Kerosine forms a layer when mixed with water because it is lighter than water While glycerene does not form a layer
Kerosene and glycerin are immiscible with water, meaning they don't mix well together due to differences in polarity. This results in the liquids forming separate layers when mixed, with the more dense liquid settling at the bottom. The intermolecular forces between the molecules in each liquid, specifically the attraction or repulsion between their polar or non-polar groups, determine their ability to mix or stay separated.
Two miscible liquids are: Alcohol and water.Sorry if this isn't what you wanted.
Water (H2O) and kerosene (C12H26) do not mix, i.e. they are not miscible. This is due to H20 being polar and C12H26 being different, that is non-polar, through the concept of "like dissolves like."
Yes, dichloromethane is miscible in water, meaning it can mix and dissolve in water.
Water and ethanol. Oil is immiscible with either of those.
Kerosene and glycerin are immiscible with water, meaning they don't mix well together due to differences in polarity. This results in the liquids forming separate layers when mixed, with the more dense liquid settling at the bottom. The intermolecular forces between the molecules in each liquid, specifically the attraction or repulsion between their polar or non-polar groups, determine their ability to mix or stay separated.
The molar mass of glycerin is 92,09 g; glycerin is miscible with water.
No, glycerin oil and water are miscible liquids, meaning they can be mixed together and form a homogeneous solution. This is because glycerin is soluble in water due to its hydrophilic nature.
yes
Kerosene is immiscible in water, meaning it does not mix or dissolve in water. It is a hydrocarbon-based liquid, which makes it non-polar, while water is polar. When combined, kerosene and water will separate into two distinct layers.
Pouring water on a kerosene fire can spread the flames and cause the fire to intensify due to the kerosene's ability to float on top of the water. This can make the situation more dangerous and difficult to control. It is better to use a fire extinguisher or sand to smother the fire.
Kerosene has different acoustic properties than the standard liquids used in ultrasonic interferometers, such as water or glycerin, which could affect the accuracy and reliability of the measurements. The speed of sound in kerosene is also significantly different from that in water or glycerin, which could lead to calibration issues and inaccurate results when using kerosene in an ultrasonic interferometer. Additionally, kerosene is flammable and could pose a safety hazard when used in an experimental setup.
Two miscible liquids are: Alcohol and water.Sorry if this isn't what you wanted.
Oil is not miscible with water.
Methylbenzene, aka toluene, is not miscible in water. It is miscible in organic solvents such as hexane and acetone.
Water (H2O) and kerosene (C12H26) do not mix, i.e. they are not miscible. This is due to H20 being polar and C12H26 being different, that is non-polar, through the concept of "like dissolves like."
Yes, hexane and benzene are miscible (that is, when combined they mix together to form one layer) because they are both nonpolar (that is, because "like dissolves like" the liquid with the greater volume will become the solvent and dissolve the solute).