Shake vigorously (this is the techique used to mix a bottle of salad dressing, which does normally include both oil and water - water being the main component of vinegar). Doing this does not actually cause the oil and water to combine but breaks the oil up into tiny droplets and disburses them in the water. If you want to actually cause them to mix, you must add something like soap, to destroy the surface tension of the bubbles.
An emulsifier is a special detergent which can mix with oil and greases but they can also mix with water. When it is put with oil and water the particles mix together, but after a certain amount of time the particles will eventually seperate.
Water and oil do not mix unless an emulsifier is used.
Oil, water, and vinegar won't mix together due to differences in their densities and molecular properties. Oil and water separate into distinct layers, while vinegar may mix with either oil or water depending on the proportions.
Oil and water do not mix regardless of whether they are heated or not. Oil is less dense than water and has different polarities, causing them to remain separate and not form a homogeneous mixture. Heating them might change their viscosities but will not make them mix.
When you freeze oil and water together, they will separate into distinct layers as they have different freezing points. The water will freeze before the oil, causing it to solidify on top of the water. This results in a two-layered system when frozen.
Put detergent inside the container to make them mixed.
oil and water never mix together. water is heavier than oil. so,oil float on the water.
An emulsifier is a special detergent which can mix with oil and greases but they can also mix with water. When it is put with oil and water the particles mix together, but after a certain amount of time the particles will eventually seperate.
Oil and water do not mix because they have different densities and polarities. The oil will float on top of the water, layering itself above the water due to its lower density. This is due to the fact that oil is nonpolar, while water is polar, causing them to repel each other.
Oil and water can't mix. They won't go together. The oil with just sit it the water or on top of the oil the water.
No, oil does not contain water. Oil and water are immiscible, meaning they do not mix together. Oil is a hydrophobic substance, which means it repels water.
Oil and water do not mix due to their different densities and polarities. When shaken together, the oil and water will temporarily mix and form small droplets of oil in the water, but they will quickly separate back into distinct layers due to their immiscibility.
No, oil and water do not mix because they have different molecular structures. Oil is non-polar, while water is polar, so they do not have the necessary interactions to mix together. This is why they separate into distinct layers when combined.
Because water and oil never ever mix together no matter what!
Vegetable oil is denser then water, so it floats on top. Oil is also a lipid, which is hydrophobic, meaning it does not like water. They do not mix.
No, oil and water do not mix together as a tornado. Oil and water have different densities and do not easily mix because they are immiscible. In a tornado, different air masses with varying temperatures and humidity create the rotating column of air.
No. the oil always rests on the top of the water, this is because oil and water are 'immiscible' if you wanted to get them to mix together you can add washing up liquid (emulsifier) to the mixture the mixture is then known as an emulsion because you added the emulsifier (washing up liquid)