxygen is a gas and does not dissolve in water. Water and gasoline are immiscible due to their differing polarities.
Because a mixture of ethanol and water in any proportions forms a single phase liquid at standard temperature and pressure. That is the meaning of "miscible".
Yes, ethanol and water can mix together. They are miscible, meaning they can dissolve in each other in any proportion to form a homogeneous solution. Ethanol is soluble in water because of the presence of an -OH group in its molecular structure.
Ethanol is miscible with water, meaning they can mix in all proportions to form a homogeneous solution. Oil is immiscible with water, meaning they do not mix and instead form separate layers due to differences in polarity and intermolecular forces.
Ethanol and water are miscible.
Two miscible liquids are: Alcohol and water.Sorry if this isn't what you wanted.
Yes it is. Because they are both not polar.
immiscible oil and water copper and cobalt
Solubility (miscibility when concerning two liquids) depends on the solvent and the solute being able to interact with each other through similar intermolecular forces. Water and ethanol can both participate in hydrogen bonding and therefore they are miscible. Cyclohexane is do not have any polar atoms or bonds and therefore can only interact through London dispersion forces, which is incompatible with water since the small size and polar nature of water precludes it from participating in London dispersion force interactions. Cyclohexane will be miscible in other liquids that share its properties, such as octane.